mhurhangee/ep-ind-claims huggingface dataset:
A method, using a processor, comprising: evaluating a first property of a first neurological signal; determining if the first neurological signal complies with a quality threshold based on the first property; evaluating a second property of a second neurological signal; determining if the second neurological signal complies with the quality threshold based on the second property; conditioning the first neurological signal if the first neurological signal does not comply with the quality threshold to obtain a third neurological signal; conditioning the second neurological signal if the second neurological signal does not comply with the quality threshold to obtain a fourth neurological signal; evaluating a third property of the third neurological signal; determining if the third neurological signal complies with the quality threshold based on the third property; evaluating a fourth property of the fourth neurological signal; determining if the fourth neurological signal complies with the quality threshold based on the fourth property, the method being characterized by: selecting, based on respective compliance with the quality threshold, a first one of the first neurological signal, the second neurological signal, the third neurological signal or the fourth neurological signal to merge with a second one of the first neurological signal, the second neurological signal, the third neurological signal or the fourth neurological signal. evaluating a first property of a first neurological signal; determining if the first neurological signal complies with a quality threshold based on the first property; evaluating a second property of a second neurological signal; determining if the second neurological signal complies with the quality threshold based on the second property; conditioning the first neurological signal if the first neurological signal does not comply with the quality threshold to obtain a third neurological signal; conditioning the second neurological signal if the second neurological signal does not comply with the quality threshold to obtain a fourth neurological signal; evaluating a third property of the third neurological signal; determining if the third neurological signal complies with the quality threshold based on the third property; evaluating a fourth property of the fourth neurological signal; determining if the fourth neurological signal complies with the quality threshold based on the fourth property, the method being characterized by: selecting, based on respective compliance with the quality threshold, a first one of the first neurological signal, the second neurological signal, the third neurological signal or the fourth neurological signal to merge with a second one of the first neurological signal, the second neurological signal, the third neurological signal or the fourth neurological signal.
Bag-on-valve system comprising a pressure container having a substantially flexible filling material container received therein and in which a filling material having unsaturated compounds is received which can be removed from the bag-on-valve system by means of a selectively actuatable valve, a propellant being provided in order to support the removal in the pressure container but outside the filling material container so that a flexible sheath of the filling material container is in contact with the filling material at the inner side thereof and is in contact with the propellant at the outer side thereof, the sheath of the filling material container further being substantially formed from a flexible film laminate which has a metal layer, a plastics layer and a thermally sealable sealing layer in the sequence mentioned in the direction from the outer side to the inner side, characterized in that the plastics layer is a polyester layer.
A powdering system, having a working configuration and a cleaning configuration and comprising: - a powder reservoir, comprising a supply chamber receiving powder and comprising a discharge opening, arranged through a wall of the supply chamber and opening into the supply chamber, wherein the wall is preferably a vertical wall of the powder reservoir; - at least one sprayer, comprising: ∘ a powder applicator, and ∘ a supply line, connecting the powder applicator to a respective supply outlet of the supply chamber, such that, in the working configuration, the powder applicator is supplied with powder contained in the supply chamber by means of the supply line; and - at least one cleaning inlet (49, 70, 82), fluidly connected to the supply chamber such that, in the cleaning configuration, a cleaning air supply source can be connected to the cleaning inlet (49, 70, 82) so as to circulate cleaning air in the supply chamber; characterized in that the powder reservoir comprises a movable plug, which is movable between: - a closing position of the discharge opening, adopted in the working configuration, and - an open position of the discharge opening, adopted in the cleaning configuration such that the circulation of cleaning air in the supply chamber through the cleaning inlet (49, 70, 82) causes a discharge of residual powder contained in the supply chamber through the discharge opening, to the outside of the supply chamber. - a powder reservoir, comprising a supply chamber receiving powder and comprising a discharge opening, arranged through a wall of the supply chamber and opening into the supply chamber, wherein the wall is preferably a vertical wall of the powder reservoir; - at least one sprayer, comprising: ∘ a powder applicator, and ∘ a supply line, connecting the powder applicator to a respective supply outlet of the supply chamber, such that, in the working configuration, the powder applicator is supplied with powder contained in the supply chamber by means of the supply line; and ∘ a powder applicator, and ∘ a supply line, connecting the powder applicator to a respective supply outlet of the supply chamber, such that, in the working configuration, the powder applicator is supplied with powder contained in the supply chamber by means of the supply line; and - at least one cleaning inlet (49, 70, 82), fluidly connected to the supply chamber such that, in the cleaning configuration, a cleaning air supply source can be connected to the cleaning inlet (49, 70, 82) so as to circulate cleaning air in the supply chamber; - a closing position of the discharge opening, adopted in the working configuration, and - an open position of the discharge opening, adopted in the cleaning configuration such that the circulation of cleaning air in the supply chamber through the cleaning inlet (49, 70, 82) causes a discharge of residual powder contained in the supply chamber through the discharge opening, to the outside of the supply chamber.
