mhurhangee/ep-ind-claims huggingface dataset:
Process for coating pulverulent solid active substances, characterized in that it comprises the following stages: a) providing a mixture comprising at least one coating agent in which is dissolved, up to saturation, a supercritical or subcritical fluid under temperature and pressure conditions which make it possible to maintain the said fluid under supercritical or subcritical conditions; b) providing separate moving particles of at least one pulverulent solid active substance; c) bringing the mixture and the separate moving particles of active substance into contact under temperature and pressure conditions which simultaneously ensure: - the reduction in pressure of the supercritical or subcritical fluid and its return to the gaseous state, - the spraying of the coating agent and - its solidification around the separate moving particles of active substance; d) separating and recovering the coated particles. said supercritical fluid or subcritical fluid being CO 2. a) providing a mixture comprising at least one coating agent in which is dissolved, up to saturation, a supercritical or subcritical fluid under temperature and pressure conditions which make it possible to maintain the said fluid under supercritical or subcritical conditions; b) providing separate moving particles of at least one pulverulent solid active substance; c) bringing the mixture and the separate moving particles of active substance into contact under temperature and pressure conditions which simultaneously ensure: - the reduction in pressure of the supercritical or subcritical fluid and its return to the gaseous state, - the spraying of the coating agent and - its solidification around the separate moving particles of active substance; - the reduction in pressure of the supercritical or subcritical fluid and its return to the gaseous state, - the spraying of the coating agent and - its solidification around the separate moving particles of active substance; d) separating and recovering the coated particles. said supercritical fluid or subcritical fluid being CO 2.
Cover element for furniture or the like, preferably of the plinth type to be associated by means of a hooking element to a support foot of a piece of furniture for the front cover of said foot, wherein it comprises a section bar which extends longitudinally along an X axis and which comprises two walls (4, 6) which are mutually facing and spaced along a Z axis, perpendicular to the X axis, and which are connected to each other by bridges so as to delimit at least two cavities superimposed on each other along a Y axis which is perpendicular to the X and Z axes, and wherein: - said section bar is made, at least in part or preferably entirely, of a material comprising polyolefin, characterized in that, - said two walls (4, 6) and said bridges have a thickness of less than 1.5 mm, - the thickness of one of said two walls, preferably the one which in use is intended to have an exposed face, is greater with respect to the thickness of said bridges. - said section bar is made, at least in part or preferably entirely, of a material comprising polyolefin, characterized in that, - said two walls (4, 6) and said bridges have a thickness of less than 1.5 mm, - the thickness of one of said two walls, preferably the one which in use is intended to have an exposed face, is greater with respect to the thickness of said bridges.
A method for recycling a material comprising at least one continuous phase consisting of an ionic polymeric network composed of at least one polyanionic polymer and at least one cation, comprising the steps of: (a) preparing a powder of at least one material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of at least one polyanionic polymer and at least one cation; (b) preparing an aqueous solution of a complexing agent of said at least one cation; (c) adding to the aqueous solution of step b) the powder obtained from step a), in order to disaggregate said ionic polymeric network composed of at least one polyanionic polymer and at least one cation and to obtain an aqueous mixture comprising at least one polyanionic polymer and at least one complex of said at least one cation with said complexing agent; (d) adding to the aqueous mixture of step (c) an acidifying agent, so as to decompose said complex and form a hydrogel comprising an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation; and (e) dehydrating said hydrogel of step d), such as to obtain a recycled material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation. (a) preparing a powder of at least one material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of at least one polyanionic polymer and at least one cation; (b) preparing an aqueous solution of a complexing agent of said at least one cation; (c) adding to the aqueous solution of step b) the powder obtained from step a), in order to disaggregate said ionic polymeric network composed of at least one polyanionic polymer and at least one cation and to obtain an aqueous mixture comprising at least one polyanionic polymer and at least one complex of said at least one cation with said complexing agent; (d) adding to the aqueous mixture of step (c) an acidifying agent, so as to decompose said complex and form a hydrogel comprising an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation; and (e) dehydrating said hydrogel of step d), such as to obtain a recycled material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation.
A cement composition, containing cement, and a superplasticizer, characterized in that it contains an agent for blocking shrinkage consisting of the combination of amorphous silica at a minimum concentration of 0.35% by weight and of at least one polysaccharide at a concentration comprised between 0.012% and 0.050% by weight of dry extract relatively to the cement.
