mhurhangee/ep-ind-claims huggingface dataset:
A method of expanding a CO 2 lean gas stream comprising residual carbon dioxide, CO 2, the method comprising: removing CO 2 from a process gas in the form of a flue gas from a power plant, such as an oxy-combustion power plant, to produce a CO 2 lean gas stream comprising residual CO 2; and monitoring a temperature of the gas stream upstream of an expander (10,16), controlling a pressure of the gas stream upstream of the expander (10,16) by means of a first pressure controller (9,15) configured to maintain a predetermined pressure upstream of the expander (10,16), and overriding the first pressure controller (9,15) when the temperature upstream of the expander (10,16) is below a first predefined minimum temperature; and/or monitoring a temperature of the gas stream downstream of an expander (7,10,16), controlling a pressure of the gas stream downstream of the expander (7,10,16) by means of a second pressure controller (9,15,21) configured to maintain a predetermined pressure downstream of the expander (7,10,16), and overriding the second pressure controller (9,15,21) when the temperature downstream of the expander (7,10,16) is below a second predefined minimum temperature; whereby at least some deposition of solid CO 2 from the residual CO 2 in the gas stream is avoided. removing CO 2 from a process gas in the form of a flue gas from a power plant, such as an oxy-combustion power plant, to produce a CO 2 lean gas stream comprising residual CO 2; and monitoring a temperature of the gas stream upstream of an expander (10,16), controlling a pressure of the gas stream upstream of the expander (10,16) by means of a first pressure controller (9,15) configured to maintain a predetermined pressure upstream of the expander (10,16), and overriding the first pressure controller (9,15) when the temperature upstream of the expander (10,16) is below a first predefined minimum temperature; and/or monitoring a temperature of the gas stream downstream of an expander (7,10,16), controlling a pressure of the gas stream downstream of the expander (7,10,16) by means of a second pressure controller (9,15,21) configured to maintain a predetermined pressure downstream of the expander (7,10,16), and overriding the second pressure controller (9,15,21) when the temperature downstream of the expander (7,10,16) is below a second predefined minimum temperature; whereby at least some deposition of solid CO 2 from the residual CO 2 in the gas stream is avoided.
A reactor for the catalytic conversion of reactive media in a reaction space by a catalyst, comprising at least one plate heat exchanger in a reactor container, wherein the plate heat exchanger is substantially formed by heat-exchanger plates separated from one another by packings of planar form, said heat-exchanger plates defining between them the reaction space through which the reactive medium flows, characterized in that - the packing in each case is configured as a support for the catalyst whose construction is independent of the plate heat exchanger and which can therefore be selectively inserted into and removed from a between-plate space defining the reaction space, wherein - the packing in each case has an adjustable penetration depth in the between-plate space and - the packing in each case is equipped with a flat extensive area that completely or almost completely fills the between-plate space. - the packing in each case is configured as a support for the catalyst whose construction is independent of the plate heat exchanger and which can therefore be selectively inserted into and removed from a between-plate space defining the reaction space, wherein - the packing in each case has an adjustable penetration depth in the between-plate space and - the packing in each case is equipped with a flat extensive area that completely or almost completely fills the between-plate space.
A charge air cooler for an internal combustion engine, comprising a charge air duct for the passage in a flow direction of a charge air flow that is supplied to the internal combustion engine, and a heat exchanger that is placed in the charge air duct in an insertion direction through a lateral opening, wherein a fluid for cooling the charge air flow can flow through the heat exchanger, wherein a first profile extending in the insertion direction is formed on at least one side of the heat exchanger and meshes with a second profile provided on the charge air duct, wherein the heat exchanger passes through the charge air duct and is flowed through by the charge air, characterised in that the heat exchanger is designed as a soldered stack of flat tubes, wherein the first profile is formed on a side part soldered to the end of the stack.
A method of selecting a connection for a wavelength channel from a plurality of connection candidates (410, 420) in a communications network, characterized in that the method comprises actions, at a path computation element, PCE, server in a control plane, of: obtaining information from a physical element in the network, related to an estimated time for the physical element to establish each connection candidate (410, 420) therethrough for the wavelength channel; and selecting the connection taking into account the estimated time associated with each connection candidate (410, 420). obtaining information from a physical element in the network, related to an estimated time for the physical element to establish each connection candidate (410, 420) therethrough for the wavelength channel; and selecting the connection taking into account the estimated time associated with each connection candidate (410, 420).
