mhurhangee/ep-ind-claims huggingface dataset:
An inkjet printer, comprising: medium setting parts where a roll type medium which is a roll type print medium is set; and medium mounting parts where the roll type medium is mounted in order to set the roll type medium in the medium setting parts, wherein, at the medium mounting parts, inclined surfaces are formed to be inclined such that the roll type medium moves toward the medium setting parts, and the medium mounting parts have stoppers which regulate movement of the roll type medium toward the medium setting parts, characterised in that the stoppers are configured to be movable between regulation positions for regulating movement of the roll type medium toward the medium setting parts and open positions for allowing movement of the roll type medium toward the medium setting parts. medium setting parts where a roll type medium which is a roll type print medium is set; and medium mounting parts where the roll type medium is mounted in order to set the roll type medium in the medium setting parts, wherein, at the medium mounting parts, inclined surfaces are formed to be inclined such that the roll type medium moves toward the medium setting parts, and the medium mounting parts have stoppers which regulate movement of the roll type medium toward the medium setting parts, characterised in that the stoppers are configured to be movable between regulation positions for regulating movement of the roll type medium toward the medium setting parts and open positions for allowing movement of the roll type medium toward the medium setting parts.
A method for operating a controller of a communications system, the method comprising: determining inter-cell interference coordination,ICIC, information comprising performance information and operation information for the communications system; automatically adjusting, by the controller without end-user input, ICIC parameters according to the ICIC information to improve an overall performance level of the communications system; and transmitting the ICIC parameters to network entities in the communications system, wherein the operation information comprises long term communications system load change information, long term user equipment distribution change information, communications system topology change information, inter-cell interference relation change information, slow communications system load change information, slow user equipment distribution change information, fast communications system load change information, fast user equipment distribution change information, or a combination thereof, and wherein the performance information comprises communications controller coverage area throughput, communications controller coverage area edge throughput, connection drop rate, handoff success rate, handoff failure rate, or a combination thereof. determining inter-cell interference coordination,ICIC, information comprising performance information and operation information for the communications system; automatically adjusting, by the controller without end-user input, ICIC parameters according to the ICIC information to improve an overall performance level of the communications system; and transmitting the ICIC parameters to network entities in the communications system, wherein the operation information comprises long term communications system load change information, long term user equipment distribution change information, communications system topology change information, inter-cell interference relation change information, slow communications system load change information, slow user equipment distribution change information, fast communications system load change information, fast user equipment distribution change information, or a combination thereof, and wherein the performance information comprises communications controller coverage area throughput, communications controller coverage area edge throughput, connection drop rate, handoff success rate, handoff failure rate, or a combination thereof.
Electrolyte for the electrolytic polishing of a metallic substrate comprising (i) at least one acid compound selected from the group consisting of sulfuric acid, nitric acid, phosphoric acid, hydrochloric acid, formic acid, acetic acid, propionic acid, or mixtures thereof in an amount in the range of 0.05 to 20 wt.-%, (ii) at least one fluoride compound in an amount in the range of 1 to 40 wt.-%, wherein the fluoride compound is a compound that can serve as a source of fluoride ions, and (iii) at least one complexing agent selected from the group consisting of methylglycinediacetic acid (MGDA), ethylenediaminetetraacetate (EDTA), aminopolycarboxylic acids, diethylenetriaminepentaacetate (DTPA), N-(hydroxyethyl)-ethylenediaminetriacetic acid (HEDTA), or mixtures thereof in an amount of not more than 30 wt.-%. (i) at least one acid compound selected from the group consisting of sulfuric acid, nitric acid, phosphoric acid, hydrochloric acid, formic acid, acetic acid, propionic acid, or mixtures thereof in an amount in the range of 0.05 to 20 wt.-%, (ii) at least one fluoride compound in an amount in the range of 1 to 40 wt.-%, wherein the fluoride compound is a compound that can serve as a source of fluoride ions, and (iii) at least one complexing agent selected from the group consisting of methylglycinediacetic acid (MGDA), ethylenediaminetetraacetate (EDTA), aminopolycarboxylic acids, diethylenetriaminepentaacetate (DTPA), N-(hydroxyethyl)-ethylenediaminetriacetic acid (HEDTA), or mixtures thereof in an amount of not more than 30 wt.-%.