A surgical instrument (100, 200) comprising: a handle (110, 210); a shaft attached to the handle (110, 210), the shaft being in the form of an outer cylindrical sleeve having a proximal end and a distal end; at least one flexibly movable member (150, 250) positioned at the distal end of the shaft, the at least one flexibly movable member (150, 250) being movable between an operative position in which the at least one flexibly movable member (150, 250) extends radially in a direction substantially transverse to a longitudinal axis of the shaft and an inoperative position in which the at least one flexibly movable member (150, 250) extends substantially parallel to the longitudinal axis of the shaft; an actuating mechanism provided at the proximal end of the shaft, the actuating mechanism including an inner rod, which is attached to the handle (110, 210) and to the at least one flexibly movable member (150, 250) the inner rod extending coaxially within the outer cylindrical sleeve, wherein the inner rod is slidably moveable relative to the outer cylindrical sleeve in a first direction away from the handle (110,210) and a second direction toward the handle (110,210); wherein moving the inner rod in the first direction away from the handle (110, 210) causes the at least one flexibly movable member (150, 250) to bend and fold to form wings on both sides of the outer cylindrical sleeve to be in the inoperative position, and moving the inner rod in the second direction retracts the at least one flexibly movable member (150, 250) to the inoperative position. a handle (110, 210); a shaft attached to the handle (110, 210), the shaft being in the form of an outer cylindrical sleeve having a proximal end and a distal end; at least one flexibly movable member (150, 250) positioned at the distal end of the shaft, the at least one flexibly movable member (150, 250) being movable between an operative position in which the at least one flexibly movable member (150, 250) extends radially in a direction substantially transverse to a longitudinal axis of the shaft and an inoperative position in which the at least one flexibly movable member (150, 250) extends substantially parallel to the longitudinal axis of the shaft; an actuating mechanism provided at the proximal end of the shaft, the actuating mechanism including an inner rod, which is attached to the handle (110, 210) and to the at least one flexibly movable member (150, 250) the inner rod extending coaxially within the outer cylindrical sleeve, wherein the inner rod is slidably moveable relative to the outer cylindrical sleeve in a first direction away from the handle (110,210) and a second direction toward the handle (110,210); wherein moving the inner rod in the first direction away from the handle (110, 210) causes the at least one flexibly movable member (150, 250) to bend and fold to form wings on both sides of the outer cylindrical sleeve to be in the inoperative position, and moving the inner rod in the second direction retracts the at least one flexibly movable member (150, 250) to the inoperative position.
A chemical-mechanical polishing composition comprising: (a) wet-process silica, (b) 0.01 wt.% to 0.5 wt.% of a stabilizer compound selected from the group consisting of R 1 R 2 R 3 R 4 N + X -, R 1 R 2 R 3 R 4 P + X -, R 1 R 2 R 3 S + X -, an imidazolium salt, and a pyridinium salt, wherein each of R 1, R 2, R 3, and R 4 independently is a C 1 -C 6 alkyl, a C 7 -C 12 arylalkyl, or a C 6 -C 10 aryl, and wherein X - is an anion, (c) 0.002 wt.% to 0.2 wt.% of a potassium salt, wherein the potassium salt is potassium hydrogen carbonate, potassium carbonate, or a combination of potassium hydrogen carbonate and potassium carbonate, (d) 0.002 wt.% to 0.2 wt.% of a secondary amine compound, (e) water, wherein the polishing composition has a pH of 9 to 12. (a) wet-process silica, (b) 0.01 wt.% to 0.5 wt.% of a stabilizer compound selected from the group consisting of R 1 R 2 R 3 R 4 N + X -, R 1 R 2 R 3 R 4 P + X -, R 1 R 2 R 3 S + X -, an imidazolium salt, and a pyridinium salt, wherein each of R 1, R 2, R 3, and R 4 independently is a C 1 -C 6 alkyl, a C 7 -C 12 arylalkyl, or a C 6 -C 10 aryl, and wherein X - is an anion, (c) 0.002 wt.% to 0.2 wt.% of a potassium salt, wherein the potassium salt is potassium hydrogen carbonate, potassium carbonate, or a combination of potassium hydrogen carbonate and potassium carbonate, (d) 0.002 wt.% to 0.2 wt.% of a secondary amine compound, (e) water,
A downhole flow control device configured for use with a tubing string, comprising: a flow path configured to permit flow between external and internal locations of a tubing string; a barrier member (100, 200) configured to selectively vary the flow path (98, 206a, 206b, 208a, 208b), wherein the barrier member is selectively movable by fluid pressure from the tubing string or wellbore to open and close the flow path (98, 206a, 206b, 208a, 208b); and a receiver configured to receive a control signal to permit control of the barrier member (100, 200). a flow path configured to permit flow between external and internal locations of a tubing string; a barrier member (100, 200) configured to selectively vary the flow path (98, 206a, 206b, 208a, 208b), wherein the barrier member is selectively movable by fluid pressure from the tubing string or wellbore to open and close the flow path (98, 206a, 206b, 208a, 208b); and a receiver configured to receive a control signal to permit control of the barrier member (100, 200).
