mhurhangee/ep-ind-claims huggingface dataset:
Float glass sheet having a boron- and lithium-free glass composition comprising the following in weight percentage, expressed with respect to the total weight of glass: 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % o ≤ K 2 O < 5 % 2 < Al 2 O 3 < 6 % 0 ≤ CaO < 4.5 % 4 ≤ MgO ≤12% a (MgO/(MgO+CaO)) ratio ≥ 0.5 characterized in that the glass sheet has: 0.01 < Na 2 O air Na 2 O tin − 1.03 ≤ 3.
Method for generating a methane-containing substitute natural gas from a carbon oxide-containing input gas, wherein - the input gas is subjected to a methanation reaction and product gas obtained therefrom is divided by gas separation into a methane-containing retentate gas, which yields the substitute natural gas, and a hydrogen-containing permeate gas, - wherein at least a part of the permeate gas is returned to the input gas and admixed therein to form a corresponding reactant gas for the methanation reaction, characterized in that - a superstoichiometric hydrogen fraction is established in the reactant gas for the methanation reaction. - the input gas is subjected to a methanation reaction and product gas obtained therefrom is divided by gas separation into a methane-containing retentate gas, which yields the substitute natural gas, and a hydrogen-containing permeate gas, - wherein at least a part of the permeate gas is returned to the input gas and admixed therein to form a corresponding reactant gas for the methanation reaction, characterized in that - a superstoichiometric hydrogen fraction is established in the reactant gas for the methanation reaction.
An article of footwear, comprising: a protection device comprising first and second layers of material, the second layer of material being attached to the first layer of material and having a rigidity that is higher than a rigidity of the first layer, wherein the first and second layers of material each includes first and second opposing surfaces, respectively, and a series of frustum-shaped recesses is formed along at least one of the first and second surfaces of either the first or the second layer of material, wherein the series of frustum-shaped recesses includes a first frustum-shaped recess with a first depth and width and a second frustum-shaped recess with a second, different depth and width, such that: at least one first frustum-shaped recess on the at least one of the first and second surfaces is disposed directly opposite at least one second frustum-shaped recess on the other of the at least one of the first and second surfaces; or at last one first frustum-shaped recess on the at least one of the first and second surfaces is disposed within at least one second frustum-shaped recess on the one of the first and second surfaces; the first layer of material being shaped to conform to a portion of a user's body to provide protection against injurious events. at least one first frustum-shaped recess on the at least one of the first and second surfaces is disposed directly opposite at least one second frustum-shaped recess on the other of the at least one of the first and second surfaces; or at last one first frustum-shaped recess on the at least one of the first and second surfaces is disposed within at least one second frustum-shaped recess on the one of the first and second surfaces; the first layer of material being shaped to conform to a portion of a user's body to provide protection against injurious events.
Apparatus for treating corneal tissue of an eye, said apparatus comprising: - a source configured to emit pulsed laser radiation suitable for at least one of monitoring, cutting and ablating corneal tissue, - an optical unit configured to guide and focus said laser radiation relative to the corneal tissue, and - a detector for detecting electromagnetic radiation exiting the eye, wherein said electromagnetic radiation is at least one of the Second Harmonic of said laser radiation, the Third Harmonic of said laser radiation and fluorescence radiation caused by said laser radiation, characterized in that the apparatus further comprises: - a suction ring unit adapted to be connected to the eye, and - an interface unit connectable to said suction ring, wherein at least a part of said interface unit is transparent for electromagnetic radiation exiting the eye, wherein said at least a part of said interface unit comprises a conical wall of said interface unit inside of which a beam path is provided for guiding said electromagnetic radiation to said detector. - a source configured to emit pulsed laser radiation suitable for at least one of monitoring, cutting and ablating corneal tissue, - an optical unit configured to guide and focus said laser radiation relative to the corneal tissue, and - a detector for detecting electromagnetic radiation exiting the eye, - a suction ring unit adapted to be connected to the eye, and - an interface unit connectable to said suction ring,
A gas-insulated switchgear for multiple phases in which respective metal containers for the phases comprise circuit breakers that are arranged in parallel with one another in a direction perpendicular to multiphase main bus bars (2, 3) arranged in parallel with one another, and that are arranged overlapped one another as viewed in the axis direction of the main bus bars, wherein the multiphase main bus bars are arranged between two lead exit portions (10, 11) of each of the circuit breakers and are connected to a first one of the lead exit portions of a respective one of the circuit breakers by coupling units (20, 22), characterized in that the coupling units comprise first parts adjacent to said first lead exit portions and second parts adjacent to the main bus bars (2, 3), the first parts are aligned in the axis direction of the main bus bars and the second parts are different in shapes from each other.
