mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a concentrated cereal-based extract comprising the steps of: - subjecting a wort to a heat treatment with a stabilisation agent; - subjecting the heat-treated wort to a cold stabilisation step, wherein the wort is chilled and the solids from said chilled wort are separated to obtain a clarified wort; - subjecting the clarified wort to a concentration step, wherein the dry matter content of the wort is increased to a dry matter content of at least 30% by weight to obtain a concentrate; - subjecting the concentrate to a hot filtration step at a temperature in the range of 30-90°C to obtain the concentrated cereal-based extract. - subjecting a wort to a heat treatment with a stabilisation agent; - subjecting the heat-treated wort to a cold stabilisation step, wherein the wort is chilled and the solids from said chilled wort are separated to obtain a clarified wort; - subjecting the clarified wort to a concentration step, wherein the dry matter content of the wort is increased to a dry matter content of at least 30% by weight to obtain a concentrate; - subjecting the concentrate to a hot filtration step at a temperature in the range of 30-90°C to obtain the concentrated cereal-based extract.
Floor cleaning machine comprising a chassis attached to a vehicle frame for moving the floor cleaning machine over a surface to be cleaned, comprising a rotary driven side brush, which is mounted on an arm which is connected pivotably about a vertical axis to a mount attached onto the vehicle frame, wherein the arm comprises a first arm section and a second arm section, which are connected pivotably to one another by a pivot connection defining a vertical pivot axis, wherein the first arm section is connected pivotably about the vertical axis to the vehicle frame and the side brush is mounted on the second arm section, wherein the pivot connection comprises a locking mechanism, which is designed such that the first and second arm section (17, 19) are held in a predefined alignment relative to one another, if a torque acting on the pivot connection is below a predefined threshold, and a pivot movement of the second arm section relative to the first arm section is made possible, if a torque acting on the pivot connection is above the predefined threshold, wherein one of either the first and second arm sections (17, 19) comprises an engagement element, wherein the other of the first and second arm sections comprises a guiding element with a guiding surface which is provided with a locking depression which is arranged such that the engagement element engages with the predefined alignment into the locking depression, and wherein the engagement element and the guiding element are displaceable relative to one another and pretensioned towards one another and wherein the guiding element is provided on the first arm section and the engagement element is provided on the second arm section, characterised in that the guiding surface extends about the pivot axis and in that the engagement element can be displaced in longitudinal direction of the second arm section and pretensioned by means of a spring towards the guiding element.
A pile for strengthening and/or lifting buildings and other constructions, having a straight main line of extension and comprising: a main part extending along the main line of extension for most of the length of the pile and comprising a lower end, designed in use to be driven into the ground, and an upper end, characterized by an upper head connected to the upper end and designed in use to be constrained to a foundation of a building; and a connecting unit which connects the upper head to the upper end and which enables to vary the distance between the upper head and the upper end. a main part extending along the main line of extension for most of the length of the pile and comprising a lower end, designed in use to be driven into the ground, and an upper end, characterized by an upper head connected to the upper end and designed in use to be constrained to a foundation of a building; and a connecting unit which connects the upper head to the upper end and which enables to vary the distance between the upper head and the upper end.
Carrier, suitable for a display device, having a carrier plate, wherein the carrier plate has two opposite flat sides (32, 33), wherein multiple ribs (34, 36, 38, 39) are each moulded on in one piece on both sides (32, 33), wherein the ribs (34, 36, 38, 39) on both sides (32, 33) are each oriented parallel to one another, wherein the ribs (34, 36, 38, 39) on both sides (32, 33) are oriented in the same, first direction, wherein the ribs (34, 36) on a first side are offset relative to the ribs (36, 38) on the second side, opposite to the first side, in a second direction perpendicular to the first direction, in such a way that the ribs on the first and on the second side are not or not fully cross-sectionally located opposite each other, and wherein cut-outs going through from the first side to the second side are introduced into the carrier plate.