A method for forming a circular pellet with a planar bottom and a planar top, comprising: a) placing a volume of a reagent mixture into a well; b) freezing the reagent mixture within the well; and c) lyophilizing the reagent mixture within the well to form a pellet that approximates the shape of the perimeter of the well with a planar bottom and a planar top, characterized in that i) in step a) the volume of the reagent mixture completely fills the well, wherein the volume of the reagent mixture and the size of the well are selected such that the reagent mixture fills the well completely. a) placing a volume of a reagent mixture into a well; b) freezing the reagent mixture within the well; and c) lyophilizing the reagent mixture within the well to form a pellet that approximates the shape of the perimeter of the well with a planar bottom and a planar top, i) in step a) the volume of the reagent mixture completely fills the well, wherein the volume of the reagent mixture and the size of the well are selected such that the reagent mixture fills the well completely.
A surveying device, in particular a surface surveying device, for surveying inclinations and/or unevennesses of a preferably horizontally aligned surface of a floor surface, comprising at least one line laser which preferably self-aligns horizontally, at least one projection element on which a laser beam of the line laser is at least partially imageable as a laser line, and at least one camera which is configured to record a relative position of the laser line on the projection element, characterized in that the projection element and the camera are comprised in a mobile unit which is movable and/or displaceable along a distance to be surveyed of a floor surface.
A method comprising: generating, by a user device associated with a passenger, a secret key and a passenger secret based on biometric information of the passenger and the secret key; sending, by the user device, a transportation service request and the passenger secret to a transportation service platform; determining, by the transportation service platform in response to the transportation service request, an autonomous vehicle and a vehicle access token for the autonomous vehicle; sending, by the transportation service platform, a first copy of the VAT to the user device; sending, by the transportation service platform to the autonomous vehicle, the passenger secret and a second copy of the VAT; reading, by the user device, the second copy of the VAT from the autonomous vehicle; sending, by the user device, the secret key to the autonomous vehicle based on determining that the second copy of the VAT read by the user device from the autonomous vehicle matches the first copy of the VAT sent from the transportation service platform to the user device; recovering, by the autonomous vehicle using the secret key, the biometric information of the passenger from the passenger secret; capturing, by the autonomous vehicle, biometric information of a user of the user device; and unlocking the autonomous vehicle based on a matching between the recovered biometric information of the passenger and the captured biometric information of the user. generating, by a user device associated with a passenger, a secret key and a passenger secret based on biometric information of the passenger and the secret key; sending, by the user device, a transportation service request and the passenger secret to a transportation service platform; determining, by the transportation service platform in response to the transportation service request, an autonomous vehicle and a vehicle access token for the autonomous vehicle; sending, by the transportation service platform, a first copy of the VAT to the user device; sending, by the transportation service platform to the autonomous vehicle, the passenger secret and a second copy of the VAT; reading, by the user device, the second copy of the VAT from the autonomous vehicle; sending, by the user device, the secret key to the autonomous vehicle based on determining that the second copy of the VAT read by the user device from the autonomous vehicle matches the first copy of the VAT sent from the transportation service platform to the user device; recovering, by the autonomous vehicle using the secret key, the biometric information of the passenger from the passenger secret; capturing, by the autonomous vehicle, biometric information of a user of the user device; and unlocking the autonomous vehicle based on a matching between the recovered biometric information of the passenger and the captured biometric information of the user.