An immobilization carrier, excluding an immobilization carrier having a monolith structure, on which a protein is adsorbed by electrostatic interaction, the protein consisting of an amino acid sequence of the general formula: R1-R2-R3-R4-R5-R6, wherein the part of Rl-R2-R3 is used for immobilization on the immobilization carrier, wherein: the sequence is a sequence from the amino-terminal side towards the carboxyl-terminal side; the sequence of the R1 part may be absent, and, if present, is a sequence consisting of Met; the sequence of the R2 part is the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 or a sequence in which 1 to 3 units of the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 are linked together; the sequence of the R3 part may be absent, and, if present, is a spacer sequence consisting of 1 to 10 glycine residues; the sequence of the R4 part is a sequence composed of 2 residues of amino acids represented by cysteine-X, wherein X represents alanine or an amino acid residue other than alanine and cysteine; the R5 part may be absent, and, if present, is a sequence of 1 to 10 amino acid residues consisting of amino acid residues of aspartic acid and/or glutamic acid capable of rendering the isoelectric point of the whole protein consisting of an amino acid sequence of the general formula: R1-R2-R3-R4-R5-R6 on the acidic side; and the sequence of the R6 part is an affinity tag sequence for the purification of proteins, wherein the sole cysteine residue is present in the R4 sequence part of the protein. the sequence is a sequence from the amino-terminal side towards the carboxyl-terminal side; the sequence of the R1 part may be absent, and, if present, is a sequence consisting of Met; the sequence of the R2 part is the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 or a sequence in which 1 to 3 units of the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 are linked together; the sequence of the R3 part may be absent, and, if present, is a spacer sequence consisting of 1 to 10 glycine residues; the sequence of the R4 part is a sequence composed of 2 residues of amino acids represented by cysteine-X, wherein X represents alanine or an amino acid residue other than alanine and cysteine; the R5 part may be absent, and, if present, is a sequence of 1 to 10 amino acid residues consisting of amino acid residues of aspartic acid and/or glutamic acid capable of rendering the isoelectric point of the whole protein consisting of an amino acid sequence of the general formula: R1-R2-R3-R4-R5-R6 on the acidic side; and the sequence of the R6 part is an affinity tag sequence for the purification of proteins,
A method of coordinating a plurality of transceiver units (308, 310, 312), TUs, the method comprising: receiving an initialization intent notification from a first TU in the plurality of TUs (308,310,312); sending a low-power link state, LPLS, transition notification to a second TU in the plurality of TUs (308, 310, 312); receiving a LPLS transition complete notification from the second TU in response to the second TU transitioning from a first mode to a second mode; sending an able to initialize notification to the first TU; and performing a vector training procedure using the first TU and the second TU, characterized in that in the first mode, the second TU is in an LPLS with a long inactivity period, LPLS-L, and is configured to not send a synchronization signal, wherein the long inactivity period is at least one super frame, wherein a super frame consists of 8 TDD frames in a G.fast system or 257 symbols in a very-high-bit-rate digital subscriber line 2, VDSL2, system, marked by a synchronization symbol; and in the second mode, the second TU is configured as an LPLS with a short inactivity period, LPLS-S, or configured in a full data rate mode if no LPLS-S mode is defined, wherein the short inactivity period is less than one super frame, and the second TU is configured to send the synchronization signal. receiving an initialization intent notification from a first TU in the plurality of TUs (308,310,312); sending a low-power link state, LPLS, transition notification to a second TU in the plurality of TUs (308, 310, 312); receiving a LPLS transition complete notification from the second TU in response to the second TU transitioning from a first mode to a second mode; sending an able to initialize notification to the first TU; and performing a vector training procedure using the first TU and the second TU, characterized in that in the first mode, the second TU is in an LPLS with a long inactivity period, LPLS-L, and is configured to not send a synchronization signal, wherein the long inactivity period is at least one super frame, wherein a super frame consists of 8 TDD frames in a G.fast system or 257 symbols in a very-high-bit-rate digital subscriber line 2, VDSL2, system, marked by a synchronization symbol; and in the second mode, the second TU is configured as an LPLS with a short inactivity period, LPLS-S, or configured in a full data rate mode if no LPLS-S mode is defined, wherein the short inactivity period is less than one super frame, and the second TU is configured to send the synchronization signal.
An automatic method for determining the illuminant of a digital color image comprising the following steps: a) segmenting the image into regions of homogeneous color (71, 72); b) extracting the regions (23, 24, and 25) from the segmented image that are non-compliant with the dichromatic reflection model; c) for each region not extracted from the image, determining from the chromatic coordinates of pixels forming said region, the straight line representing the direction of the chromatic convergence; d) determining the most probable convergence point of the set of straight lines obtained in step c); e) determining the chromatic coordinates of the most probable convergence point obtained in step d) and representing the illuminant of the color image. a) segmenting the image into regions of homogeneous color (71, 72); b) extracting the regions (23, 24, and 25) from the segmented image that are non-compliant with the dichromatic reflection model; c) for each region not extracted from the image, determining from the chromatic coordinates of pixels forming said region, the straight line representing the direction of the chromatic convergence; d) determining the most probable convergence point of the set of straight lines obtained in step c); e) determining the chromatic coordinates of the most probable convergence point obtained in step d) and representing the illuminant of the color image.