A drug-loaded microbead composition comprising: a plurality of individual microbeads of a biodegradable material; a plurality of individual vesicular agents contained within the individual microbeads or associated with the biodegradable material of the individual microbeads through ionic or non-covalent interaction, the vesicular agents comprising at least one lipid bilayer surrounding a vesicular core, wherein the vesicular agents comprise liposomes or ethosomes; and a first therapeutic agent contained within the individual vesicular agents or associated with the individual vesicular agents by ionic or non-covalent interaction; and a second therapeutic agent different from the first therapeutic agent and contained within the individual microbeads or associated with the individual microbeads through ionic or non-covalent interaction. a plurality of individual microbeads of a biodegradable material; a plurality of individual vesicular agents contained within the individual microbeads or associated with the biodegradable material of the individual microbeads through ionic or non-covalent interaction, the vesicular agents comprising at least one lipid bilayer surrounding a vesicular core, wherein the vesicular agents comprise liposomes or ethosomes; and a first therapeutic agent contained within the individual vesicular agents or associated with the individual vesicular agents by ionic or non-covalent interaction; and a second therapeutic agent different from the first therapeutic agent and contained within the individual microbeads or associated with the individual microbeads through ionic or non-covalent interaction.
A display device, comprising: a substrate; a thin film transistor (Qh, Ql, Qc) disposed on the substrate; a plurality of color filters disposed on the substrate; a light blocking member disposed between the plurality of color filters and on the thin film transistor (Qh, Ql, Qc); and a pixel electrode disposed on at least one of the plurality of color filters, the pixel electrode comprising a planar shape electrode (192h, 1921) and a plurality of minute branches (193h, 1931) extending from the planar shape electrode (192h, 1921), wherein the at least one of the plurality of color filters or the light blocking member comprises a ridge (220p, 230p) overlapped by the planar shape electrode (192h, 192l). a substrate; a thin film transistor (Qh, Ql, Qc) disposed on the substrate; a plurality of color filters disposed on the substrate; a light blocking member disposed between the plurality of color filters and on the thin film transistor (Qh, Ql, Qc); and a pixel electrode disposed on at least one of the plurality of color filters, the pixel electrode comprising a planar shape electrode (192h, 1921) and a plurality of minute branches (193h, 1931) extending from the planar shape electrode (192h, 1921), wherein the at least one of the plurality of color filters or the light blocking member comprises a ridge (220p, 230p) overlapped by the planar shape electrode (192h, 192l).
A method of operating a communications device, the method comprising: monitoring to receive a signal in a first communications band, wherein the first communication band is one of a plurality of WAN communications bands, the method characterized by further comprising: if no signal having a signal power level over a threshold level is received in a predetermined period of time from said first communications band, selecting a corresponding communications band which corresponds to said first communications band, said selected corresponding communications band being selected for use in communicating a peer to peer signal, wherein: said first communications band is a WAN downlink band; said corresponding communications band is an uplink frequency band; if a signal is detected in said first communications band having a power level exceeding the threshold, monitoring a second band out of said plurality of communications bands; and the method further comprises selecting said second band out of said plurality of communications band, the second band being other than said first communications band, for peer to peer signaling. if no signal having a signal power level over a threshold level is received in a predetermined period of time from said first communications band, selecting a corresponding communications band which corresponds to said first communications band, said selected corresponding communications band being selected for use in communicating a peer to peer signal, wherein: said first communications band is a WAN downlink band; said corresponding communications band is an uplink frequency band; said first communications band is a WAN downlink band; said corresponding communications band is an uplink frequency band; if a signal is detected in said first communications band having a power level exceeding the threshold, monitoring a second band out of said plurality of communications bands; and the method further comprises selecting said second band out of said plurality of communications band, the second band being other than said first communications band, for peer to peer signaling.
A base station arranged to operate in a wireless communications system as a booster base station providing a cell which is operable as a booster cell providing additional capacity to a coverage cell which it at least partially overlaps, the coverage cell being provided by a coverage base station, the booster cell being operable to function in a first mode and a second mode, wherein the booster cell provides more additional capacity to the coverage cell when functioning in the first mode than it does when functioning in the second mode, the booster base station comprising: a listening module configured to perform a survey of uplink interference received at the booster base station; a scheduling information receiving module configured to receive, from the coverage base station, uplink scheduling information including information indicating uplink transmission resources granted to user equipments served by the coverage cell; a storage module configured to store the uplink scheduling information; a calculation module configured to calculate an adjusted uplink interference by subtracting from the survey of uplink interference a contribution made to the survey of uplink interference by user equipments which, based on the uplink scheduling information, are not served by the coverage cell; and a switching module configured to switch the booster cell from functioning in the second mode to functioning in the first mode in dependence upon whether the adjusted uplink interference meets a switching criterion. a listening module configured to perform a survey of uplink interference received at the booster base station; a scheduling information receiving module configured to receive, from the coverage base station, uplink scheduling information including information indicating uplink transmission resources granted to user equipments served by the coverage cell; a storage module configured to store the uplink scheduling information; a calculation module configured to calculate an adjusted uplink interference by subtracting from the survey of uplink interference a contribution made to the survey of uplink interference by user equipments which, based on the uplink scheduling information, are not served by the coverage cell; and a switching module configured to switch the booster cell from functioning in the second mode to functioning in the first mode in dependence upon whether the adjusted uplink interference meets a switching criterion.
