mhurhangee/ep-ind-claims huggingface dataset:
A sheet manufacturing apparatus comprising: a drum unit including a screen with numerous apertures through which airborne material including at least fiber passes, and a cylinder section without apertures, disposed to a rotating cylinder; a housing unit enclosing the screen part of the drum unit inside and having a frame interface formed as a round hole in the housing, the frame interface being in contact with the cylinder section through a pile seal strip attached to the frame interface; a stationary flange unit overlapping with the cylinder section in a direction transverse to the axis of rotation of the drum unit, the stationary flange unit being in contact with the cylinder section through a second pile seal; and a forming unit that forms sheets using material that passed through the apertures. a drum unit including a screen with numerous apertures through which airborne material including at least fiber passes, and a cylinder section without apertures, disposed to a rotating cylinder; a housing unit enclosing the screen part of the drum unit inside and having a frame interface formed as a round hole in the housing, the frame interface being in contact with the cylinder section through a pile seal strip attached to the frame interface; a stationary flange unit overlapping with the cylinder section in a direction transverse to the axis of rotation of the drum unit, the stationary flange unit being in contact with the cylinder section through a second pile seal; and a forming unit that forms sheets using material that passed through the apertures.
A method of managing a telecommunications network, the telecommunications network having a first user and a second user, the method comprising the step of: ascertaining a competitive characteristic associated with the first user and a competitive characteristic associated with the second user, wherein each associated competitive characteristic comprises an indication of a level of skill of the associated user; comparing the ascertained levels of skill for the first and second users; identifying whether there is a disparity between the levels of skill that exceeds a threshold, thereby to identify a competitive advantage associated with the first or second user; and characterised in that: in response to identifying that the disparity between the levels of skill exceeds the threshold, adapting a network configuration of a network connection associated with the first user so as to increase a difference in network performance between the first user and the second user thereby to help offset the competitive advantage due to said disparity. ascertaining a competitive characteristic associated with the first user and a competitive characteristic associated with the second user, wherein each associated competitive characteristic comprises an indication of a level of skill of the associated user; comparing the ascertained levels of skill for the first and second users; identifying whether there is a disparity between the levels of skill that exceeds a threshold, thereby to identify a competitive advantage associated with the first or second user; and
A method for transferring and mixing a biomass slurry in a hydrolyser by hydrolysing a biomass and transferring and mixing the hydrolysed slurry in a fermenter or fermenters connected in parallel using anaerobic processing of biomass into biogas, wherein biomass comminuted in a macerator comminuter, mixed with leachates from digested pulp separator, containing appropriate bacterial cultures, and again or repeatedly pumped through the macerator comminuter, characterised in that a biomass comminuted in a macerator comminuter with about 10% of biomass on the dry weight basis is mixed in the comminuter tank with a part of reflux and a slurry is passed again once or more times through the macerator comminuter, and then the comminuted slurry is pumped cyclically to a horizontal hydrolyser tank until it is filled at 50-70%, after which the biomass slurry is subjected to mixing in a single zone or in subsequent zones of the hydrolyser using slurry streams produced by jet nozzles, next, the hydrolysed slurry is pumped in portions to a fermenter whose bottom is sloping at an angle from 0,3% to 0,9% toward the outlet of the slurry, thus causing horizontal movement of the slurry during which it is subjected to periodical mixing in subsequent fermenter zones, counting from the first zone up to the penultimate zone, by slurry streams produces by jet nozzles, whereas in the last fermenter zone in the area of biogas discharge the biomass is continuously introduced in form of a broadening stream, and the fermented biomass after exiting the fermenter is split into two streams, the first one as a reflux is fed to the fermenter tank, the hydrolyser tank and the tank of the macerator comminuter, while the other stream of the fermented biomass is fed to a digested pulp separator from where a part of leachates is recycled back via a pipeline to the tank of the macerator mill and/or the hydrolyser tank, and biogas flowing out from the fermenter is treated and further processed in a known way.
Connection Fitting for connecting a ring line (loop) to at least one user of a Multi-storeyed or a Stand Pipe line with inlets and outlets (16,17) which can be fit onto the line and an insertion opening which is in between (the inlet and the outlet) with an insertion opening for the Ring line (Loop) that leads to it, <1> in the Main Inflow Direction a cross-section constriction has been provided, to which a funnel-shaped dispersing Pipe Section is connected in the Main Inflow Direction, which is characterised in such a manner that, the insertion opening is provided on the funnel-shaped pipe section and the Insertion Canal which is leading to the Insertion Opening is at an angle of not more than 75 degrees to the Main Inflow Direction.
