mhurhangee/patent-ind-claim-en huggingface dataset:
A roof assembly comprising: (a.) a roof deck; and (b.) a composite covering the deck, where the composite includes a thermoplastic membrane having opposed planar surfaces and a fabric backing attached to at least a portion of one of the planar surfaces of the membrane, where the fabric backing includes first and second planar surfaces, where the first planar surface of the fabric is attached to the membrane, where the second planar surface of the fabric has a coating composition disposed thereon, where the coating composition includes expandable graphite dispersed within a binder, where the amount of coating composition disposed on the second planar surface of the fabric is greater than any amount of coating disposed on the first planar surface of the fabric, and where the second planar surface of the fabric is proximate to said roof deck relative to the first planar surface of the fabric. (a.) a roof deck; and (b.) a composite covering the deck, where the composite includes a thermoplastic membrane having opposed planar surfaces and a fabric backing attached to at least a portion of one of the planar surfaces of the membrane, where the fabric backing includes first and second planar surfaces, where the first planar surface of the fabric is attached to the membrane, where the second planar surface of the fabric has a coating composition disposed thereon, where the coating composition includes expandable graphite dispersed within a binder, where the amount of coating composition disposed on the second planar surface of the fabric is greater than any amount of coating disposed on the first planar surface of the fabric, and where the second planar surface of the fabric is proximate to said roof deck relative to the first planar surface of the fabric.
An easily inspectable shaft assembly, comprising: a housing comprising an extension ; a shaft which is receptive of a portion of the extension ; a cover comprising a first end , a second end and a transition section between the first and second ends , a first connector to secure the first end to the housing ; a second connector to secure the shaft to the extension ; and an optically activatable layer comprising first and second sections disposed on respective exterior surfaces of the shaft and the second end of the cover , respectively, such that the first and second sections move relative to one another as the shaft and the cover move relative to one another; wherein the optically activatable layer comprises at least one of fluorescent, absorbing and reflecting material and coating or paint that is configured to glow in response to electromagnetic radiation emitted toward the optically activatable layer ; and wherein the transition section has a convex shape. a housing comprising an extension ; a shaft which is receptive of a portion of the extension ; a cover comprising a first end , a second end and a transition section between the first and second ends , a first connector to secure the first end to the housing ; a second connector to secure the shaft to the extension ; and an optically activatable layer comprising first and second sections disposed on respective exterior surfaces of the shaft and the second end of the cover , respectively, such that the first and second sections move relative to one another as the shaft and the cover move relative to one another; wherein the optically activatable layer comprises at least one of fluorescent, absorbing and reflecting material and coating or paint that is configured to glow in response to electromagnetic radiation emitted toward the optically activatable layer ; and wherein the transition section has a convex shape.
A method for managing the circulation of a train (T2) along a section (B) of a railroad track , implemented by a signaling system of the CBTC type, the signaling system being able, in a nominal mode, to define a route (R) on the section allowing the circulation of the train in a nominal circulation direction (D1), the route extending over a plurality of successive zones (20 - 28) between an origin signal (S1) and a destination signal (S3), the method consisting, in case of occurrence of an event preventing the train (T2) from continuing its movement along the route, of causing the train to circulate in a circulation direction (D2) opposite the nominal circulation direction (D1) by: - selecting an origin zone and an output signal (S2); - tracing , via a supervision system of the signaling system , a pseudo-route (PR) for the train (T2) on successive zones between the origin zone and the output signal; - opening , via an interlocking device of the signaling system , the pseudo-route (PR) by associating each zone between the origin zone and the output signal with a sub-route, each sub-route corresponding to the reservation of said zone for the train (T2) in the opposite circulation direction (D2); - informing the train (T2) that it must modify its current circulation direction so that its current circulation corresponds to the opposite circulation direction (D2); and - determining , via a zone controller of the signaling system , a movement authorization for the train (T2) from the current circulation direction of the train and sub-routes open for said train and taking into account a list of obstacles regularly updated by the zone controller ; - sending the movement authorization to the train (T2) to control the movement of the train (T2), the steps for determining and sending a movement authorization being iterated until the train crosses the output signal (S2). - selecting an origin zone and an output signal (S2); - tracing , via a supervision system of the signaling system , a pseudo-route (PR) for the train (T2) on successive zones between the origin zone and the output signal; - opening , via an interlocking device of the signaling system , the pseudo-route (PR) by associating each zone between the origin zone and the output signal with a sub-route, each sub-route corresponding to the reservation of said zone for the train (T2) in the opposite circulation direction (D2); - informing the train (T2) that it must modify its current circulation direction so that its current circulation corresponds to the opposite circulation direction (D2); and - determining , via a zone controller of the signaling system , a movement authorization for the train (T2) from the current circulation direction of the train and sub-routes open for said train and taking into account a list of obstacles regularly updated by the zone controller ; - sending the movement authorization to the train (T2) to control the movement of the train (T2),