A conveyor belt comprising a bottom fabric layer having a lower first surface forming a backside of said conveyor belt and an upper first surface, said lower first surface being impregnated with an impregnation comprising: a) one or more thermoplastic polyolefins selected from the group consisting of ethene homopolymers, propene homopolymers, ethene/α-olefin copolymers, propene/α-olefin copolymers and terpolymers of ethene with two or more different α-olefins; the conveyor belt being characterised in that the impregnation also comprises b) a thermoplastic polymeric dispersing agent containing repetitive units derived from at least one ethylenically unsaturated monomer of a comparatively lipophilic nature with a HLB value in the range of 1 to 10 and from at least one ethylenically unsaturated monomer of a comparatively hydrophilic nature with a HLB value in the range of 10 to 20 and carring an anionic carboxylate group, and in that said impregnation is obtained by applying an aqueous dispersion, comprising above a) and b) dispersed therein, to the lower first surface, and heating the lower first surface having said aqueous dispersion applied thereonto to cause the water to evaporate and to melt and fuse together said one or more thermoplastic polyolefins and the thermoplastic dispersing agent. a) one or more thermoplastic polyolefins selected from the group consisting of ethene homopolymers, propene homopolymers, ethene/α-olefin copolymers, propene/α-olefin copolymers and terpolymers of ethene with two or more different α-olefins; the conveyor belt being characterised in that the impregnation also comprises b) a thermoplastic polymeric dispersing agent containing repetitive units derived from at least one ethylenically unsaturated monomer of a comparatively lipophilic nature with a HLB value in the range of 1 to 10 and from at least one ethylenically unsaturated monomer of a comparatively hydrophilic nature with a HLB value in the range of 10 to 20 and carring an anionic carboxylate group, and in that said impregnation is obtained by applying an aqueous dispersion, comprising above a) and b) dispersed therein, to the lower first surface, and heating the lower first surface having said aqueous dispersion applied thereonto to cause the water to evaporate and to melt and fuse together said one or more thermoplastic polyolefins and the thermoplastic dispersing agent.
Device (1.3) intended to be positioned upstream of a modulator (1.4) in a digital service streaming channel, said device comprising means (1.8;1.9) for receiving a plurality of transport streams in accordance with the MPEG2 TS standard and means (1.10) for transmitting a transport stream, in accordance with the MPEG2 TS standard, to the modulator, each transport stream encapsulating a digital service stream capable of being broadcast by said modulator, said digital service streams being representative of one and the same digital service and comprising frames, termed T2MI frames, of identical form and size within the framework of the DVB-T2 standard, characterized in that it includes: - means (2.3;2.4) for extracting digital service streams from the received transport streams; - means (2.1;2.2;2.3;2.4) for detecting errors in the received transport streams and in the extracted digital service streams; - means (2.5;2.6;2.7) for aligning extracted digital service streams; - means (2.7) for selecting one stream from the aligned digital service streams, depending on possible errors detected by said detection means; - means (2.8) for encapsulating the selected digital service stream, so as to form said transport stream to be transmitted to said modulator. - means (2.3;2.4) for extracting digital service streams from the received transport streams; - means (2.1;2.2;2.3;2.4) for detecting errors in the received transport streams and in the extracted digital service streams; - means (2.5;2.6;2.7) for aligning extracted digital service streams; - means (2.7) for selecting one stream from the aligned digital service streams, depending on possible errors detected by said detection means; - means (2.8) for encapsulating the selected digital service stream, so as to form said transport stream to be transmitted to said modulator.
Apparatus for treating hair with steam including a housing comprising a liquid container, liquid supply means of a steam generator, one or a plurality of dispensing orifices of the steam produced towards a strand of hair and a hair styling device in the form of straightening tongs comprising two hinged arms (33, 34) movable in opposite directions, each including a hair treatment surface (31, 32), at least one of the arms (33, 34) including a heating element in thermal contact with said treatment surface (31, 32) coming into contact with a strand of hair, the steam generator including a heating element specifically for the production of steam and which is thermally independent from each treatment surface (31, 32), i.e. said heating element is separate from the styling device, each treatment surface (31, 32) including its own heating element, and the styling device including means for controlling said heating element in thermal contact with said treatment surface (31, 32) independent from the steam control means.
Method for printing a stencil and structuring a surface by etching, the method comprising: printing an etch resistant layer of the stencil by jetting etch resistant points, printing the etch resistant layer in areas of intentionally reduced etch depth with at least partially isolated dots, characterized in that, the method further comprises: printing at least some of the etch resistant dots covering zones with varying controlled size to control the actual etch depth and the average etch depth. printing an etch resistant layer of the stencil by jetting etch resistant points, printing the etch resistant layer in areas of intentionally reduced etch depth with at least partially isolated dots, printing at least some of the etch resistant dots covering zones with varying controlled size to control the actual etch depth and the average etch depth.