A user terminal adapted to communicate with a radio base station for forming a wide-area cell and another radio base station for forming a narrow-area cell in a radio communication system where the narrow-area cell is provided inside the wide-area cell, comprising: a reference signal generating section (104, 204) adapted to generate a reference signal; a frequency adjusting section (106, 206) adapted to convert a frequency of the reference signal by n/m times; a first baseband processing section (102, 202) adapted to use the reference signal as a sampling frequency of a baseband signal of the wide-area cell; and a second baseband processing section (107, 207) adapted to use a frequency subjected to frequency conversion as a sampling frequency of a baseband signal of the narrow-area cell, wherein the wide-area cell is an LTE or LTE-A system, and the second baseband processing section is adapted to set a radio frame length of the narrow-area cell at the same length as a subframe length of the wide-area cell. a reference signal generating section (104, 204) adapted to generate a reference signal; a frequency adjusting section (106, 206) adapted to convert a frequency of the reference signal by n/m times; a first baseband processing section (102, 202) adapted to use the reference signal as a sampling frequency of a baseband signal of the wide-area cell; and a second baseband processing section (107, 207) adapted to use a frequency subjected to frequency conversion as a sampling frequency of a baseband signal of the narrow-area cell, wherein the wide-area cell is an LTE or LTE-A system, and the second baseband processing section is adapted to set a radio frame length of the narrow-area cell at the same length as a subframe length of the wide-area cell.
Method of manufacturing thermoplastically shaped assemblies from plastic foils, wherein a foil assembly consisting of at least two layers is formed by bringing together two finished foils, by extrusion coating, extrusion laminating, coextrusion without using conventional bonding agents or laminating adhesives, and that the foil layers (1, 2) are joined together during subsequent thermoplastic forming, wherein printing is provided between the foil layers (1, 2), wherein the foil layers (1, 2) are brought into adhesive contact with each other, wherein the foil layers (1, 2) are securely joined during the thermoplastic forming, wherein the thermoplastic forming is performed as a deep-drawing method, wherein the cut-off remnants of the deep-drawing material can be easily separated from each other and supplied to a separate recycling. wherein a foil assembly consisting of at least two layers is formed by bringing together two finished foils, by extrusion coating, extrusion laminating, coextrusion without using conventional bonding agents or laminating adhesives, and that the foil layers (1, 2) are joined together during subsequent thermoplastic forming, wherein printing is provided between the foil layers (1, 2), wherein the foil layers (1, 2) are brought into adhesive contact with each other, wherein the foil layers (1, 2) are securely joined during the thermoplastic forming, wherein the thermoplastic forming is performed as a deep-drawing method, wherein the cut-off remnants of the deep-drawing material can be easily separated from each other and supplied to a separate recycling.
A computer-implemented method of image processing, comprising: obtaining an original image and obtaining a to-be-processed image based on the original image; recognizing the to-be-processed image through an image recognition model to obtain a silhouette array, wherein the silhouette array comprises a plurality of silhouette array elements, and the plurality of silhouette array elements comprise a plurality of first values corresponding to a region of interest of the to-be-processed image and a plurality of second values corresponding to a region of non-interest of the to-be-processed image; generating a silhouette image based on the silhouette array; generating a target image based on the original image and the silhouette image, wherein the target image corresponds to a region of interest of the original image; calculating a silhouette matching degree between the silhouette array and a reference array of a reference image; and inserting the target image into the reference image if the silhouette matching degree between the silhouette array and the reference array of the reference image is greater than a preset threshold. obtaining an original image and obtaining a to-be-processed image based on the original image; recognizing the to-be-processed image through an image recognition model to obtain a silhouette array, wherein the silhouette array comprises a plurality of silhouette array elements, and the plurality of silhouette array elements comprise a plurality of first values corresponding to a region of interest of the to-be-processed image and a plurality of second values corresponding to a region of non-interest of the to-be-processed image; generating a silhouette image based on the silhouette array; generating a target image based on the original image and the silhouette image, wherein the target image corresponds to a region of interest of the original image; calculating a silhouette matching degree between the silhouette array and a reference array of a reference image; and inserting the target image into the reference image if the silhouette matching degree between the silhouette array and the reference array of the reference image is greater than a preset threshold.