A flow modifying apparatus comprising: a plurality of struts (2040, 2030) coupled together to form a radially expandable frame having a proximal and distal end, wherein the proximal and distal ends are radially expandable into expanded proximal and distal ends (2010 and 2020); a reduced diameter portion of the expandable frame disposed between the expanded proximal and distal ends, wherein the reduced diameter portion comprises a fluid flow through passage; and a cover disposed over at least a portion of the radially expandable frame, the flow modifying apparatus further comprising an inflow end and an outflow end, wherein the cover is disposed only on the inflow end, the cover being spaced from an edge of the inflow end of the apparatus and the reduced diameter portion, wherein the reduced diameter portion modifies fluid flow therethrough immediately upon implantation thereof and forms a pressure gradient between the inflow end and the reduced diameter portion. a plurality of struts (2040, 2030) coupled together to form a radially expandable frame having a proximal and distal end, wherein the proximal and distal ends are radially expandable into expanded proximal and distal ends (2010 and 2020); a reduced diameter portion of the expandable frame disposed between the expanded proximal and distal ends, wherein the reduced diameter portion comprises a fluid flow through passage; and a cover disposed over at least a portion of the radially expandable frame, the flow modifying apparatus further comprising an inflow end and an outflow end, wherein the cover is disposed only on the inflow end, the cover being spaced from an edge of the inflow end of the apparatus and the reduced diameter portion, wherein the reduced diameter portion modifies fluid flow therethrough immediately upon implantation thereof and forms a pressure gradient between the inflow end and the reduced diameter portion.
A magnetron assembly comprising: a plurality of magnets; and a yoke configured to hold the plurality of magnets in four prows; wherein the plurality of magnets is arranged in the yoke so as to form a pattern of magnets comprising two outer rows (310, 410, 710) and two inner rows (308, 408, 708), wherein the outer rows are longer than the inner rows, and wherein the outer rows substantially surround the perimeter of the inner rows; additional end magnets which are placed at the ends of the pattern of magnets between the two outer rows (310, 410, 710), said additional end magnets being displaced collinearly with the inner rows, wherein the magnets which form the inner rows have a first polarity, and the additional end magnets and the magnets which form the outer rows (310, 410, 710) have a second polarity opposite to the first polarity; wherein the outer rows are substantially parallel to one another; and wherein the outer and the inner rows of the plurality of magnets are laterally offset from each other so as to form a step at each end of the pattern of magnets. a plurality of magnets; and a yoke configured to hold the plurality of magnets in four prows; wherein the plurality of magnets is arranged in the yoke so as to form a pattern of magnets comprising two outer rows (310, 410, 710) and two inner rows (308, 408, 708), wherein the outer rows are longer than the inner rows, and wherein the outer rows substantially surround the perimeter of the inner rows; additional end magnets which are placed at the ends of the pattern of magnets between the two outer rows (310, 410, 710), said additional end magnets being displaced collinearly with the inner rows, wherein the magnets which form the inner rows have a first polarity, and the additional end magnets and the magnets which form the outer rows (310, 410, 710) have a second polarity opposite to the first polarity; wherein the outer rows are substantially parallel to one another; and wherein the outer and the inner rows of the plurality of magnets are laterally offset from each other so as to form a step at each end of the pattern of magnets.