A device adapted to assist the sterilisation of a limb surface, and comprising: a flexible tubular sleeve, closed at one end, shaped and sized so as to loosely fit, in use, around the limb of a patient whose limb surface is to be sterilised; said sleeve is provided with respective elastic limb-sealing means (5,6,7,8,11) each located close to or at a respective end (3,4) of said sleeve, and each capable of forming, in use, a seal between the sleeve and the limb of a patient; characterised in that at least one of the limb-sealing means comprises a perforated, elastic diaphragm. a flexible tubular sleeve, closed at one end, shaped and sized so as to loosely fit, in use, around the limb of a patient whose limb surface is to be sterilised; said sleeve is provided with respective elastic limb-sealing means (5,6,7,8,11) each located close to or at a respective end (3,4) of said sleeve, and each capable of forming, in use, a seal between the sleeve and the limb of a patient; characterised in that at least one of the limb-sealing means comprises a perforated, elastic diaphragm.
A current transformer (130;230) for a power conductor, said current transformer comprising: a secondary winding (131;231) structured to be inductively coupled to the power conductor; a clamping circuit (132;232,233,234,235) electrically connected in parallel with the secondary winding, said clamping circuit being structured to clamp a voltage across the secondary winding when said voltage is greater than a predetermined value; and comprising an indicator circuit (133;234,235) to indicate when the clamping circuit is clamping said voltage. a secondary winding (131;231) structured to be inductively coupled to the power conductor; a clamping circuit (132;232,233,234,235) electrically connected in parallel with the secondary winding, said clamping circuit being structured to clamp a voltage across the secondary winding when said voltage is greater than a predetermined value; and comprising an indicator circuit (133;234,235) to indicate when the clamping circuit is clamping said voltage.
A door leaf or door blank - with a first acoustic core layer, - with a second acoustic core layer assigned to the first acoustic core layer, - with a first chipboard ply assigned to the first acoustic core layer, - with a second chipboard ply assigned to the second acoustic core layer, - with a first softwood layer assigned to the first chipboard ply, - with a second softwood layer assigned to the second chipboard ply, - with a third chipboard ply assigned to the first softwood layer, and - with a fourth chipboard ply assigned to the second softwood layer, wherein the individual layers and plies assigned to one another are glued together. - with a first acoustic core layer, - with a second acoustic core layer assigned to the first acoustic core layer, - with a first chipboard ply assigned to the first acoustic core layer, - with a second chipboard ply assigned to the second acoustic core layer, - with a first softwood layer assigned to the first chipboard ply, - with a second softwood layer assigned to the second chipboard ply, - with a third chipboard ply assigned to the first softwood layer, and - with a fourth chipboard ply assigned to the second softwood layer,
A method comprising: identifying probe data for an intersection of two or more road segments, wherein the probe data is provided by vehicles and includes locations and headings; dividing the probe data for the intersection into at least one turn trace and at least one through trace based on the locations in the probe data, wherein a through trace is a set of probe data resulting when a vehicle stays on the same road segment, and wherein a turn trace is a set of probe data resulting when a vehicle turns onto another road segment; calculating heading change data as a difference between the headings of the turn trace and the headings of the through trace; identifying at least two local extrema of the heading change data; and determining at least one characteristic of at least one turning lane for the intersection based on the at least two local extrema, wherein the least one characteristic of the at least one turning lane comprises a number of turning lanes and/or a location of at least one turning lane. identifying probe data for an intersection of two or more road segments, wherein the probe data is provided by vehicles and includes locations and headings; dividing the probe data for the intersection into at least one turn trace and at least one through trace based on the locations in the probe data, wherein a through trace is a set of probe data resulting when a vehicle stays on the same road segment, and wherein a turn trace is a set of probe data resulting when a vehicle turns onto another road segment; calculating heading change data as a difference between the headings of the turn trace and the headings of the through trace; identifying at least two local extrema of the heading change data; and determining at least one characteristic of at least one turning lane for the intersection based on the at least two local extrema, wherein the least one characteristic of the at least one turning lane comprises a number of turning lanes and/or a location of at least one turning lane.
A method performed at a first entity, comprising: receiving, from a second entity, a non-internet protocol data delivery, NIDD, message including one or more Reliable Data Service, RDS, port numbers; and determining whether the one or more RDS port numbers are within a configured RDS port list; and transmitting, towards the second entity, a response message including an indication that the RDS port numbers are unknown in the first entity, if it is determined that the one or more RDS port numbers are not within the configured RDS port list, wherein the indication comprises, in the cause attribute of the "ProblemDetails"structure of the response message, a cause value indicating RDS_PORT_UNKNOWN and the unknown RDS port numbers. receiving, from a second entity, a non-internet protocol data delivery, NIDD, message including one or more Reliable Data Service, RDS, port numbers; and determining whether the one or more RDS port numbers are within a configured RDS port list; and transmitting, towards the second entity, a response message including an indication that the RDS port numbers are unknown in the first entity, if it is determined that the one or more RDS port numbers are not within the configured RDS port list, wherein the indication comprises, in the cause attribute of the "ProblemDetails"structure of the response message, a cause value indicating RDS_PORT_UNKNOWN and the unknown RDS port numbers.
