mhurhangee/ep-ind-claims huggingface dataset:
A method, implemented at a computer system that includes one or more processors and system memory, of quantifying a nucleic acid sample comprising nucleic acid of one or more contributors, the method comprising: (a) receiving, by the computer system, nucleic acid sequence reads obtained from the nucleic acid sample and mapped to one or more alleles at one or more polymorphism loci,; (b) determining, using the nucleic acid sequence reads and by the one or more processors, allele counts for each of the one or more alleles at the one or more polymorphism loci; (c) using a probabilistic mixture model that applies a probabilistic mixture model to the allele counts, and that uses probability distributions to model the allele counts at the one or more polymorphism loci, the probability distributions accounting for errors in the nucleic acid sequence reads; (d) quantifying, using the probabilistic mixture model and by the one or more processors, one or more fractions of nucleic acid of the one or more contributors in the nucleic acid sample; (e) determining a posterior probability that a specific contributor among the one or more contributors has a specific genotype; and (f) calling, based on the posterior probability, that the nucleic acid sample includes nucleic acid from the specific contributor. (a) receiving, by the computer system, nucleic acid sequence reads obtained from the nucleic acid sample and mapped to one or more alleles at one or more polymorphism loci,; (b) determining, using the nucleic acid sequence reads and by the one or more processors, allele counts for each of the one or more alleles at the one or more polymorphism loci; (c) using a probabilistic mixture model that applies a probabilistic mixture model to the allele counts, and that uses probability distributions to model the allele counts at the one or more polymorphism loci, the probability distributions accounting for errors in the nucleic acid sequence reads; (d) quantifying, using the probabilistic mixture model and by the one or more processors, one or more fractions of nucleic acid of the one or more contributors in the nucleic acid sample; (e) determining a posterior probability that a specific contributor among the one or more contributors has a specific genotype; and (f) calling, based on the posterior probability, that the nucleic acid sample includes nucleic acid from the specific contributor.
A method for a communication connection with an external device at a wireless device capable of communicating with a transportation device, the method comprising: storing, at the wireless device, unique information of at least one external device connectable with the wireless device in a connection target list; receiving, by the wireless device, a connection waiting command from a server connected with the wireless device; in response to the received connection waiting command, changing, by the wireless device, a status to a discoverable mode status allowing a connection with the external device; receiving, by the wireless device, a connection request from the external device having found the wireless device when it is in the discoverable mode status; if unique information of the connection-requesting external device is contained in the connection target list, performing, by the wireless device, a communication connection with the connection-requesting external device in response to the connection request; receiving, by the wireless device, a command data regarding the transportation device from the connected external device; and transmitting, by the wireless device, the received command data to the transportation device, wherein the wireless device communicates with the external device in a wireless communication manner, wherein the wireless device is equipped in the transportation device and communicates with the transportation device in a wired communication manner. storing, at the wireless device, unique information of at least one external device connectable with the wireless device in a connection target list; receiving, by the wireless device, a connection waiting command from a server connected with the wireless device; in response to the received connection waiting command, changing, by the wireless device, a status to a discoverable mode status allowing a connection with the external device; receiving, by the wireless device, a connection request from the external device having found the wireless device when it is in the discoverable mode status; if unique information of the connection-requesting external device is contained in the connection target list, performing, by the wireless device, a communication connection with the connection-requesting external device in response to the connection request; receiving, by the wireless device, a command data regarding the transportation device from the connected external device; and transmitting, by the wireless device, the received command data to the transportation device, wherein the wireless device communicates with the external device in a wireless communication manner, wherein the wireless device is equipped in the transportation device and communicates with the transportation device in a wired communication manner.
An organic light emitting diode display device, comprising: pixel regions over a substrate; an overcoating layer (160, 260) on the pixel regions of the substrate, the overcoating layer (160, 260) having at least one of a plurality of convex portions and a plurality of concave portions, each having a full width at half maximum greater than a radius (D/2); a first electrode (141, 241) disposed over the overcoating layer (160, 260); an organic light emitting layer (142, 242) disposed on the first electrode (141, 242), and a reflection plate (141a, 241a) disposed between the first electrode (141, 241) and the overcoating layer (160, 260), wherein the overcoating layer (160, 260) further includes a flattening portion between the pixel regions, wherein the radius (D/2) being half of a diameter, the diameter being a length between two centers of two connection portions (161, 263), which connect adjacent convex portions or concave portions, wherein the full width at half maximum being a length between two sides of the convex or concave portion (162, 264) at a position of a half-height (H/2), which is half of a height being a length from a bottom of that portion (162, 264) to the top of that portion (162, 264). pixel regions over a substrate; an overcoating layer (160, 260) on the pixel regions of the substrate, the overcoating layer (160, 260) having at least one of a plurality of convex portions and a plurality of concave portions, each having a full width at half maximum greater than a radius (D/2); a first electrode (141, 241) disposed over the overcoating layer (160, 260); an organic light emitting layer (142, 242) disposed on the first electrode (141, 242), and a reflection plate (141a, 241a) disposed between the first electrode (141, 241) and the overcoating layer (160, 260), wherein the overcoating layer (160, 260) further includes a flattening portion between the pixel regions, wherein the radius (D/2) being half of a diameter, the diameter being a length between two centers of two connection portions (161, 263), which connect adjacent convex portions or concave portions, wherein the full width at half maximum being a length between two sides of the convex or concave portion (162, 264) at a position of a half-height (H/2), which is half of a height being a length from a bottom of that portion (162, 264) to the top of that portion (162, 264).
