mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling the addition of a flocculant to a sludge, wherein the flocculant is added to the sludge and the sludge is subsequently at least partially dewatered in a dewatering device, for example a dewatering screw, a decanter, a wire dewatering device, etc., wherein images of the dewatered sludge and/or of the liquid dewatered from the sludge are produced with a camera system, the images are evaluated with a computer-implemented calculation model for image analysis, wherein the computer model has been previously trained with a training data set and the training data set comprises training images of dewatered sludge and/or of the liquid dewatered from the sludge, characterised in that that the computer-implemented computational model for image analysis is formed as artificial neural network the training data set further comprises the training sub-images formed from the individual training images by a subdivision and the classification of the individual training sub-images, wherein for subdividing the training images the size of the training sub-images was reduced, the size of the training sub-images being selected at least so large that the training sub-images allow conclusions to be drawn about the surface texture, in particular the granulation, the relief, or the cracks, of the dewatered sludge or about the bubbles or foam formation of the dewatered liquid, the computational model dividing the individual images into sub-images analogously to the subdivision of the training images into training sub-images, classifying the sub-images of the individual image, wherein the computational model classifies the sub-images of the dewatered sludge according to a surface texture, in particular a granulation, a relief, or cracks, of the dewatered sludge and wherein the dewatering of the sludge is assessed on the basis of the classification of the sub-images and the control of the flocculant dosage is effected on the basis of the assessment of the dewatering of the sludge.
Use of a composition comprising as component A particles of aluminium titanate in a fraction between 5 wt% and 25 wt%, as component B aluminium oxide particles in a fraction between 40 wt% and 75 wt%, a binder with nanoscale particles as component C, a suspension medium as component D, and as additional component boron nitride in a fraction between 5 wt% and 25 wt%, where - the percentages are based on the solids content in the composition, - the particles of aluminium titanate have an average particle size > 500 nm, - the aluminium oxide particles have an average particle size between 100 nm and 10 μm and - the binder comprises nanoscale particles having an average particle size < 50 nm, for producing a mould release layer which is used after production in the processing of metal melts and glass melts. - the percentages are based on the solids content in the composition, - the particles of aluminium titanate have an average particle size > 500 nm, - the aluminium oxide particles have an average particle size between 100 nm and 10 μm and - the binder comprises nanoscale particles having an average particle size < 50 nm,
A system for positioning an electrode array at a desired implantation location relative to a nerve, the system comprising: a probe electrode configured to be temporarily implanted adjacent to the nerve at a location which is caudorostrally separate to the desired implantation location of the electrode array, and configured to be temporarily fixed relative to the nerve while implanted; an electrode array configured to be implanted adjacent to the nerve at the desired implantation location, and comprising at least one electrode configured to evoke or sense compound action potentials; and a controller configured to: cause electrical stimuli to be applied from one of the temporarily fixed probe electrode and the electrode array to evoke compound action potentials on the nerve during implantation of the electrode array; sense from at least one electrode of the other of the temporarily fixed probe electrode and the electrode array the compound action potentials evoked by the stimuli; and determine from the sensed compound action potentials a position of the electrode array relative to the nerve. a probe electrode configured to be temporarily implanted adjacent to the nerve at a location which is caudorostrally separate to the desired implantation location of the electrode array, and configured to be temporarily fixed relative to the nerve while implanted; an electrode array configured to be implanted adjacent to the nerve at the desired implantation location, and comprising at least one electrode configured to evoke or sense compound action potentials; and a controller configured to: cause electrical stimuli to be applied from one of the temporarily fixed probe electrode and the electrode array to evoke compound action potentials on the nerve during implantation of the electrode array; sense from at least one electrode of the other of the temporarily fixed probe electrode and the electrode array the compound action potentials evoked by the stimuli; and determine from the sensed compound action potentials a position of the electrode array relative to the nerve. cause electrical stimuli to be applied from one of the temporarily fixed probe electrode and the electrode array to evoke compound action potentials on the nerve during implantation of the electrode array; sense from at least one electrode of the other of the temporarily fixed probe electrode and the electrode array the compound action potentials evoked by the stimuli; and determine from the sensed compound action potentials a position of the electrode array relative to the nerve.
