mhurhangee/ep-ind-claims huggingface dataset:
Removable reception device for forming a mixing machine when said reception device is inserted in a manufacturing apparatus, the reception device comprising - a first reception location, configured to receive a first capsule containing a first formulation, - a second reception location, configured to receive a second capsule containing a second formulation, the two capsules (3, 4) being able to be fluidically connected, - a first actuating face (8.1), - a second actuating face (9.1), opposite the first actuating face (8.1), - a heating element configured to heat at least one of the first and second capsules (3, 4) when the reception device equipped with the first and second capsules (3, 4) is received in the mixing machine, - a first electrical contact track (23.1) for electrically supplying the heating element, located on a first connection face of the reception device, - a second contact track (24.1) for electrically supplying the heating element, situated on a second connection face of the reception device, separate from the first connection face. - a first reception location, configured to receive a first capsule containing a first formulation, - a second reception location, configured to receive a second capsule containing a second formulation, the two capsules (3, 4) being able to be fluidically connected, - a first actuating face (8.1), - a second actuating face (9.1), opposite the first actuating face (8.1), - a heating element configured to heat at least one of the first and second capsules (3, 4) when the reception device equipped with the first and second capsules (3, 4) is received in the mixing machine, - a first electrical contact track (23.1) for electrically supplying the heating element, located on a first connection face of the reception device, - a second contact track (24.1) for electrically supplying the heating element, situated on a second connection face of the reception device, separate from the first connection face.
Catalyst-loaded polyphenylene polymer particles having nanoparticles of the catalytically active material dispersed in the polymer network, said nanoparticles having a particle size from 0.25 to 10 nm and the catalytically active material being selected from the group consisting of metals selected from Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Al, Mo, Se, Sn, Pt, Ru, Pd, W, Ir, Os, Rh, Nb, Ta, Pb, Bi, Au, Ag, Sc, Y and alloys thereof, and compounds thereof wherein said compounds are selected from oxides, phosphides, nitrides or sulfides, wherein said polyphenylene polymer particles are obtainable by a Suzuki coupling reaction of di-, tri or tetrahalo-aryl compounds or mixtures thereof with di-, tri- or tetraboronic acid aryl-compounds or mixtures thereof, wherein said nanoparticles are present from 0.25 to 15 %-by weight based on the total weight of the polymer.
A method for detecting a hardware configuration of an on-board device in an aircraft, capable of receiving as input a setpoint current (Ic), and of producing as output a response current, the method comprising the following steps: a) Send, to the input of the device, a setpoint current ( Ic) at a given initial time (t 0); caracterized by the following steps: b) Measure one or more response current values at the output of the device in a measurement-time interval defined between two instants ( t 1, t 2) after the initial instant ( t 0); c) Infer the hardware configuration of the device, doing so from the one or more said values of the response current measured and the electrical current-response characteristics of the device. a) Send, to the input of the device, a setpoint current ( Ic) at a given initial time (t 0); b) Measure one or more response current values at the output of the device in a measurement-time interval defined between two instants ( t 1, t 2) after the initial instant ( t 0); c) Infer the hardware configuration of the device, doing so from the one or more said values of the response current measured and the electrical current-response characteristics of the device.
Vehicle tyre with side walls and a tread and with at least one marking region on its outer surface, the at least one marking region having an arrangement of ribs with an elongate extent and two lateral flanks (6, 7), • wherein the ribs have a maximum height H of 0.10 mm to 0.80 mm, preferably of 0.15 mm to 0.70 mm, • wherein, as viewed in a cross section perpendicular to the elongate extent, at a height H1, each of the two lateral flanks (6, 7) includes an inclination angle (61, 61', 61", 71, 71') with a direction perpendicular to the areal extent of the marking region, • and wherein the inclination angle (61, 61', 61") of the first flank of the two lateral flanks is smaller by at least 10°, preferably by at least 15°, than the inclination angle (71, 71') of the second flank of the two lateral flanks, characterized in that, for at least one rib of the ribs, • as viewed in cross section, over a height portion (10") of at least 1/3, preferably of at least 2/3, of the total height H, • one flank of the two lateral flanks has a constant inclination angle (61") and • the other flank of the two lateral flanks has a convex curvature or a concave curvature. • wherein the ribs have a maximum height H of 0.10 mm to 0.80 mm, preferably of 0.15 mm to 0.70 mm, • wherein, as viewed in a cross section perpendicular to the elongate extent, at a height H1, each of the two lateral flanks (6, 7) includes an inclination angle (61, 61', 61", 71, 71') with a direction perpendicular to the areal extent of the marking region, • and wherein the inclination angle (61, 61', 61") of the first flank of the two lateral flanks is smaller by at least 10°, preferably by at least 15°, than the inclination angle (71, 71') of the second flank of the two lateral flanks, • as viewed in cross section, over a height portion (10") of at least 1/3, preferably of at least 2/3, of the total height H, • one flank of the two lateral flanks has a constant inclination angle (61") and • the other flank of the two lateral flanks has a convex curvature or a concave curvature.