A controller for controlling a power source in response to a throttle input, the throttle input representing the status of a throttle control in a range from a minimum state to a maximum state, the controller being configured to control the power source in dependence on both the current status of the throttle control and the current direction of change of that status between the maximum state and the minimum state; wherein the controller controls the power source by generating one or more outputs to the power source calculated to cause the power source to adopt a determined drive state in a range from a drive state of minimum output to a drive state of maximum output; wherein the controller implements a first relationship between status of the throttle control and determined drive state when the current status of the throttle control is moving towards the maximum state and a second, different relationship between status of the throttle control and determined drive state when the current status of the throttle control is moving towards the minimum state, characterized in that the first and second relationships are such that the rate of change of determined drive state with the status of the throttle input is less in the second relationship than the first relationship.
A fluid delivery system, comprising: a fluid source; a syringe comprising: a syringe body comprising a discharge port and a fill port, wherein said discharge port is connectable to a patient, a plunger movable relative to said syringe body and comprising a plunger head that is disposed within said syringe body, a discharge chamber on a first side of said plunger head and that fluidly communicates with said discharge port, and a vacuum chamber on a second side of said plunger head and that is fluidly isolated from said discharge chamber; a conduit extending between said fluid source and said fill port; and an in check valve associated with a flow path between said fluid source and an interior of said syringe body, wherein said syringe further comprises: a first seal with said plunger, wherein said plunger moves relative to said first seal; and a second seal with said plunger, wherein said second seal moves with said plunger, the first and second seals being spaced from each other, and wherein said syringe further comprises an out check valve associated with said discharge port. a fluid source; a syringe comprising: a syringe body comprising a discharge port and a fill port, wherein said discharge port is connectable to a patient, a syringe body comprising a discharge port and a fill port, wherein said discharge port is connectable to a patient, a plunger movable relative to said syringe body and comprising a plunger head that is disposed within said syringe body, a discharge chamber on a first side of said plunger head and that fluidly communicates with said discharge port, and a vacuum chamber on a second side of said plunger head and that is fluidly isolated from said discharge chamber; a conduit extending between said fluid source and said fill port; and an in check valve associated with a flow path between said fluid source and an interior of said syringe body, wherein said syringe further comprises: a first seal with said plunger, wherein said plunger moves relative to said first seal; and a second seal with said plunger, wherein said second seal moves with said plunger, the first and second seals being spaced from each other, and wherein said syringe further comprises an out check valve associated with said discharge port. a first seal with said plunger, wherein said plunger moves relative to said first seal; and a second seal with said plunger, wherein said second seal moves with said plunger, the first and second seals being spaced from each other, and wherein said syringe further comprises an out check valve associated with said discharge port.
A system for electrical charging of shopping carts equipped with electrical devices, comprising (a) an electrical charging station comprising a charging profile made of an electrically insulating material and a charging element made of an electrically conducting material, wherein the charging profile is arranged to partially cover the charging element, and (b) at least one shopping cart comprising an electrical device and a conductor arrangement electrically connected to the electrical device, wherein the conductor arrangement comprises (i) a casing comprising a first part comprising an opening and a second part arranged to be in contact with the shopping cart, and (ii) a conductor spring, a spring support and a conductor arranged inside the casing, wherein the conductor spring and the conductor are arranged in electrical contact with each other, characterised in that conductor is arranged to be in contact with the charging element of the charging station through the opening of the first part of the casing, the conductor spring is arranged to allow movement of the conductor inside the casing, and the conductor comprises a cylindrical part and a bearing allowing movement of the cylindrical part. (a) an electrical charging station comprising a charging profile made of an electrically insulating material and a charging element made of an electrically conducting material, wherein the charging profile is arranged to partially cover the charging element, and (b) at least one shopping cart comprising an electrical device and a conductor arrangement electrically connected to the electrical device, wherein the conductor arrangement comprises (i) a casing comprising a first part comprising an opening and a second part arranged to be in contact with the shopping cart, and (ii) a conductor spring, a spring support and a conductor arranged inside the casing, wherein the conductor spring and the conductor are arranged in electrical contact with each other, characterised in that conductor is arranged to be in contact with the charging element of the charging station through the opening of the first part of the casing, the conductor spring is arranged to allow movement of the conductor inside the casing, and the conductor comprises a cylindrical part and a bearing allowing movement of the cylindrical part. (i) a casing comprising a first part comprising an opening and a second part arranged to be in contact with the shopping cart, and (ii) a conductor spring, a spring support and a conductor arranged inside the casing, wherein the conductor spring and the conductor are arranged in electrical contact with each other,