A particle, comprising: a plurality of crystallites comprising a first composition having a layered α-NaFeO 2 - type structure and comprising lithium in an amount of 0.1 to 1.3 moles, per mole of the first composition, nickel in an amount of 0.1 to 0.79 mole, per mole of the first composition, cobalt in an amount of 0 to 0.5 mole, per mole of the first composition, and oxygen in an amount of 1.7 to 2.3 moles, per mole of the first composition; and a grain boundary between adjacent crystallites of the plurality of crystallites and comprising a second composition which is a Co-substituted lithium nickel oxide having the layered α-NaFeO 2 -type structure, a cubic structure, or a combination thereof, characterised in that a concentration of cobalt in the grain boundary is greater than a concentration of cobalt in the crystallites. a plurality of crystallites comprising a first composition having a layered α-NaFeO 2 - type structure and comprising lithium in an amount of 0.1 to 1.3 moles, per mole of the first composition, nickel in an amount of 0.1 to 0.79 mole, per mole of the first composition, cobalt in an amount of 0 to 0.5 mole, per mole of the first composition, and oxygen in an amount of 1.7 to 2.3 moles, per mole of the first composition; and a grain boundary between adjacent crystallites of the plurality of crystallites and comprising a second composition which is a Co-substituted lithium nickel oxide having the layered α-NaFeO 2 -type structure, a cubic structure, or a combination thereof, characterised in that a concentration of cobalt in the grain boundary is greater than a concentration of cobalt in the crystallites.
A method for dynamically maintaining user centric data, comprising: receiving a first user centric definition for first user centric data from a data provider app; defining a first user centric profile for the first user centric data based upon the first user centric definition; and responsive to receiving a request that corresponds to the first user centric profile from a requestor app, exposing the first user centric profile to a user of the requestor app but restricting the requestor app from accessing the first user centric profile; the exposing the first user centric profile comprising: invoking the operating system to draw an operating system user interface within a requestor app interface of the requestor app, the operating system user interface comprising the first user centric profile, wherein the operating system user interface is not accessible to the requestor app. receiving a first user centric definition for first user centric data from a data provider app; defining a first user centric profile for the first user centric data based upon the first user centric definition; and responsive to receiving a request that corresponds to the first user centric profile from a requestor app, exposing the first user centric profile to a user of the requestor app but restricting the requestor app from accessing the first user centric profile; the exposing the first user centric profile comprising: invoking the operating system to draw an operating system user interface within a requestor app interface of the requestor app, the operating system user interface comprising the first user centric profile, wherein the operating system user interface is not accessible to the requestor app.
A model locomotive with vapor-smoking and furnace-firing-and-lighting effects comprising: an outer body; a hollow inner body installed within the outer body for installing liquid of specific volume; a funnel smoking tube installed at a front wall of the inner body; a steam whistle smoking tube, a safety valve smoking tube and a generator smoking tube installed at an upper wall of the inner body; a wind inlet tube for a blowe installed at a rear wall of the inner body; a vapor generator, an air-exhausting and water-draining tube for a cylinder, and a water level switch being installed at a lower wall of the inner body; and a plurality of transparent smoking tubes installed at a front wall and a rear wall of the inner body for viewing an interior of the inner body; a plurality of lighting elements being installed at the interior of the inner body, an outer side of the rear wall of the inner body and an interior of an opening of a combustion chamber. an outer body; a hollow inner body installed within the outer body for installing liquid of specific volume; a funnel smoking tube installed at a front wall of the inner body; a steam whistle smoking tube, a safety valve smoking tube and a generator smoking tube installed at an upper wall of the inner body; a wind inlet tube for a blowe installed at a rear wall of the inner body; a vapor generator, an air-exhausting and water-draining tube for a cylinder, and a water level switch being installed at a lower wall of the inner body; and a plurality of transparent smoking tubes installed at a front wall and a rear wall of the inner body for viewing an interior of the inner body; a plurality of lighting elements being installed at the interior of the inner body, an outer side of the rear wall of the inner body and an interior of an opening of a combustion chamber.
A method of operating an adhesive dispensing system including a piston pump including a piston coupled to a pump rod, the method comprising: operating the piston pump by actuating at least a solenoid (48, 50) or a spool or air valve with a controller to supply pressurized air to one side or the other side of the piston, thereby moving the pump rod from a first end condition to a second end condition or back to the first end condition to move liquid adhesive from a source of liquid adhesive to a pump outlet; and collecting information with a controller regarding operational cycles of the pump based on the signals; characterized by the steps: monitoring movements of the pump rod with at least one sensor by detecting when the pump rod and the piston approach the first and second end conditions with the at least one sensor (80, 82), producing signals with the at least one sensor (80, 82) based on the detection of the pump rod approaching the first and second end conditions, supplying pressurized air to one side of the piston, thereby moving the piston and the pump rod from a first end condition to a second end condition; supplying pressurized air to the other side of the piston, thereby moving the piston and the pump rod from the second end condition to the first end condition, and moving liquid adhesive with the pump rod during the movement of the pump rod between the first and second end conditions. operating the piston pump by actuating at least a solenoid (48, 50) or a spool or air valve with a controller to supply pressurized air to one side or the other side of the piston, thereby moving the pump rod from a first end condition to a second end condition or back to the first end condition to move liquid adhesive from a source of liquid adhesive to a pump outlet; and collecting information with a controller regarding operational cycles of the pump based on the signals; monitoring movements of the pump rod with at least one sensor by detecting when the pump rod and the piston approach the first and second end conditions with the at least one sensor (80, 82), producing signals with the at least one sensor (80, 82) based on the detection of the pump rod approaching the first and second end conditions, supplying pressurized air to one side of the piston, thereby moving the piston and the pump rod from a first end condition to a second end condition; supplying pressurized air to the other side of the piston, thereby moving the piston and the pump rod from the second end condition to the first end condition, and moving liquid adhesive with the pump rod during the movement of the pump rod between the first and second end conditions.