A method of printing with an ablation-type printing member comprising (i) an oleophilic substrate, (ii) over and in contact with the substrate, an ablatable imaging layer, and (iii) over and in contact with the imaging layer, a cured oleophobic polymer layer, the method comprising the steps of: a) exposing the printing member to imaging radiation in an imagewise pattern, the imaging radiation at least partially ablating the imaging layer where exposed; b) with the printing member on a printing press comprising (i) a plate cylinder (24c, 24d) for retaining the printing member, (ii) an inking system for transferring ink to the printing member on the plate cylinder (24c, 24d), (iii) an impression cylinder (28c, 28d) for retaining a recording medium, and (iv) a blanket cylinder (26c, 26d) engageable to rolling contact with the plate cylinder (24c, 24d) and the impression cylinder (28c, 28d) for transferring ink from the plate to the recording medium, operating the press in an on impression mode to engage the blanket cylinder (26c, 26d) but not engage the inking system, whereby the blanket cylinder (26c, 26d) is brought into rolling contact with the uninked printing member so as to remove ablation debris therefrom and thereby create an imagewise lithographic pattern thereon, rendering the printing member suitable for printing; and c) thereafter, engaging the inking system to cause transfer of ink to the printing member and thereafter from the printing member to a recording medium, via the blanket cylinder (26c, 26d), in the imagewise pattern. a) exposing the printing member to imaging radiation in an imagewise pattern, the imaging radiation at least partially ablating the imaging layer where exposed; b) with the printing member on a printing press comprising (i) a plate cylinder (24c, 24d) for retaining the printing member, (ii) an inking system for transferring ink to the printing member on the plate cylinder (24c, 24d), (iii) an impression cylinder (28c, 28d) for retaining a recording medium, and (iv) a blanket cylinder (26c, 26d) engageable to rolling contact with the plate cylinder (24c, 24d) and the impression cylinder (28c, 28d) for transferring ink from the plate to the recording medium, operating the press in an on impression mode to engage the blanket cylinder (26c, 26d) but not engage the inking system, whereby the blanket cylinder (26c, 26d) is brought into rolling contact with the uninked printing member so as to remove ablation debris therefrom and thereby create an imagewise lithographic pattern thereon, rendering the printing member suitable for printing; and c) thereafter, engaging the inking system to cause transfer of ink to the printing member and thereafter from the printing member to a recording medium, via the blanket cylinder (26c, 26d), in the imagewise pattern.
A vehicle comprising a rear underbody panel, a rear bumper skirt and a rear underfloor deflector, said rear panel and said skirt having fixing tabs (15, 17), the deflector comprising a rear edge showing an edge and at least one fixing interface arranged between the fixing tabs of the rear underbody panel and the fixing tabs of the skirt of the bumper impact; the vehicle is characterized in that the edge of the edge of the deflector has at least one chamfer at one of its attachment interfaces in order to guide said rear edge of the deflector during its mounting.
A prosthetic thumb device comprising: a track configured to attach to a prosthetic socket; a carriage comprising: a first component that couples to the track and is operable to move along the track; and a locking mechanism coupled to the carriage and configured to: in a first state, prevent the carriage from moving along the track in a first direction; and in a second state, allow the carriage to move along the track in the first direction, characterised in that the carriage is further comprising a second component that is configured to couple with a prosthetic digit, said second component is mounted to the first component and operable to move along the track with the first component and rotate with respect to the first component. a track configured to attach to a prosthetic socket; a carriage comprising: a first component that couples to the track and is operable to move along the track; and a locking mechanism coupled to the carriage and configured to: in a first state, prevent the carriage from moving along the track in a first direction; and in a second state, allow the carriage to move along the track in the first direction, in a first state, prevent the carriage from moving along the track in a first direction; and in a second state, allow the carriage to move along the track in the first direction,
An adsorption pump comprising: a housing having an inlet port and an outlet port for a sample; a movable part at least partly located inside the housing; and an adsorption part located inside the housing, wherein the movable part includes an impeller including a blade, anc characterized in that the adsorption part is located on a blade surface of the impeller. a housing having an inlet port and an outlet port for a sample; a movable part at least partly located inside the housing; and an adsorption part located inside the housing, wherein the movable part includes an impeller including a blade, anc characterized in that the adsorption part is located on a blade surface of the impeller.