Electric power system in a building, in which is a first electricity network connected to a public electricity distribution network and provided with a reserve power device, e.g. an uninterruptable power supply connected to the first electricity network or a reserve power generator connected to the first electricity network, as well as a second electricity network, which at least during an electricity outage of the public electricity distribution network is isolated from the first electricity network in such a way that in this case a direct and uncontrolled flow of electric power does not occur from the first electricity network to the second electricity network, which electric power system comprises a drive motor of an elevator, which motor is configured to drive an elevator car in an elevator hoistway in response to elevator calls; characterized in that the electric power system comprises a power converter unit, which is connected to the first electricity network, to the second electricity network and to the drive motor of the elevator and is configured to supply electric power selectively between the first electricity network, the second electricity network and the drive motor of the elevator and to prevent the supply of electric power to the first electricity network, wherein the power converter unit is configured to supply electric power selectively from the drive motor of the elevator to the second electricity network during motor braking of the elevator. which electric power system comprises a drive motor of an elevator, which motor is configured to drive an elevator car in an elevator hoistway in response to elevator calls; characterized in that the electric power system comprises a power converter unit, which is connected to the first electricity network, to the second electricity network and to the drive motor of the elevator and is configured to supply electric power selectively between the first electricity network, the second electricity network and the drive motor of the elevator and to prevent the supply of electric power to the first electricity network, wherein the power converter unit is configured to supply electric power selectively from the drive motor of the elevator to the second electricity network during motor braking of the elevator.
A method for capturing image data for an image pixel during an image frame, wherein the image pixel comprises a photodiode, a charge storage region, and a charge readout circuit coupled between the charge storage region and an output line, the method comprising: with the photodiode, accumulating a first amount of charge in a flicker mitigation mode for a first time period (t FM), wherein the first amount of charge is stored in the charge storage region and wherein, in the flicker mitigation mode, portions of the first amount of charge are moved between the photodiode and the charge storage region throughout the first time period (t FM); with the photodiode, accumulating a second amount of charge in a high dynamic range mode for a second time period that is subsequent to the first time period (t FM), wherein the second time period comprises a first high dynamic range exposure (t HDR1) and a second high dynamic range exposure (t HDR2) subsequent to the first high dynamic range exposure (t HDR1), wherein, in the high dynamic range mode, a first portion of the second amount of charge is transferred to the charge storage region during the first high dynamic range exposure (t HDR1), a second portion of the second amount of charge is transferred to the charge storage region during the second high dynamic range exposure (t HDR2), and the charge storage region is reset during both the first and second high dynamic range exposures; and at the end of first high dynamic range exposure (t HDR1), using the charge readout circuit to supply a first signal to the output line corresponding to the first amount of charge. with the photodiode, accumulating a first amount of charge in a flicker mitigation mode for a first time period (t FM), wherein the first amount of charge is stored in the charge storage region and wherein, in the flicker mitigation mode, portions of the first amount of charge are moved between the photodiode and the charge storage region throughout the first time period (t FM); with the photodiode, accumulating a second amount of charge in a high dynamic range mode for a second time period that is subsequent to the first time period (t FM), wherein the second time period comprises a first high dynamic range exposure (t HDR1) and a second high dynamic range exposure (t HDR2) subsequent to the first high dynamic range exposure (t HDR1), wherein, in the high dynamic range mode, a first portion of the second amount of charge is transferred to the charge storage region during the first high dynamic range exposure (t HDR1), a second portion of the second amount of charge is transferred to the charge storage region during the second high dynamic range exposure (t HDR2), and the charge storage region is reset during both the first and second high dynamic range exposures; and at the end of first high dynamic range exposure (t HDR1), using the charge readout circuit to supply a first signal to the output line corresponding to the first amount of charge.
A functionalized polyolefin comprising a aminoalkylsilyl-functionalized polyolefin (PO-aminoalkyl-Si), an alkylsilane-functionalized polyolefin, or an alkoxysilane-functionalized polyolefin, each having a polyolefin portion derived from a vinyl/vinylidene terminated polyolefin and a functional group attached thereto, wherein the polyolefin portion of the functionalized polyolefin has a weight-average molecular weight (Mw) within the range from 500 to 300,000 g/mole.