A sustained release implant comprising an anti-hypertensive agent and a biodegradable polymer for use in a method for treating elevated intraocular pressure, the method comprising the step of intracameral or anterior vitreal administration, to a patient with elevated intraocular pressure, of said sustained release implant, wherein the sustained release implant comprises from 10 to 50 weight percent of an anti-hypertensive agent and from 50 to 90 weight percent of a biodegradable polymer, wherein the implant releases therapeutically effective amounts of the anti-hypertensive for a period of time between 10 days and 120 days, and wherein the anti-hypertensive agent is selected from the group consisting of Compounds A to O, and their salts and esters: wherein the sustained release implant comprises from 10 to 50 weight percent of an anti-hypertensive agent and from 50 to 90 weight percent of a biodegradable polymer, wherein the implant releases therapeutically effective amounts of the anti-hypertensive for a period of time between 10 days and 120 days, and wherein the anti-hypertensive agent is selected from the group consisting of Compounds A to O, and their salts and esters:
A vascular occlusion device for occluding a body vessel, the device being characterized in that it comprises: a hub having proximal and distal end; a plurality of anchoring struts, each anchoring strut having a first end and a second end, the first ends being connected together at the hub, each of the second ends extending freely from the first end to engage the body vessel for anchoring the device therein; a central strut attached to the proximal end of the hub; proximal and distal members slidibly disposed about the central strut; and an extracellular matrix material disposed about the central strut between the proximal and distal members. a hub having proximal and distal end; a plurality of anchoring struts, each anchoring strut having a first end and a second end, the first ends being connected together at the hub, each of the second ends extending freely from the first end to engage the body vessel for anchoring the device therein; a central strut attached to the proximal end of the hub; proximal and distal members slidibly disposed about the central strut; and an extracellular matrix material disposed about the central strut between the proximal and distal members.
Process for the production of chromatography columns containing a monolithic sorbent which is clad with a metal tube, by a) provision of a cylindrical monolithic sorbent and a metal tube which has an internal diameter that is greater than the diameter of the monolithic sorbent; b) introduction of the monolithic sorbent into the metal tube; the process is characterised by: c) application of the metal tube to the monolithic sorbent by cold forming. a) provision of a cylindrical monolithic sorbent and a metal tube which has an internal diameter that is greater than the diameter of the monolithic sorbent; b) introduction of the monolithic sorbent into the metal tube;
A composite body comprising nanofibrillar cellulose, preferably of plant origin, together with abrasive particles having a hardness above 7 on Mohs scale, preferably at least equal to or above 8, said nanofibrillar cellulose forming a 3-dimensional connecting network for the abrasive particles, wherein the nanofibrillar cellulose is ionically modified derivatized nanofibrillar cellulose.
A data tracking method performed in an edge cloud environment including a plurality of edge nodes each communicating with an end device and a central cloud, the data tracking method comprising: receiving, by a first edge node, data from the end device, creating a tracing history for the data to transmit to the central cloud, and generating a copy of the data to distribute to at least one edge node determined according to a predetermined data distribution policy obtained by the central cloud; receiving, by the at least one edge node, the copy of the data and creating a tracing history for the copy of the data to transmit to the central cloud; receiving, by the central cloud, the tracing histories for the copy of the data and verifying linkability of the tracing histories created by the first edge node and the at least one edge node to store the tracing histories; and analyzing, by the central cloud, stored tracing histories to provide a data tracking function based on the stored tracing histories, wherein the predetermined data distribution policy comprises a policy for selecting the at least one edge node in which the copy of the date is to be stored in consideration of at least one of storage spaces, activation states, and data processing speeds of the edge nodes. receiving, by a first edge node, data from the end device, creating a tracing history for the data to transmit to the central cloud, and generating a copy of the data to distribute to at least one edge node determined according to a predetermined data distribution policy obtained by the central cloud; receiving, by the at least one edge node, the copy of the data and creating a tracing history for the copy of the data to transmit to the central cloud; receiving, by the central cloud, the tracing histories for the copy of the data and verifying linkability of the tracing histories created by the first edge node and the at least one edge node to store the tracing histories; and analyzing, by the central cloud, stored tracing histories to provide a data tracking function based on the stored tracing histories, wherein the predetermined data distribution policy comprises a policy for selecting the at least one edge node in which the copy of the date is to be stored in consideration of at least one of storage spaces, activation states, and data processing speeds of the edge nodes.