A lighting apparatus (1,50,80,120) comprising: a housing (20,70,100,130) for housing a light source and/or directing a beam of light from a light source; a lighting mount (3,53,103) for securing the lighting apparatus (1,50,80,120) to a support (4,54) or substrate; and a coupling mechanism (10,60,90) comprising: a first coupling member (11,41,81,160) comprising a curved strip (11,24,61,63,88,89,158); and a second coupling member (15,165) comprising a retaining element (15,25,65,85,161) for coupling with the curved strip (11,24,61,63,88,89,158); wherein the second coupling member may couple with the first coupling member (41,81,160) at multiple positions along a length of the curved strip (11,24,61,63,88,89,158) and wherein the first and second coupling members are configured for magnetic coupling, whereby the first coupling member (11,41,81,160) and the second coupling member (15,165) may be adjustably orientated relative to one another about at least one axis characterized in that the first coupling member (11,41,81,160) is attached to the housing (20,70,100,130) and the second coupling member (15,165) is attached to the lighting mount (3,53,103). a housing (20,70,100,130) for housing a light source and/or directing a beam of light from a light source; a lighting mount (3,53,103) for securing the lighting apparatus (1,50,80,120) to a support (4,54) or substrate; and a coupling mechanism (10,60,90) comprising: a first coupling member (11,41,81,160) comprising a curved strip (11,24,61,63,88,89,158); and a second coupling member (15,165) comprising a retaining element (15,25,65,85,161) for coupling with the curved strip (11,24,61,63,88,89,158); wherein the second coupling member may couple with the first coupling member (41,81,160) at multiple positions along a length of the curved strip (11,24,61,63,88,89,158) and wherein the first and second coupling members are configured for magnetic coupling, whereby the first coupling member (11,41,81,160) and the second coupling member (15,165) may be adjustably orientated relative to one another about at least one axis characterized in that the first coupling member (11,41,81,160) is attached to the housing (20,70,100,130) and the second coupling member (15,165) is attached to the lighting mount (3,53,103). a first coupling member (11,41,81,160) comprising a curved strip (11,24,61,63,88,89,158); and a second coupling member (15,165) comprising a retaining element (15,25,65,85,161) for coupling with the curved strip (11,24,61,63,88,89,158); wherein the second coupling member may couple with the first coupling member (41,81,160) at multiple positions along a length of the curved strip (11,24,61,63,88,89,158) and wherein the first and second coupling members are configured for magnetic coupling,
Parallel drawer guide for a drawer of the like which can be extracted from a furniture carcase via horizontal drawer guides provided on both sides, comprising for each of the two drawer sides: a guide part which is provided for fixing on a carcase side wall; a horizontal toothed rod which is provided for fixing on the drawer and which is guided in the guide part for extending in the drawer extraction direction and which has a horizontal toothed rod portion, a coupling element which is guided on the toothed rod and/or on the guide part for extending in the drawer extraction direction and which is mounted in the extracted end position capable of tilting about a horizontal axis between a locking position in which a follower on the drawer side is locked in the coupling element in the drawer extraction direction, and a release position in which the follower is not locked in the coupling element in the drawer extraction direction, and a drive for the toothed rod in order to move the toothed rod together with the coupling element in the same direction relative to the guide part, as well as comprising a horizontal synchronous shaft which is provided for fixing on the drawer transversely to the drawer extraction direction and which has two gear wheels which mesh with the horizontal toothed rod portions of the two toothed rods. a guide part which is provided for fixing on a carcase side wall; a horizontal toothed rod which is provided for fixing on the drawer and which is guided in the guide part for extending in the drawer extraction direction and which has a horizontal toothed rod portion, a coupling element which is guided on the toothed rod and/or on the guide part for extending in the drawer extraction direction and which is mounted in the extracted end position capable of tilting about a horizontal axis between a locking position in which a follower on the drawer side is locked in the coupling element in the drawer extraction direction, and a release position in which the follower is not locked in the coupling element in the drawer extraction direction, and a drive for the toothed rod in order to move the toothed rod together with the coupling element in the same direction relative to the guide part, as well as comprising a horizontal synchronous shaft which is provided for fixing on the drawer transversely to the drawer extraction direction and which has two gear wheels which mesh with the horizontal toothed rod portions of the two toothed rods.
A starter device for at least one internal combustion engine, in particular a cable pull starting device for at least one two-stroke or four-stroke engine, with at least one cable pulley or cable drum rotatably mounted in a housing, which for generating drive torque for a crankshaft can be set in rotation by of at least one starter handle or pull handle, via at least one power transmission means in particular via a starter cable or pull cable, and is connected via at least one elastic coupling member with at least one driver link, in particular with at least one pawl driver, by means of which the drive torque is able to be transmitted to the crankshaft, the coupling member has two ends, wherein one end is engaged with the driver link and another end is engaged with the cable pulley or the cable drum, characterized in that a rotation stopper is provided at the coupling member and that the rotation stopper is configured as a damping element, wherein the damping element has a rubber element or a damping spring.