Device for sucking a viscous product comprising a suction device for viscous product, such as a sealing material, comprising a nozzle having a first suction opening for the product, a pipe and a recovery tank, said nozzle having a second opening for its connection to said pipe, a third opening (22, 220) and means for removably closing said opening (22, 220), characterized in that the installation further comprises an automatic distributor of a cleaning member provided with a dispensing opening to the suction device comprises means for releasably closing the dispensing opening, which can be actuated by the nozzle of the suction device.
A recombinant human IgG1 Fc-containing molecule, comprising a CH2 domain that comprises an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 60 and in which the amino acid at position 265 is different from aspartic acid, the amino acid at position 297 is different from asparagine, and the amino acid at position 329 is different from proline, wherein the molecule retains binding to FcRn, and wherein the molecule has at least 20-fold reduced binding to Clq and to at least one Fcγ receptor (FcγR), as compared to a wild-type human IgG1 Fc-containing molecule that comprises D at position 265, N at position 297 and P at position 329, and wherein the numbering is indicated by the EU index as in Kabat. wherein the molecule retains binding to FcRn, and wherein the molecule has at least 20-fold reduced binding to Clq and to at least one Fcγ receptor (FcγR), as compared to a wild-type human IgG1 Fc-containing molecule that comprises D at position 265, N at position 297 and P at position 329, and wherein the numbering is indicated by the EU index as in Kabat.
A method of feeding web and reclosures to a form fill seal machine, including the steps of: providing a web; providing reclosures transversely across the web, wherein the reclosure includes a first profile free of a leading flange and a second profile including a leading flange, wherein the leading flange is sealed to the web; and feeding the web, including the traverse reclosures, to a filling tube of a form fill seal machine, wherein the first profile includes at least one first interlocking element (318, 320) and the second profile includes at least one second interlocking element (328, 330), wherein the at least one first interlocking element is interlocked with the at least one second interlocking element during the step of feeding the web; wherein the first profile includes a first trailing flange and the second profile includes a second trailing flange; and wherein the leading flange is a consumer side flange and the first and second trailing flanges (314, 324) are respective first and second product side flanges. providing a web; providing reclosures transversely across the web, wherein the reclosure includes a first profile free of a leading flange and a second profile including a leading flange, wherein the leading flange is sealed to the web; and feeding the web, including the traverse reclosures, to a filling tube of a form fill seal machine, wherein the first profile includes at least one first interlocking element (318, 320) and the second profile includes at least one second interlocking element (328, 330), wherein the at least one first interlocking element is interlocked with the at least one second interlocking element during the step of feeding the web; wherein the first profile includes a first trailing flange and the second profile includes a second trailing flange; and wherein the leading flange is a consumer side flange and the first and second trailing flanges (314, 324) are respective first and second product side flanges.
A laundry treating appliance comprising: a cabinet defining an interior of the laundry treating appliance; a treating chamber located within the interior and having an access opening; characterized in that further comprises a door movably mounted to the cabinet between at least open, venting, and closed positions; a door stop assembly comprising a door stop carried by the cabinet moveable between at least a venting position where the door is maintained ajar and a non-venting position where the door is in a closed position; wherein the door stop is configured to engage the door in the venting position and to automatically move the door to the closed position in response to a user input. a cabinet defining an interior of the laundry treating appliance; a treating chamber located within the interior and having an access opening; characterized in that further comprises a door movably mounted to the cabinet between at least open, venting, and closed positions; a door stop assembly comprising a door stop carried by the cabinet moveable between at least a venting position where the door is maintained ajar and a non-venting position where the door is in a closed position; wherein the door stop is configured to engage the door in the venting position and to automatically move the door to the closed position in response to a user input.
A method of determining a nucleotide sequence of a polynucleotide, the method comprising the steps of: translocating a polynucleotide through a nanopore so that nucleotides of the polynucleotide pass in sequence by a FRET donor positioned adjacent to the nanopore, a plurality of the nucleotides of the polynucleotide being within a FRET distance of the FRET donor as the nucleotides exit the nanopore and at least a portion of the nucleotides of the polynucleotide being labeled with a FRET acceptor, wherein different kinds of nucleotides are labelled with FRET acceptors that generate distinguishable signals and wherein the nanopore is dimensioned so that the FRET acceptors are constrained while translocating through the nanopore to suppress FRET reactions inside the nanopore; exciting the FRET donor adjacent to the nanopore so that FRET occurs between the FRET donor and the FRET acceptors within the FRET distance to generate a mixed FRET signal; measuring mixed FRET signals as the polynucleotide translocates through the nanopore; and determining a nucleotide sequence of the polynucleotide from the mixed FRET signals. translocating a polynucleotide through a nanopore so that nucleotides of the polynucleotide pass in sequence by a FRET donor positioned adjacent to the nanopore, a plurality of the nucleotides of the polynucleotide being within a FRET distance of the FRET donor as the nucleotides exit the nanopore and at least a portion of the nucleotides of the polynucleotide being labeled with a FRET acceptor, wherein different kinds of nucleotides are labelled with FRET acceptors that generate distinguishable signals and wherein the nanopore is dimensioned so that the FRET acceptors are constrained while translocating through the nanopore to suppress FRET reactions inside the nanopore; exciting the FRET donor adjacent to the nanopore so that FRET occurs between the FRET donor and the FRET acceptors within the FRET distance to generate a mixed FRET signal; measuring mixed FRET signals as the polynucleotide translocates through the nanopore; and determining a nucleotide sequence of the polynucleotide from the mixed FRET signals.