A composition comprising (i) infectious mature Plasmodium sporozoites of human host range, which is a species selected from the group consisting of P. falciparum, P. vivax, P. ovale, P. malariae, and P. knowlesi , that have undergone sporogonic development in vitro to reach the infectious mature sporozoite stage of development, wherein sporogony from gametocyte stage to infectious mature sporozoite stage is external to mosquitoes and wherein the composition comprising said infectious mature Plasmodium sporozoites is absent any attendant mosquito material, and (ii) an excipient, diluent, or carrier, wherein said infectious mature Plasmodium sporozoites are obtained by: a. culturing Plasmodium gametocytes of said human host range to zygote stage in the absence of a matrix and in the presence of red blood cells in an exflagellation culture medium; b. agglutinating said red blood cells with a lectin; c. collecting a mixture comprising zygotes, gametes, gametocytes and agglutinated red blood cells; d. culturing said mixture on a substrate comprising a 3D culture matrix which has been pre-seeded with Drosophila Schneider S2 cells and in an ookinete culture medium, wherein ookinete stage parasites penetrate said matrix; e. exchanging said ookinete medium with an oocyst medium; and f. harvesting the infectious mature Plasmodium sporozoite stage parasite produced thereby. a. culturing Plasmodium gametocytes of said human host range to zygote stage in the absence of a matrix and in the presence of red blood cells in an exflagellation culture medium; b. agglutinating said red blood cells with a lectin; c. collecting a mixture comprising zygotes, gametes, gametocytes and agglutinated red blood cells; d. culturing said mixture on a substrate comprising a 3D culture matrix which has been pre-seeded with Drosophila Schneider S2 cells and in an ookinete culture medium, wherein ookinete stage parasites penetrate said matrix; e. exchanging said ookinete medium with an oocyst medium; and f. harvesting the infectious mature Plasmodium sporozoite stage parasite produced thereby.
Method for fabricating a transparent display dial for a portable object, the method comprising the steps of: - creating a mould bearing a footprint formed of a first 3D pattern for imprinting a decoration on at least a first portion of the surface of the transparent display dial , and of a second 3D pattern for imprinting an antireflective filter on a second portion of the surface of the transparent display dial ; - depositing on the dial a mixed layer of a monomer and a cross-linking agent sensitive to ultraviolet radiation; - applying the footprint of the mould on the mixed monomer and cross-linking agent layer ; - solidifying the mixed monomer and cross-linking agent layer by photopolymerization under ultraviolet irradiation through the mould , and - after insolation, removing the mould . - creating a mould bearing a footprint formed of a first 3D pattern for imprinting a decoration on at least a first portion of the surface of the transparent display dial , and of a second 3D pattern for imprinting an antireflective filter on a second portion of the surface of the transparent display dial ; - depositing on the dial a mixed layer of a monomer and a cross-linking agent sensitive to ultraviolet radiation; - applying the footprint of the mould on the mixed monomer and cross-linking agent layer ; - solidifying the mixed monomer and cross-linking agent layer by photopolymerization under ultraviolet irradiation through the mould , and - after insolation, removing the mould .
A scanner for image reconstruction of a structure of a target object is characterized by : an emitter configured to emit a set of waves in parallel directions of propagation to penetrate a sequence of layers of the target object forming the structure of the target object ; a receiver configured to measure intensities of the set of waves modified by penetration through the layers of the target object ; a memory configured to store a neural network trained to classify each segment of a sequence of segments of a modified wave into one or multiple classes, wherein the sequence of segments corresponds to the sequence of layers of the target object , such that a segment of modified wave corresponds to a layer having the same index in the sequence of layers as an index of the segment in the sequence of segments ; a hardware processor configured to execute the neural network for each modified wave to produce classes of segments of the modified waves , and select the classes of segments of different modified waves corresponding to the same layer to produce an image of the layer of the target object with pixel values being functions of labels of the selected classes; and an output interface to render one or multiple of the images of one or multiple layers of the target object . an emitter configured to emit a set of waves in parallel directions of propagation to penetrate a sequence of layers of the target object forming the structure of the target object ; a receiver configured to measure intensities of the set of waves modified by penetration through the layers of the target object ; a memory configured to store a neural network trained to classify each segment of a sequence of segments of a modified wave into one or multiple classes, wherein the sequence of segments corresponds to the sequence of layers of the target object , such that a segment of modified wave corresponds to a layer having the same index in the sequence of layers as an index of the segment in the sequence of segments ; a hardware processor configured to execute the neural network for each modified wave to produce classes of segments of the modified waves , and select the classes of segments of different modified waves corresponding to the same layer to produce an image of the layer of the target object with pixel values being functions of labels of the selected classes; and an output interface to render one or multiple of the images of one or multiple layers of the target object .