A method for analyzing a plurality of nucleic acid molecules, comprising: (a) providing a device comprising a plurality of partitions, wherein at least a subset of said plurality of partitions comprises said plurality of nucleic acid molecules, wherein each partition of said at least said subset of said plurality of partitions is configured to permit gas flow from said at least said subset of said plurality of partitions to an environment external to said at least said subset of said plurality of partitions through at least one barrier separating said at least said subset of said plurality of partitions from said external environment; (b) while subjecting said at least said subset of said plurality of partitions to controlled heating, collecting signals from said at least said subset of said plurality of partitions; and (c) processing said signals collected in (b) to yield data indicative of a melting point of at least a subset of said plurality of nucleic acid molecules in said at least said subset of said plurality of partitions. (a) providing a device comprising a plurality of partitions, wherein at least a subset of said plurality of partitions comprises said plurality of nucleic acid molecules, wherein each partition of said at least said subset of said plurality of partitions is configured to permit gas flow from said at least said subset of said plurality of partitions to an environment external to said at least said subset of said plurality of partitions through at least one barrier separating said at least said subset of said plurality of partitions from said external environment; (b) while subjecting said at least said subset of said plurality of partitions to controlled heating, collecting signals from said at least said subset of said plurality of partitions; and (c) processing said signals collected in (b) to yield data indicative of a melting point of at least a subset of said plurality of nucleic acid molecules in said at least said subset of said plurality of partitions.
A positive image thermosensitive lithographic plate material, comprising a hydrophilic layer, wherein said hydrophilic layer is coated with a lower layer and a top layer in turn, the lower layer being the first coating and the top layer coating the lower layer, wherein said hydrophilic layer is sensitive to infrared radiation; wherein said lower layer of said hydrophilic layer comprises at least one thermosensitive composition consisting of alkali-soluble copolymers, near infrared absorbing dye, dissolution inhibitors, development accelerators and background coloring dye and solvent thereof, wherein said top layer comprises at least one thermosensitive composition consists of novolac resin films, near infrared absorbing dye, dissolution inhibitors, development accelerators, surfactants and background coloring dye and solvent thereof; wherein said alkali-soluble copolymer resin is an acrylic copolymer of formula, which contains at least one structural unit of alpha-Toluenesulfonamide Acrylamide monomer, wherein the molecular weight of the copolymer is 1,000 to 100,000, wherein the mass fraction of alpha-Toluenesulfonamide Acrylamide monomer in the copolymer is 5% to 70%, wherein the mass percentage content of alkali-soluble resin in the lower thermal composition is 60 to 80%; wherein R is selected from the group consisting of -H, -(C1 ∼ C4) alkyl and aryl; wherein R 1, R 2 and R 3 is independently selected from the group consisting of -H and -CH 3; wherein R 4 is selected from the group consisting of-CH 3 and -C 2 H 5; wherein v, w, x, y, z and u respectively represents mass fraction of each monomer in the copolymer molecule, wherein the mass fraction of each said monomer is 0% to 70%; wherein the sum of the monomers represented by v, w, x, y, z and u is 100%; wherein the dissolution inhibitor used in the lower layer is ester of diazonaphthoquinone sulfonyl chloride and acrylic copolymer containing N-(4-hydroxyphenyl) maleimide cyclic units which is represented by formula, wherein the mass percentage of ester in the lower layer thermosensitive composition is 10∼30%; wherein R is selected from the group consisting of -H, -(C1∼C4) alkyl and aryl; wherein R 1 and R 3 is independently selected from the group consisting of-H and CH 3; wherein R 5 is diazonaphthoquinone sulfonate of formula, wherein 1, m, n and o respectively represents mass fraction of each monomer in the copolymer molecule, wherein the sum of the mass fractions of components respectively being representative by 1, m, n and o, is 100%, wherein the mass fraction of component being representative by o is 40% ∼50%, wherein the esterification rate thereof is 50% ∼90%.
Valve, in particular a 4/2 directional spool valve with a valve housing which has a pressure supply port, a tank port and two work ports (A, B) as fluid ports, with a valve piston guided so as to be longitudinally movable in the valve housing for optionally connecting and disconnecting the fluid ports in the valve housing, and with an energisable solenoid system for actuating the valve piston, wherein, in the de-energised state of the solenoid system, the control pressure at one of the work ports (A, B) can be adjusted, in particular limited, by means of a control device (62, 70, 79, 80, 88) arranged in the valve housing, wherein the control device routes the fluid pressure present at the one work port into a control pressure chamber for the purpose of actuating a pressure detecting piston (62, 70), which is operatively connected to the valve piston and which, counter to the action of an energy accumulator, such as a compression spring, enables travel movements of the valve piston for regulating the fluid flow between the pressure supply port and this one work port, wherein the pressure detecting piston (62, 70) extends in a movable manner through a guide duct arranged fixedly in the valve housing and is in permanent contact with the valve piston with its one free end in any travel state of the valve piston and is in contact with an actuating rod of the armature of the solenoid system with its other end.