A tissue pad for use in an ultrasonic clamp coagulator, comprising: a) a first tissue pad portion, the first tissue pad portion having a distal end, a proximal end, a tissue engaging surface and a cavity having an opening coinciding with the tissue engaging surface; and (b) a second tissue pad portion, the second tissue pad portion made from a composition having a greater resistance to heat than the first tissue pad portion, the second tissue pad portion having a tissue engaging surface and sized for placement within the cavity, characterised in that the opening is annular. a) a first tissue pad portion, the first tissue pad portion having a distal end, a proximal end, a tissue engaging surface and a cavity having an opening coinciding with the tissue engaging surface; and (b) a second tissue pad portion, the second tissue pad portion made from a composition having a greater resistance to heat than the first tissue pad portion, the second tissue pad portion having a tissue engaging surface and sized for placement within the cavity, characterised in that
A container comprising: a body having an end wall, side wall, and finish portion forming an inner cavity having an inner surface (36, 38, 40); a dispensing cap having a cap lid, a dispensing outlet and a vent opening (33, 116); an outlet valve arrangement; characterized in that the inner surface (36, 38, 40) is modified to reduce adhesion between the inner surface (36, 38, 40) and a viscous liquid, wherein the modification comprises a three-dimensional structure (222, 224) and the three-dimensional structure (222, 224) are raised above the inner surface (36, 38, 40) forming gaps, and wherein there is impregnating liquid in and above the gaps. a body having an end wall, side wall, and finish portion forming an inner cavity having an inner surface (36, 38, 40); a dispensing cap having a cap lid, a dispensing outlet and a vent opening (33, 116); an outlet valve arrangement; characterized in that the inner surface (36, 38, 40) is modified to reduce adhesion between the inner surface (36, 38, 40) and a viscous liquid, wherein the modification comprises a three-dimensional structure (222, 224) and the three-dimensional structure (222, 224) are raised above the inner surface (36, 38, 40) forming gaps, and wherein there is impregnating liquid in and above the gaps.
A method for operating a self-traveling floor treatment apparatus, wherein a recording device of the floor treatment apparatus records a recording of an environment of the floor treatment apparatus related to a period, the recording being stored and shown to the user of the floor treatment apparatus on a screen, wherein in case of a defined environmental event and/or apparatus condition of the floor treatment apparatus, a time-defined partial sequence is subsequently extracted from the stored recording and displayed on the screen, characterized in that the extracted partial sequence contains a certain time period before an error condition of the floor treatment apparatus occurs in order to obtain information about the situation to which the floor treatment apparatus was exposed before an error occurred.
A processor-implemented method comprising: in response to a transmitter (101, 301) receiving sensor data from one or more sensors: identifying, by the transmitter (101, 301), a location of a sensitive object in a transmission field based upon the sensor data; in response to receiving from a receiver (103, 309) a feedback signal indicating a location of the receiver (103, 309) in the transmission field: determining, by the transmitter (101, 301), a pocket location within the transmission field, wherein the pocket location exceeds a threshold distance from the location of the sensitive object and is at least proximate to the location of the receiver (103, 309); and transmitting, by the transmitter (101, 301), the one or more power waves to the pocket location within the transmission field. in response to a transmitter (101, 301) receiving sensor data from one or more sensors: identifying, by the transmitter (101, 301), a location of a sensitive object in a transmission field based upon the sensor data; in response to receiving from a receiver (103, 309) a feedback signal indicating a location of the receiver (103, 309) in the transmission field: determining, by the transmitter (101, 301), a pocket location within the transmission field, wherein the pocket location exceeds a threshold distance from the location of the sensitive object and is at least proximate to the location of the receiver (103, 309); and transmitting, by the transmitter (101, 301), the one or more power waves to the pocket location within the transmission field.