A disposable absorbent assembly comprising: an outer shell; and a disposable absorbent core insert detachably engageable with the outer shell, said core insert including an absorbent core material section having an absorbent composition; and an arrangement of spaced apart fasteners (3511, 3611) between the core insert and the outer shell, for detachably engaging the core insert with an inside surface of the outer shell, and defining void spaces (3517, 3617) between said fasteners, said core insert, and said outer shell, the void spaces providing air channels. an outer shell; and a disposable absorbent core insert detachably engageable with the outer shell, said core insert including an absorbent core material section having an absorbent composition; and an arrangement of spaced apart fasteners (3511, 3611) between the core insert and the outer shell, for detachably engaging the core insert with an inside surface of the outer shell, and defining void spaces (3517, 3617) between said fasteners, said core insert, and said outer shell, the void spaces providing air channels.
A LED lighting unit comprising: a support structure; an LED-based light emitting structure mounted within the support structure; and an optical beam shaping arrangement (40,42) over the top of the support structure and supported by the support structure, wherein the optical beam shaping arrangement comprises a microstructured layer which comprises an optically transparent and thermally stable material, and wherein the microstructured layer comprises at least one array of micro-elements (41;110) each having one or more sides which meet at a top apex (41a;110a), wherein the side or sides are straight from their base to the top apex, characterized in that, - the support structure supports the microstructured layer of the beam shaping arrangement at a height of less than the square root of a light emitting area of the LED-based light emitting structure above the LED-based light emitting structure; and - the optical beam shaping arrangement comprises a base layer and the microstructured layer is adhered over the base layer. a support structure; an LED-based light emitting structure mounted within the support structure; and an optical beam shaping arrangement (40,42) over the top of the support structure and supported by the support structure, wherein the optical beam shaping arrangement comprises a microstructured layer which comprises an optically transparent and thermally stable material, and wherein the microstructured layer comprises at least one array of micro-elements (41;110) each having one or more sides which meet at a top apex (41a;110a), wherein the side or sides are straight from their base to the top apex, - the support structure supports the microstructured layer of the beam shaping arrangement at a height of less than the square root of a light emitting area of the LED-based light emitting structure above the LED-based light emitting structure; and - the optical beam shaping arrangement comprises a base layer and the microstructured layer is adhered over the base layer.
A method for wireless communications at a user equipment, the method comprising: receiving, from an access network entity, a multicast transmission, wherein the multicast transmission is transmitted to a plurality of UEs that includes the UE; attempting to decode the multicast transmission; receiving, from the access network entity, a group radio network temporary identifier, G-RNTI, message in a downlink control channel; decoding the G-RNTI message at layer one, L1, protocols and hardware to identify that an upcoming downlink shared channel transmission is a retransmission of the multicast transmission; and determining whether to initiate layer two, L2, protocols and hardware to decode the upcoming downlink shared channel transmission based at least in part on decoding the G-RNTI message and attempting to decode the multicast transmission. receiving, from an access network entity, a multicast transmission, wherein the multicast transmission is transmitted to a plurality of UEs that includes the UE; attempting to decode the multicast transmission; receiving, from the access network entity, a group radio network temporary identifier, G-RNTI, message in a downlink control channel; decoding the G-RNTI message at layer one, L1, protocols and hardware to identify that an upcoming downlink shared channel transmission is a retransmission of the multicast transmission; and determining whether to initiate layer two, L2, protocols and hardware to decode the upcoming downlink shared channel transmission based at least in part on decoding the G-RNTI message and attempting to decode the multicast transmission.