A process for providing a fiber cement product, comprising the steps of • Providing an uncured fiber cement product; • Curing said uncured fiber cement product; • Drying said cured fiber cement product; • Abrasive blasting at least part of the surface of said dried fiber cement product, characterized in that the uncured fiber cement product is provided using a Hatschek process and drying is carried out to obtain a humidity of said cured fiber cement product being less than or equal to about 8%w. • Providing an uncured fiber cement product; • Curing said uncured fiber cement product; • Drying said cured fiber cement product; • Abrasive blasting at least part of the surface of said dried fiber cement product, characterized in that the uncured fiber cement product is provided using a Hatschek process and drying is carried out to obtain a humidity of said cured fiber cement product being less than or equal to about 8%w.
A thin-film element with multilayer structure for security papers or value documents, comprising a trilayer with two semitransparent metallic layers and a dielectric spacer layer arranged between the two semitransparent metallic layers, wherein the multilayer structure has at least one nanostructured region in which the multilayer structure is configured into aperiodically, i.e. not uniformly spaced, arranged, cone-shaped or cone-like elevations and the multilayer structure has at least one plane region, wherein the nanostructured region appears dark and the plane region appears metallically lustrous.
A composite oxide comprising: ▪ 50 to 98 mass% of a cerium-containing oxide, consisting of oxides of cerium and of at least one element selected from the group consisting of rare earth metal elements other than cerium and including yttrium, zirconium, and aluminium at 85:15 to 100:0 by mass; ▪ 1 to 30 mass% of an oxide of barium; and ▪ 5 to 18 mass% of SiO 2; wherein after calcination at 800°C for 2 hours, said composite oxide: ▪ exhibits a specific surface area which is not smaller than 60 m 2 /g as measured by the BET method; ▪ has no BaCeO 3 phase; ▪ has a CeO 2 crystallite size in plane which is not larger than 15 nm, as determined by X-ray diffraction. ▪ 50 to 98 mass% of a cerium-containing oxide, consisting of oxides of cerium and of at least one element selected from the group consisting of rare earth metal elements other than cerium and including yttrium, zirconium, and aluminium at 85:15 to 100:0 by mass; ▪ 1 to 30 mass% of an oxide of barium; and ▪ 5 to 18 mass% of SiO 2; ▪ exhibits a specific surface area which is not smaller than 60 m 2 /g as measured by the BET method; ▪ has no BaCeO 3 phase; ▪ has a CeO 2 crystallite size in plane which is not larger than 15 nm, as determined by X-ray diffraction.
A method for processing a cellulose-containing pulp comprising the steps of: providing a cellulose-containing pulp; providing an ionic liquid; said ionic liquid further comprising a cation and an anion; dissolving said pulp in said ionic liquid to produce a solution, spinning said solution to obtain fibers; regenerating said fibers in a non solvent, washing and drying said fibers to provide fibers capable of being formed into a nonwoven web; and wherein said cellulose-containing pulp has a hemicellulose level of at least 3.0% by weight in said pulp and wherein the spinning method is selected from the group consisting of dry-jet-wet spinning, centrifugal spinning, meltblown spinning and spunbonding. providing a cellulose-containing pulp; providing an ionic liquid; said ionic liquid further comprising a cation and an anion; dissolving said pulp in said ionic liquid to produce a solution, spinning said solution to obtain fibers; regenerating said fibers in a non solvent, washing and drying said fibers to provide fibers capable of being formed into a nonwoven web; and wherein said cellulose-containing pulp has a hemicellulose level of at least 3.0% by weight in said pulp and wherein the spinning method is selected from the group consisting of dry-jet-wet spinning, centrifugal spinning, meltblown spinning and spunbonding.
Method for determining a position of a vehicle to be located within a predetermined driving area in a mapped environment, comprising identifying the vehicle in the mapped environment; and determining the position of the vehicle by analysing the positional data of at least one predetermined component of the vehicle, wherein the positional data is provided by a sensor device (S1 to Sn) arranged securely in the mapped environment, characterised in that the vehicle can be navigated through the mapped environment in a piloted manner.