Method for inductively charging a battery (BR) of a vehicle (V) parked on a location (EPj) by a system (SR) comprising a) a mobile box (BM) capable of moving, by image analysis from the environment located at least in front of it, to a chosen location of said vehicle (V) to transfer by induction electrical energy produced from a current supplied by a power cable (CA), and b ) a base (BF) supplying said current to said power cable (CA), characterized in that it comprises i) a first stage (10-110) in which, in the event of reception by said mobile box (BM) d information defining said recharging, said mobile box (BM) moves from an initial position to a reference element (ERj) associated with said location (EPj) and detectable in said environment images, ii) a second step (120-190) in which said mobile casing (BM) moves from said reference element (ERj) to said place chosen in recording at least one position on a path that it follows, then starts said recharging, and iii) a third step (200-250) in which, once said recharging is finished, said mobile box (BM) moves to said element (ERj) by going back through each recorded position, then up to said initial position by locating oneself with respect to said reference element (ERj) by analyzing said environment images.
A method for wireless communications by a user equipment, UE, comprising: transmitting a random access preamble; receiving a random access response, in response to the random access preamble; transmitting an uplink message containing an indication of a capability of the UE to transmit using uplink gaps, wherein at least one of: the uplink message or the random access preamble is transmitted using uplink gaps regardless of the indicated capability of the UE to transmit using uplink gaps; and receiving signaling of configuration information regarding uplink gaps. transmitting a random access preamble; receiving a random access response, in response to the random access preamble; transmitting an uplink message containing an indication of a capability of the UE to transmit using uplink gaps, wherein at least one of: the uplink message or the random access preamble is transmitted using uplink gaps regardless of the indicated capability of the UE to transmit using uplink gaps; and receiving signaling of configuration information regarding uplink gaps.
A method for monitoring quality of streaming media, characterized by comprising: simulating , by a terminal player, a client playing a streaming media resource periodically; recording , by the terminal player, indicator data for simulating playing the streaming media resource; wherein the indicator data comprises a status code for determining whether the streaming media is played successfully, and the indicator data further comprises at least one of a DNS resolution time, a connection time, an initial packet time, an initial buffer time, an initial continuous play time, a buffer time after each stucking, and a continuous play time after each stucking; sending , by the terminal player, the indicator data, an IP address of a streaming media server and an IP address of a DNS server to a monitoring server; and determining , by the monitoring server, current quality of streaming media based on the indicator data, the IP address of the streaming media server and the IP address of the DNS server. simulating , by a terminal player, a client playing a streaming media resource periodically; recording , by the terminal player, indicator data for simulating playing the streaming media resource; wherein the indicator data comprises a status code for determining whether the streaming media is played successfully, and the indicator data further comprises at least one of a DNS resolution time, a connection time, an initial packet time, an initial buffer time, an initial continuous play time, a buffer time after each stucking, and a continuous play time after each stucking; sending , by the terminal player, the indicator data, an IP address of a streaming media server and an IP address of a DNS server to a monitoring server; and determining , by the monitoring server, current quality of streaming media based on the indicator data, the IP address of the streaming media server and the IP address of the DNS server.