Electrical vehicle charging system, comprising a power source configured for providing electrical energy to charge an electrical vehicle, n outlet ports each configured for connecting the electrical vehicle to the charging system and for providing a respective DC voltage to the electrical vehicle, n switches each configured for connecting the respective outlet port and the power source, and n control devices, characterised in that said n control devices are each configured, if the electrical vehicle is unconnected to the respective outlet port, to measure a respective DC voltage at the respective outlet port, if the respective measured DC voltage is greater than zero, to switch off the respective switch, whereby n is an integer and n ≥ 2, and to measure if thereupon, the respective DC voltage at the respective outlet port decreases, wherein a switch welding is detected if the respective DC voltage does not decrease. a power source configured for providing electrical energy to charge an electrical vehicle, n outlet ports each configured for connecting the electrical vehicle to the charging system and for providing a respective DC voltage to the electrical vehicle, n switches each configured for connecting the respective outlet port and the power source, and n control devices, characterised in that said n control devices are each configured, if the electrical vehicle is unconnected to the respective outlet port, to measure a respective DC voltage at the respective outlet port, if the respective measured DC voltage is greater than zero, to switch off the respective switch, whereby n is an integer and n ≥ 2, and to measure if thereupon, the respective DC voltage at the respective outlet port decreases, wherein a switch welding is detected if the respective DC voltage does not decrease. to measure a respective DC voltage at the respective outlet port, if the respective measured DC voltage is greater than zero, to switch off the respective switch, whereby n is an integer and n ≥ 2, and to measure if thereupon, the respective DC voltage at the respective outlet port decreases, wherein a switch welding is detected if the respective DC voltage does not decrease.
A composition for use in a method of providing cardiovascular protection in a subject, the method comprising orally administering an effective amount of the composition, the composition comprising an aqueous component comprising a dissolved Noble gas xenon, a portion of the Noble gas xenon being encapsulated in cyclodextrin.
A sun shade for a lawn maintenance tool, comprising: a bracket, wherein the bracket is configured to accommodate a profile of the lawn maintenance tool to the rear of an associated seat; a frame configured to cooperate with the bracket and comprising horizontal members and foldable vertical members; a fastener, wherein the fastener attaches the frame and the bracket to the lawn maintenance tool; a quantity of material attached to the frame above the lawn maintenance tool, wherein the material is configured to inhibit passage of sunlight through the material; and a first hinge attached to the frame, wherein the first hinge is configured to enable the frame to fold at a first location as a result of a force; characterized in that each foldable vertical member is attached to a said first hinge through a pin; and in that each foldable vertical member is configured to pass through a generally cylindrical opening of a said first hinge wherein said generally cylindrical opening is open over a portion of its length. a bracket, wherein the bracket is configured to accommodate a profile of the lawn maintenance tool to the rear of an associated seat; a frame configured to cooperate with the bracket and comprising horizontal members and foldable vertical members; a fastener, wherein the fastener attaches the frame and the bracket to the lawn maintenance tool; a quantity of material attached to the frame above the lawn maintenance tool, wherein the material is configured to inhibit passage of sunlight through the material; and a first hinge attached to the frame, wherein the first hinge is configured to enable the frame to fold at a first location as a result of a force; characterized in that each foldable vertical member is attached to a said first hinge through a pin; and in that each foldable vertical member is configured to pass through a generally cylindrical opening of a said first hinge wherein said generally cylindrical opening is open over a portion of its length.
A gas/fluid mass exchange apparatus comprising a plurality of gas/fluid exchange units that are arranged in a stacked configuration, wherein each unit comprises a frame that is arranged to support a first gas-permeable membrane at a first side thereof and a second gas-permeable membrane at a second side thereof, the frame extending around the respective peripheries of the first and second membranes, (102,103) wherein the plurality of units are held in spaced relation to each other by a plurality of spacer elements, the spacer elements extending along opposite sides of each unit to define a flow path between the first membrane of one unit and the second membrane of the adjacent unit, the spacer elements each being wider than the respective side of the frame along which they extend; the stacked configuration of units further comprising at least a first and a second elongate grooves the grooves extending across the units, on the sides of the units that are provided with spacer elements, the grooves extending into the respective units to a depth that is greater than the width of the frame at the location of the groove, but that is less than the width of the respective spacer element; wherein the first groove provides a gas inlet and the second groove provides a gas outlet.