An implant for treating sinusitis or allergic rhinitis, wherein the implant has a circumferentially extending wall formed of a biodegradable polymer, and the wall includes a plurality of openings, with biodegradable fiber bundles containing drugs arranged in the openings characterized in that biodegradable fiber bundles are extending from the implant and are scattered on both sides of the implant, wherein the wall is defined by a tubular structure, which is closed in the circumferential direction and which is open at both ends, wherein the wall has uniformly distributed openings, with support ribs arranged in the openings. characterized in that biodegradable fiber bundles are extending from the implant and are scattered on both sides of the implant, wherein the wall is defined by a tubular structure, which is closed in the circumferential direction and which is open at both ends, wherein the wall has uniformly distributed openings, with support ribs arranged in the openings.
In-vitro method of identifying a breast cancer tumor which belongs to a subgroup of estrogen-receptor-positive breast cancer tumors that show an enhanced response to anti-estrogen treatment, comprising a) detecting in a cell sample from a breast tumor whether the nucleotide sequence of the ESR1 coding sequence is amplified in the genome of said tumor cells, wherein the ESR1 coding sequence corresponds to the nucleotides 152170379 to 152466099 of Human Genome Build 36; b) classifying said tumor as one that shows an enhanced response to anti-estrogen treatment, if the nucleotide sequence as above is amplified in the genome of said tumor cells. a) detecting in a cell sample from a breast tumor whether the nucleotide sequence of the ESR1 coding sequence is amplified in the genome of said tumor cells, wherein the ESR1 coding sequence corresponds to the nucleotides 152170379 to 152466099 of Human Genome Build 36; b) classifying said tumor as one that shows an enhanced response to anti-estrogen treatment, if the nucleotide sequence as above is amplified in the genome of said tumor cells.
A film having an average MD/TD 1% secant modulus greater than or equal to 3300 psi and a heat seal initiation temperature at 5 N, or a hot tack seal initiation temperature at 1 N, of less than or equal to 95°C, comprising a polyethylene blend, the polyethylene blend comprising two polyethylene compositions, each polyethylene composition having a density, wherein the density of each of the polyethylene compositions differs from the other in an amount between 0.050 g/cm 3 and 0.060 g/cm 3, and the polyethylene blend has a density between 0.918 g/cm 3 and 0.922 g/cm 3.
A rotating force transmitting mechanism (20;60) for an image forming apparatus, the rotating force transmitting mechanism being for transmitting a rotating force from a driving source to a driven member via a rotating member (31; 67) supported on a base plate (22; 62), wherein the base plate (22:62) is formed with a bearing part (41; 70) which includes a cylindrical side wall portion (42; 71) erected perpendicularly from the base plate (22; 62) and a circular bottom wall portion (43;72), and the rotating member (31;67) is formed with a cylindrical rotating shaft part (53:83) capable of fitting to the bearing part (41; 70) and the rotating member (31; 67) is supported on the base plate (22; 62) such that the rotating shaft part (53; 83) rotates while sliding with the bearing part (41;70), the bearing part (41; 70) is formed with an aperture (43a;72a) at a center of the bottom wall portion (43; 72), the rotating shaft part (53; 83) is formed with a protruding part (54; 84) which is provided coaxially with the rotating shaft part (53; 83) inside the rotating shaft part (53;83) and capable of being inserted into the aperture (43a;72a), the protruding part (54; 84) having a claw portion (55; 87) which has a diameter larger than an inner diameter of the aperture (43a; 72a) and is capable of elastically deforming in a radial direction, and the engagement of the claw portion (55; 87) with the bearing part (41;70) prevents slipping off of the rotating member (31; 67) from the bearing part (41; 70), and wherein the claw portion (55; 87) is integrally formed with the rotating member (31; 67), wherein a tapered inclined face is formed around an inner circumferential edge of a tip end face of the rotating shaft part (53;83), the protruding part (54; 84) has a height half of that of the rotating shaft part (53: 83), and the base plate (22;62) is made of a metal plate material.
Trip mechanism for a switching device, comprising an electronically controllable trip, which has a magnetic trip with a settable trip function, and an electronic trip control unit which actuates the electronically controllable trip as a function of a set trip function, wherein the magnetic trip with a settable trip function has an armature, a permanent magnet, a spring, an electric coil and an adjusting unit by which the trip function can be set, wherein the adjusting unit has a mechanical device by which the trip chain consisting of armature, spring, permanent magnet and electric coil can be set in such a way that either the armature is pressed onto the permanent magnet in a latching position and the magnetic field of the permanent magnet is de-energized by passing a current though the electric coil so that the armature can be pressed by the spring into a trip position, or the armature is held in the latching position by passing a current through the electric coil and, in the event of a voltage drop of the voltage applied to the electric coil, the armature is pressed by the spring into the trip position, characterized in that the mechanical device has a tensioning unit for keeping the armature in a first tensioned position for an electronically controlled trip or in a second tensioned position for an undervoltage trip.