A method for using rework material generated in the process of forming a bulk multi-metallic catalyst, the method comprising: forming a precipitate comprising at least a promoter metal precursor, at least a Group VIB metal precursor, optionally at least a ligating agent, and optionally at least a diluent, wherein the promoter metal precursor is selected from Group VIII, Group IIB, Group IIA, Group IVA and combinations thereof; removing at least 50% of liquid from the precipitate by any of decanting, filtering, settling, and drying; adding the rework material to the precipitate forming a batch mixture; shaping the batch mixture into a shaped catalyst precursor via any of pelletizing, extrusion, tableting, molding, tumbling, pressing, spraying and spray drying; sulfiding the shaped catalyst precursor forming the bulk multi-metallic catalyst; wherein the catalyst precursor employing rework material is a hydroxide material; and wherein "rework" material is waste materials obtained from the step(s) wherein the shaped catalyst precursor is formed, and before the shaped catalyst precursor is sulfided forming a catalyst. forming a precipitate comprising at least a promoter metal precursor, at least a Group VIB metal precursor, optionally at least a ligating agent, and optionally at least a diluent, wherein the promoter metal precursor is selected from Group VIII, Group IIB, Group IIA, Group IVA and combinations thereof; removing at least 50% of liquid from the precipitate by any of decanting, filtering, settling, and drying; adding the rework material to the precipitate forming a batch mixture; shaping the batch mixture into a shaped catalyst precursor via any of pelletizing, extrusion, tableting, molding, tumbling, pressing, spraying and spray drying; sulfiding the shaped catalyst precursor forming the bulk multi-metallic catalyst; wherein the catalyst precursor employing rework material is a hydroxide material; and wherein "rework" material is waste materials obtained from the step(s) wherein the shaped catalyst precursor is formed, and before the shaped catalyst precursor is sulfided forming a catalyst.
An apparatus for injecting a therapeutic agent into a therapeutic device to treat an eye, the therapeutic device being at least partially implanted in the eye, the apparatus comprising: an injector comprising: an exchange needle configured to penetrate the therapeutic device implanted in the eye, characterised in that the exchange needle comprises: a first lumen having a first opening (189A1) out from the first lumen; and a second lumen surrounding at least a portion of the first lumen and having a second opening (189B1) into the second lumen, wherein the first lumen is longer than the second lumen such that the first opening from the first lumen is located distal to the second opening into the second lumen; and a chamber configured to be in fluid communication with second lumen; wherein injection of an amount of the therapeutic agent into the therapeutic device via the first lumen displaces an amount of pre-existing fluid from the therapeutic device into the chamber via the second lumen. an exchange needle configured to penetrate the therapeutic device implanted in the eye, characterised in that the exchange needle comprises: a first lumen having a first opening (189A1) out from the first lumen; and a second lumen surrounding at least a portion of the first lumen and having a second opening (189B1) into the second lumen, wherein the first lumen is longer than the second lumen such that the first opening from the first lumen is located distal to the second opening into the second lumen; and a first lumen having a first opening (189A1) out from the first lumen; and a second lumen surrounding at least a portion of the first lumen and having a second opening (189B1) into the second lumen, wherein the first lumen is longer than the second lumen such that the first opening from the first lumen is located distal to the second opening into the second lumen; and a chamber configured to be in fluid communication with second lumen; wherein injection of an amount of the therapeutic agent into the therapeutic device via the first lumen displaces an amount of pre-existing fluid from the therapeutic device into the chamber via the second lumen.
A zipper, comprising: two zipper tapes, each said zipper tape comprising a rib longitudinally extending along one lateral side thereof, and a plurality of zipper teeth fastened to said rib of each said zipper tape, wherein the zipper teeth are metal zipper teeth and each said zipper tooth is comprising an engagement protrusion located on one side of a front end thereof, a recess located on an opposite side of the front end for engaging into the recess of one respective zipper tooth at the other said zipper tape, two mounting legs located at an opposing rear end thereof for clamping on two opposite lateral sides of said rib of one said zipper tape and a retaining hole defined between said two mounting legs for accommodating said rib of one said zipper tape, characterized in that, if the gap between respective inner walls of respective rear ends of said two mounting legs of each said zipper tooth is referenced by A; the combined height of each said zipper tooth and the associated said engagement protrusion is referenced by B; and the overall width of each said zipper tooth is referenced by C, then the ratio between C and A is in the range of 2.5∼3; and the ratio between B and A is in the range of 1.3∼1.8.