A self-locking edge clip assembly for attachment of a component, the edge clip assembly comprising: a clip body changeable between an open configuration in which a component may be freely inserted and an engaged configuration in which the component is captured thereby, the clip body comprising: a first clip leg, a second clip leg, and a clip end connecting the first and second clip legs; the first clip leg, the second clip leg, and the clip end together defining a clip interior having an open end; at least one of the first clip leg and the second clip leg having a slot defined thereby; and the first clip leg and the second clip leg being in spaced apart positions to define the open end when the clip body is in the open configuration; a spacer slideably and linearly moveable in the clip interior between an initial position in which the clip body is in the open configuration and a final position in which the clip body is in the engaged configuration, the spacer extending partially outside the clip body when in the initial position, the spacer comprising a rib extending along a surface thereof; and an interlock formed between the rib and the slot, the interlock securing the spacer in the final position, characterized in that the rib includes a locking element engaging an edge of the slot to limit slideable withdrawal of the spacer from the clip body in the open configuration. a first clip leg, a second clip leg, and a clip end connecting the first and second clip legs; the first clip leg, the second clip leg, and the clip end together defining a clip interior having an open end; at least one of the first clip leg and the second clip leg having a slot defined thereby; and the first clip leg and the second clip leg being in spaced apart positions to define the open end when the clip body is in the open configuration; a spacer slideably and linearly moveable in the clip interior between an initial position in which the clip body is in the open configuration and a final position in which the clip body is in the engaged configuration, the spacer extending partially outside the clip body when in the initial position, the spacer comprising a rib extending along a surface thereof; and an interlock formed between the rib and the slot, the interlock securing the spacer in the final position, characterized in that the rib includes a locking element engaging an edge of the slot to limit slideable withdrawal of the spacer from the clip body in the open configuration.
Constant-force direct mechanical escapement mechanism comprising an escape mobile having an escape pinion, a lower escape wheel, an upper escape wheel coaxial to the lower escape wheel and able to be displaced angularly with respect to this lower escape wheel by a predetermined amplitude and a constant-force spring connecting the lower escape wheel to the upper escape wheel; this escape mechanism also comprising an oscillator mobile and an anchor mobile comprising an input pallet cooperating with one of the escape wheels and an output pallet cooperating with the other escape wheel; this anchor also comprising a fork cooperating with the oscillator mobile, characterised in that one of the upper and lower escape wheels comprises a felloe comprising notches uniformly distributed about its periphery, and in that the other of the upper and lower escape wheels comprises studs extending in said notches.
An assay device for use in the determination of the presence of at least one analyte of interest in a urine sample; the device comprising a reaction zone in which a reagent reacts with the analyte of interest and a bibulous member upstream of the reaction zone, which bibulous member, when contacted with the liquid sample, draws liquid therefrom towards the reaction zone; the bibulous member being formed of bicomponent fibres and comprising means to change colour when wetted by the sample, said means to change colour being a chemical species that changes colour in response to a property of the urine sample.
Method for the computer-assisted simulation of a production plant, wherein the production plant has at least one conveying path, wherein CAD path data are input into a processing unit, the CAD path data are erroneous, a ruleset comprises rules for correcting errors in the erroneous CAD path data, and a path layout is generated from the CAD path data in a computer-implemented manner, said layout depicting a logical conveying flow of the conveying path in a computer-readable manner, wherein the rules are applied to the CAD path data in order to generate the path layout in a computer-implemented manner.
A pressed powder magnetic core material comprising: a granulation binder; a soft magnetic powder in which an insulating coating film is formed on a particle surface; and a TeO 2 -V 2 O 5 -based glass frit whose softening point is a temperature being at least 100°C lower than a magnetic annealing temperature; wherein the glass frit is contained in an amount of 0.3 to 1.0% by mass based on the whole amount of the soft magnetic powder. a granulation binder; a soft magnetic powder in which an insulating coating film is formed on a particle surface; and a TeO 2 -V 2 O 5 -based glass frit whose softening point is a temperature being at least 100°C lower than a magnetic annealing temperature; wherein the glass frit is contained in an amount of 0.3 to 1.0% by mass based on the whole amount of the soft magnetic powder.
A process for the synthesis of a metallasilsesquioxane comprising the steps of a. preparing a composition containing - at least one silane compound having the general formula R 1 Si(OR 2) 3; wherein R 1, R 2 are each independently hydrogen, alkyl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl, and - at least one base, and b. adding to said composition at least one transition metal halide, wherein the process is a one-pot process. a. preparing a composition containing - at least one silane compound having the general formula R 1 Si(OR 2) 3; wherein R 1, R 2 are each independently hydrogen, alkyl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl, and - at least one base, and - at least one silane compound having the general formula R 1 Si(OR 2) 3; wherein R 1, R 2 are each independently hydrogen, alkyl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl, and - at least one base, and b. adding to said composition at least one transition metal halide, wherein the process is a one-pot process.