Device for handling sheet-like media, in particular notes of value, having a first buffer store for the buffer storage of sheet-like media, a second buffer store for the buffer storage of sheet-like media, and having a stack-merging unit for merging a first stack, formed from sheet-like media buffer-stored in the first buffer store, and a second stack, formed from sheet-like media buffer-stored in the second buffer store, to form a single merged stack, wherein the stack-merging unit has a first support element, on which the first stack is at least partially supported during the merging, and a second support element, on which the second stack is at least partially supported during the merging, wherein a first transport element is provided for transporting the first stack, supported on the first support element, in a merging direction, characterized in that a second transport element is provided for transporting the second stack, supported on the second support element, in the merging direction, and in that the second transport element pushes the second stack from the second support element, such that said second stack slides onto the first stack, which is moved by the first transport element likewise in the merging direction, until the two stacks lie one on top of the other and thus form one merged stack.
A grinding wheel, with two grinding wheel protection pads, positioned on two sides of the grinding wheel, wherein the grinding wheel with the grinding wheel protection pads is configured to be assembled with a flange plate, comprising: an annular shaped positioning portion centered coaxially with the center of the grinding wheel; characterised by a plurality of guiding portions, with one end of the guiding portions connected to the inner ring surface of the positioning portion, and the other end of the guiding portions connected to the inner ring surface extending into the hole opened at the axial center of the grinding wheel. an annular shaped positioning portion centered coaxially with the center of the grinding wheel; characterised by a plurality of guiding portions, with one end of the guiding portions connected to the inner ring surface of the positioning portion, and the other end of the guiding portions connected to the inner ring surface extending into the hole opened at the axial center of the grinding wheel.
An acrylic block copolymer comprising: at least one A block; at least one B block; wherein the copolymer is inherently tacky, which means that a composition comprising the copolymer exhibits pressure sensitive adhesive characteristics without any subsequent processing of the composition and/or without the addition of tackifiers; each of the at least one A blocks includes a minority proportion of monomers forming a B block and each of the at least one B blocks includes a minority proportion of monomers forming a A block; and the acrylic block copolymer includes a transition region between A blocks and B blocks in which the population of each of the minority proportions increases or decreases along the backbone of the acrylic block copolymer. at least one A block; at least one B block; wherein the copolymer is inherently tacky, which means that a composition comprising the copolymer exhibits pressure sensitive adhesive characteristics without any subsequent processing of the composition and/or without the addition of tackifiers; each of the at least one A blocks includes a minority proportion of monomers forming a B block and each of the at least one B blocks includes a minority proportion of monomers forming a A block; and the acrylic block copolymer includes a transition region between A blocks and B blocks in which the population of each of the minority proportions increases or decreases along the backbone of the acrylic block copolymer.
An assembly enclosure for breaking out a trunk cable, comprising: a base (102, 202, 302, 402, 502, 602, 702, 902, 1202) having a generally flat surface adapted for mounting to a mounting surface; a shell (104, 204, 304, 404, 504, 604, 704, 804, 1204) having a front and two side walls extending from opposite sides of the front and two opposed end walls, the side walls of the shell mounted to the base to form a cavity; a plurality of connectors (110, 210, 310, 410, 510, 610, 710, 810, 1010); and a hybrid power/fiber trunk cable routed into the cavity through one of the end walls, the trunk cable comprising a plurality of power conductors and a plurality of optical fibers; the power conductors and the optical fibers being connected with respective ones of the plurality of connectors; characterized in that the plurality of connectors are mounted to each of the side walls, wherein each of the side walls is disposed at an oblique angle to the flat surface of the base to form a trapezoidal profile. a base (102, 202, 302, 402, 502, 602, 702, 902, 1202) having a generally flat surface adapted for mounting to a mounting surface; a shell (104, 204, 304, 404, 504, 604, 704, 804, 1204) having a front and two side walls extending from opposite sides of the front and two opposed end walls, the side walls of the shell mounted to the base to form a cavity; a plurality of connectors (110, 210, 310, 410, 510, 610, 710, 810, 1010); and a hybrid power/fiber trunk cable routed into the cavity through one of the end walls, the trunk cable comprising a plurality of power conductors and a plurality of optical fibers; the power conductors and the optical fibers being connected with respective ones of the plurality of connectors; characterized in that the plurality of connectors are mounted to each of the side walls, wherein each of the side walls is disposed at an oblique angle to the flat surface of the base to form a trapezoidal profile.
A composition containing γ-oryzanol and a biocompatible particle incorporating the γ-oryzanol in the inside thereof, wherein the biocompatible particle has a number mean particle size of 2.5 to 1,000 nm and comprises a polylactideglycolide copolymer or a polyethylene glycol modification of the polylactideglycolide copolymer.