A wiper for a cosmetic product applicator for a container containing the cosmetic product, the wiper extending along a longitudinal axis (A-A') and defining an insertion direction of the applicator into the container from a proximal end of the wiper toward a distal end of the wiper , the wiper comprising: - a tube having a longitudinal axis (A-A'), the tube defining a distal region of constant interior section; - a wiping lip of the applicator of longitudinal axis (A-A'), having an interior section becoming narrower in the insertion direction of the applicator up to a distal passage orifice ; and - a connecting segment connecting the distal region of the tube to a proximal end of the wiping lip , the interior section of the connecting segment becoming wider along the insertion direction; wherein the distal region of the tube is cylindrical, the lip defining a frustoconical interior surface converging toward the longitudinal axis (A-A') along the insertion direction and the connecting segment defining a frustoconical interior surface diverging from the axis (A-A') along the insertion direction, the interior surface of the wiping lip being connected to the interior surface of the connecting segment . - a tube having a longitudinal axis (A-A'), the tube defining a distal region of constant interior section; - a wiping lip of the applicator of longitudinal axis (A-A'), having an interior section becoming narrower in the insertion direction of the applicator up to a distal passage orifice ; and - a connecting segment connecting the distal region of the tube to a proximal end of the wiping lip , the interior section of the connecting segment becoming wider along the insertion direction;
A method of producing a sintered object, the method comprising: producing a paste by mixing a mass of nanostructured carbon particles with at least one fluid containing a dissolved carbon source; pyrolyzing the paste such that the dissolved carbon source forms solid carbon within a cohesive body of the nanostructured carbon particles; and sintering the cohesive body of the nanostructured carbon particles with the solid carbon at a pressure from about 10 MPa to about 1,000 MPa and forming contacts between adjacent nanostructured carbon particles and providing an electrical path between at least two remote points of the cohesive body. producing a paste by mixing a mass of nanostructured carbon particles with at least one fluid containing a dissolved carbon source; pyrolyzing the paste such that the dissolved carbon source forms solid carbon within a cohesive body of the nanostructured carbon particles; and sintering the cohesive body of the nanostructured carbon particles with the solid carbon at a pressure from about 10 MPa to about 1,000 MPa and forming contacts between adjacent nanostructured carbon particles and providing an electrical path between at least two remote points of the cohesive body.
Method of additively manufacturing a component comprising: - additively assembling a structure for the component out of a bed such that the structure is provided with an internal surface and a powdery base material covers at least a part of the internal surface , - providing an abrasive structure comprising determining of a design of a portion of a powdery base material , and selectively solidifying the portion in a bed of the base material according to the determined design such that an abrasive structure is generated, wherein the abrasive structure is movable in the bed of the base material , and - actuating the abrasive structure such that the internal surface is mechanically processed by the abrasive structure . - additively assembling a structure for the component out of a bed such that the structure is provided with an internal surface and a powdery base material covers at least a part of the internal surface , - providing an abrasive structure comprising determining of a design of a portion of a powdery base material , and selectively solidifying the portion in a bed of the base material according to the determined design such that an abrasive structure is generated, wherein the abrasive structure is movable in the bed of the base material , and - actuating the abrasive structure such that the internal surface is mechanically processed by the abrasive structure .
A power conversion device comprising: a control unit configured to output a signal to drive a motor ; and a terminal unit configured to transmit to the control unit an identification signal, generated by an identification signal generation unit included in the terminal unit , wherein the control unit is further configured to set a control parameter on the basis of the identification signal transmitted by the terminal unit (103, characterized in that the identification signal provides information related to a type of a terminal block connected to the control unit . a control unit configured to output a signal to drive a motor ; and a terminal unit configured to transmit to the control unit an identification signal, generated by an identification signal generation unit included in the terminal unit , wherein the control unit is further configured to set a control parameter on the basis of the identification signal transmitted by the terminal unit (103,
An apparatus for the high pressure polymerization of olefins comprising a high pressure reactor in which monomer is polymerised to give a product mixture comprising polymer and unreacted monomer; a high pressure let down valve downstream of the reactor through which the product mixture comprising polymer and unreacted monomer from the high pressure reactor flows; a jet pump located downstream of the high pressure let down valve and through which the product flows; and a separation system located downstream of the jet pump comprising a first separation vessel having an inlet for the product mixture, an outlet for off gas and an outlet for a liquid phase; a second separation vessel downstream of the first separation vessel having an inlet for receiving the liquid phase from the first separation vessel, an outlet for off gas and an outlet for a liquid phase; a third separation vessel downstream of the second separation vessel having an inlet for receiving the liquid phase from the second separation vessel, an outlet for off gas and an outlet for a liquid phase; and a conduit for returning the off gas from the second separation vessel to the jet pump for combination with the product mixture upstream of the first separation vessel. a jet pump located downstream of the high pressure let down valve and through which the product flows; and a separation system located downstream of the jet pump comprising a first separation vessel having an inlet for the product mixture, an outlet for off gas and an outlet for a liquid phase; a second separation vessel downstream of the first separation vessel having an inlet for receiving the liquid phase from the first separation vessel, an outlet for off gas and an outlet for a liquid phase; a third separation vessel downstream of the second separation vessel having an inlet for receiving the liquid phase from the second separation vessel, an outlet for off gas and an outlet for a liquid phase; and a conduit for returning the off gas from the second separation vessel to the jet pump for combination with the product mixture upstream of the first separation vessel.