A refrigerated transport system comprising: a body enclosing a refrigerated compartment and comprising: a pair of side walls (22C, 22D); a top; a bottom; and one or more doors (28A, 28B); and a refrigeration system comprising: a vapor compression loop having a first heat exchanger positioned to reject heat to an external environment in a cooling mode; characterised in further comprising: a heat transfer loop having a second heat exchanger positioned to absorb heat from the refrigerated compartment in the cooling mode; and an inter-loop heat exchanger having a first leg along the vapor compression loop and a second leg along the heat transfer loop in heat exchange relation with the first leg. a body enclosing a refrigerated compartment and comprising: a pair of side walls (22C, 22D); a top; a bottom; and one or more doors (28A, 28B); and a pair of side walls (22C, 22D); a top; a bottom; and one or more doors (28A, 28B); and a refrigeration system comprising: a vapor compression loop having a first heat exchanger positioned to reject heat to an external environment in a cooling mode; a vapor compression loop having a first heat exchanger positioned to reject heat to an external environment in a cooling mode; a heat transfer loop having a second heat exchanger positioned to absorb heat from the refrigerated compartment in the cooling mode; and an inter-loop heat exchanger having a first leg along the vapor compression loop and a second leg along the heat transfer loop in heat exchange relation with the first leg.
A Receiver In the Canal type hearing aid comprising: a hardware module configured to control the hearing aid; and a case having an open side and an internal space for accommodating the hardware module; characterized by a receiver module composed of a receiver and a receiver connector, the receiver module being united with the case to form an integrated structure, wherein the case has a case interface unit fixedly formed at a closed side of the case, and wherein through the case interface unit, the case can be connected with the hardware module, wherein the receiver connector of the receiver module is fixedly connected with an outer side of the case through the case interface unit and wherein the hardware module can be inserted into the case and detachably connected with the receiver module through the case interface unit. a hardware module configured to control the hearing aid; and a case having an open side and an internal space for accommodating the hardware module; characterized by a receiver module composed of a receiver and a receiver connector, the receiver module being united with the case to form an integrated structure, wherein the case has a case interface unit fixedly formed at a closed side of the case, and wherein through the case interface unit, the case can be connected with the hardware module, wherein the receiver connector of the receiver module is fixedly connected with an outer side of the case through the case interface unit and wherein the hardware module can be inserted into the case and detachably connected with the receiver module through the case interface unit.
A method of decoding video data, the method comprising: storing an adaptation parameter set data structure in a buffer of a coding device, wherein the APS data structure includes signaling data applicable to one or more slices of video data; decoding at least one of the slices based on the signaling data of the APS data structure; characterised by after decoding the slice, determining that the APS data structure can be removed from the buffer; removing the APS data structure from the buffer based on the determination; and decoding one or more additional slices of the video data after removing the APS data structure from the buffer. storing an adaptation parameter set data structure in a buffer of a coding device, wherein the APS data structure includes signaling data applicable to one or more slices of video data; decoding at least one of the slices based on the signaling data of the APS data structure; characterised by after decoding the slice, determining that the APS data structure can be removed from the buffer; removing the APS data structure from the buffer based on the determination; and decoding one or more additional slices of the video data after removing the APS data structure from the buffer.
A manufacturing method for a pneumatic tire comprising a process for forming a raw cover of the tire, and a vulcanization process for vulcanization forming by inserting the raw cover into a mold; wherein said raw cover comprises a carcass comprising a carcass ply having a main portion extending from a tread portion through a sidewall portion to a bead core of a bead portion, and a turn-up part extending from the main portion and turned up around the bead core of the bead portion, a sidewall rubber disposed axially outside of the carcass to form an outer surface of the sidewall portion, a bead chafer connected with a radially inner edge of the sidewall rubber and disposed along a bead seat surface of the bead portion, a sidewall rubber edge, whi ch is a boundary part between said sidewall rubber and the bead chafer on an outer surface of the raw cover, an inner linear made of an ai r impermeable rubber material and disposed inside of the carcass so as to form a ti re cavity surface, and an insulation rubber having an adherence property superior to said inner liner, the insulation rubber comprising amain portion di sposed between the carcass and the inner liner and extending from the tread portion through the sidewall portion to the bead portion, and a turn-up part connecting with the main portion of the insulation rubber and turned up around said bead core from axially inside to the outside of the raw cover; characterized in that upon insertion of said raw cover into said mold, the sidewall rubber edge is disposed radially inside a core inner point P1 where a tire axial-directional line L1 passing through a radially inner edge of said bead core intersects with the outer surface of the raw cover; and the turn-up part of said insulation rubber extends between the turn-up part of said carcass ply and said sidewall rubber and terminates at an outer edge radially outside of said sidewall rubber edge, wherein said sidewall rubber comprises a side base rubber and a clinch rubber connected with a radially inner edge of this side base rubber and being harder than said side base rubber, and the outer edge of the turn-up part of the insulation rubber is positioned radially outside of a tire axial-directional line L2 which passes through a radially outer edge of said bead core and radially inside of a radially outer end of the clinch rubber.