Yarn comprising at least 1% by weight of fibres of a syndiotactic polystyrene containing a co-crystalline phase comprising at least one active guest compound and characterised by a X-ray diffraction (CuKa) pattern comprising peaks having maxima at about 2θ: between 9.5° and 9.8°, between 16.3° and 16.6°, between 19.7° and 20°.
A display device comprising: a substrate including a display area and a non-display area; and a plurality of pixels provided in the display area of the substrate, each of the plurality pixels comprising a plurality of sub-pixels (SP1, SP2, SP3), wherein each of the sub-pixels (SP1, SP2, SP3)comprises a pixel circuit layer including at least one transistor, and a display element layer including a unit emission area through which light is emitted and a peripheral area provided around the unit emission area, wherein the display element layer comprises: a first electrode provided in the unit emission area, and a second electrode spaced apart from the first electrode; at least one light emitting element provided in the unit emission area, and including a first end connected to the first electrode, and a second end connected to the second electrode; a first connection line provided in the peripheral area, and extending in a direction; and a bridge pattern provided in the peripheral area, and diverging from the first connection line in another direction intersecting the direction, and the bridge pattern is electrically disconnected from each of the first and the second electrodes (REL1, REL2). a substrate including a display area and a non-display area; and a plurality of pixels provided in the display area of the substrate, each of the plurality pixels comprising a plurality of sub-pixels (SP1, SP2, SP3), wherein each of the sub-pixels (SP1, SP2, SP3)comprises a pixel circuit layer including at least one transistor, and a display element layer including a unit emission area through which light is emitted and a peripheral area provided around the unit emission area, wherein the display element layer comprises: a first electrode provided in the unit emission area, and a second electrode spaced apart from the first electrode; at least one light emitting element provided in the unit emission area, and including a first end connected to the first electrode, and a second end connected to the second electrode; a first connection line provided in the peripheral area, and extending in a direction; and a bridge pattern provided in the peripheral area, and diverging from the first connection line in another direction intersecting the direction, and a first electrode provided in the unit emission area, and a second electrode spaced apart from the first electrode; at least one light emitting element provided in the unit emission area, and including a first end connected to the first electrode, and a second end connected to the second electrode; a first connection line provided in the peripheral area, and extending in a direction; and a bridge pattern provided in the peripheral area, and diverging from the first connection line in another direction intersecting the direction, and the bridge pattern is electrically disconnected from each of the first and the second electrodes (REL1, REL2).
A method for offshore installing of power cables for wind turbine installations, - wherein the power cables are installed by use of empty tubes (7, 7') between several offshore positions, e.g. between wind turbine foundations and/or a substation, wherein at least one empty tube (7, 7') is installed in or above a seabed; - wherein a trench is formed in the seabed and, at least one empty tube (7, 7') is laid in or above the trench; - wherein the at least one empty tube (7, 7') is cut at or near the offshore positions (1, 2); and - wherein the power cables are inserted into the empty tubes (7, 7') after installing the empty tubes (7, 7') in or above the seabed. - wherein the power cables are installed by use of empty tubes (7, 7') between several offshore positions, e.g. between wind turbine foundations and/or a substation, wherein at least one empty tube (7, 7') is installed in or above a seabed; - wherein a trench is formed in the seabed and, at least one empty tube (7, 7') is laid in or above the trench; - wherein the at least one empty tube (7, 7') is cut at or near the offshore positions (1, 2); and - wherein the power cables are inserted into the empty tubes (7, 7') after installing the empty tubes (7, 7') in or above the seabed.
Discontinuous centrifuge with a centrifuge drum, which can be rotated about a drum axis, with a casing, in which the cylindrical centrifuge casing is provided with holes to discharge a liquid produced during the centrifugation, which holes have a cross-section with an elliptical shape, in which the diameter (I 2) of the cross-sections of the holes in the peripheral direction on the inside of the casing is smaller than the diameter (I 1) of the cross-sections of the holes in the peripheral direction on the outside of the casing, so the cross-sections of the holes widen outwardly, characterized in that the cross-section of the holes is continuous from the inside to the outside, in that the diameter (a 2) of the cross-sections of the holes parallel to the drum axis on the inside of the casing is equal to or approximately equal to the diameter (a 1) of the cross-sections of the holes parallel to the drum axis on the outside of the holes.