Unwinding device for a strip, such as a label strip, comprising a roll carrier, a pivotably mounted, elastically loaded pendulum lever which carries a deflection roller at a free end (5.1), a braking device for the roll carrier, and a pivotably mounted, elastically loaded rocker, characterized in that, the pendulum lever has two arms, a cam (5.4) is arranged eccentrically on a different arm of the pendulum lever to the deflection roller, the rocker can be pivoted about the cam (5.4), and the rocker can be pivoted under an elastic force acting thereon in such a way that said rocker brakes the roll carrier. characterized in that, the pendulum lever has two arms, a cam (5.4) is arranged eccentrically on a different arm of the pendulum lever to the deflection roller, the rocker can be pivoted about the cam (5.4), and the rocker can be pivoted under an elastic force acting thereon in such a way that said rocker brakes the roll carrier.
A method for use in providing reverse time alignment in a consolidated multi-point, CoMP, transmission network, comprising: obtaining, at a user equipment, UE, a first timing value from a serving node and a second timing value from a non-serving node (130, 140) of the UE, wherein the non-serving node (130, 140) operates in an unlicensed or shared spectrum; computing, at the UE, a difference in timing between the first timing value and the second timing value; reporting, by the UE, the difference in timing to the serving node; reporting, by the UE, additional information to the serving node to assist the serving node in estimating propagation delays of the serving node and/or the non-serving node (130, 140); obtaining, at the UE, an adjusted difference in timing from the serving node, wherein the adjusted difference in timing is based on the estimated propagation delays associated with the serving node and the non-serving node (130, 140); and synchronizing timing at the UE to the adjusted difference in timing received from the serving node. obtaining, at a user equipment, UE, a first timing value from a serving node and a second timing value from a non-serving node (130, 140) of the UE, wherein the non-serving node (130, 140) operates in an unlicensed or shared spectrum; computing, at the UE, a difference in timing between the first timing value and the second timing value; reporting, by the UE, the difference in timing to the serving node; reporting, by the UE, additional information to the serving node to assist the serving node in estimating propagation delays of the serving node and/or the non-serving node (130, 140); obtaining, at the UE, an adjusted difference in timing from the serving node, wherein the adjusted difference in timing is based on the estimated propagation delays associated with the serving node and the non-serving node (130, 140); and synchronizing timing at the UE to the adjusted difference in timing received from the serving node.
A frame for at least one scanning device designed for carrying the scanning device by means of a person's body, wherein the frame comprises: a supporting device for fitting and carrying the frame by the person, wherein the supporting device comprises a shoulder rest for placing the frame on the shoulders of the person, wherein the supporting device further comprises a contact part, which is connected rigidly via a bracket to the shoulder rest, wherein the contact part is located at the level of the hip region of the person, when the person is carrying the frame by means of the supporting device, and wherein the supporting device further comprises a hip rest, which corresponds to the contact part, and an upper frame section, to which a first holder for the at least one scanning device is fastened, wherein the first holder is located above the head of the person, when the person is carrying the frame by means of the supporting device, characterized in that the hip rest interacts with the contact part so that the contact part swivels about a first axis, which is oriented parallel to an oblong transverse edge of the contact part, when the oblong transverse edge of the contact part is resting on the hip rest, but swiveling about an axis perpendicular to the first axis is blocked, such that the contact part swivels about only one axis in relation to the hip rest. a supporting device for fitting and carrying the frame by the person, wherein the supporting device comprises a shoulder rest for placing the frame on the shoulders of the person, wherein the supporting device further comprises a contact part, which is connected rigidly via a bracket to the shoulder rest, wherein the contact part is located at the level of the hip region of the person, when the person is carrying the frame by means of the supporting device, and wherein the supporting device further comprises a hip rest, which corresponds to the contact part, and an upper frame section, to which a first holder for the at least one scanning device is fastened, wherein the first holder is located above the head of the person, when the person is carrying the frame by means of the supporting device, characterized in that the hip rest interacts with the contact part so that the contact part swivels about a first axis, which is oriented parallel to an oblong transverse edge of the contact part, when the oblong transverse edge of the contact part is resting on the hip rest, but swiveling about an axis perpendicular to the first axis is blocked, such that the contact part swivels about only one axis in relation to the hip rest.
An oral composition comprising a vehicle and zinc oxide in the form of nanoparticles that are substantially non-aggregated, the nanoparticles having an average particle size of from 1 nm to 850 nm.