An embolic device, comprising: a micro-fabricated tube having an outer surface and an interior surface forming a lumen extending from a proximal end to a distal end, the tube made of a first material and having a plurality of micro-fabricated fenestrations formed therein, the plurality of fenestrations being aligned along a single side of the tube to form a continuous, uncut spine opposite the fenestrations and so as to bias the tube toward a continuous bend when deployed; and an inner coil made of a second material and disposed within the tube, the inner coil being wound to a coil dimension so as to fit within the tube, one or more of the micro-fabricated fenestrations exposing the inner coil. a micro-fabricated tube having an outer surface and an interior surface forming a lumen extending from a proximal end to a distal end, the tube made of a first material and having a plurality of micro-fabricated fenestrations formed therein, the plurality of fenestrations being aligned along a single side of the tube to form a continuous, uncut spine opposite the fenestrations and so as to bias the tube toward a continuous bend when deployed; and an inner coil made of a second material and disposed within the tube, the inner coil being wound to a coil dimension so as to fit within the tube, one or more of the micro-fabricated fenestrations exposing the inner coil.
An adhesive composition containing a latex of highly saturated nitrile rubber which has α,β-ethylenically unsaturated nitrile monomer units 10 to 55 wt%, conjugated diene monomer units 25 to 89 wt%, and α,β-ethylenically unsaturated dicarboxylic acid monoalkyl ester monomer units 1 to 20 wt% and has an iodine value of 120 or less and a curing agent.
Rotor for a vehicle alternator comprising two pole wheels comprising poles in the form of mutually interleaving claws and at least one interpole assembly positioned between two successive claws, characterized in that said interpole assembly comprises a box containing at least one permanent magnet, the box comprising a device making it possible to hold the at least one permanent magnet in a determined position inside said box.
A PBAT resin composition, characterized in that, it comprises following components: (a) poly(butyleneadipate-co-terephthalate); (b) iron element; wherein, based on a total weight of the PBAT resin composition, a weight content of the iron element is 1ppm-500ppm, measured by a microwave digestion-ICP-OES method: 0.1g of a smashed sample is weighed and put into a microwave digester; 5ml of nitric acid is added so as to fully immerse the sample, followed by dropwise adding 1.0ml of hydrogen peroxide slowly; after reacting for 2 minutes, the digester is covered and sealed with a lid and put into a microwave digestion furnace for digestion; after the furnace is cooled to room temperature, a solution in the digester is filtered with a 0.45μm-filter membrane followed by being transferred to a volumetric flask, and then is diluted to 50ml with distilled water and measured by an ICP-OES. (a) poly(butyleneadipate-co-terephthalate); (b) iron element;
A method for producing a full aluminum direct flow absorber for a solar thermal collector, the absorber comprising an absorber plate, at least one integrated tube inside the absorber plate for a heat transport fluid, and at least one end tube (230a, 230b) for a heat transport fluid, which is connected to the absorber plate, characterized in that the method comprises laser welding the at least one end tube to the absorber plate in order to generate a laser welded joint between the absorber plate and each of the at least one end tube so that the at least one end tube and the at least one integrated tube form a continuous heat transport channel into a complete absorber and depositing on the complete absorber at least one layer (250, 252, 254, 256) configured to absorb light, wherein the at least one layer is deposited on the connected absorber plate and the at least one end tube after the laser welding.
A brake device comprising: left and right parking brake mechanisms (1L, 1R) configured to independently apply braking forces to left and right wheels of a vehicle, respectively, and hold the vehicle stationary; and a control device configured to control these parking brake mechanisms (1L, 1R), the control device including a parking brake actuation determiner configured to adjust respective timings at which the left and right parking brake mechanisms (1L, 1R) are actuated so as to reduce an uncomfortable feeling caused to an occupant of the vehicle, wherein the parking brake actuation determiner includes: an operation completion signal monitor configured to input a parking brake actuation command into one of the left and right parking brake mechanisms (1L, 1R), and perform monitoring for an operation completion signal indicating a completion of an operation of the one of the left and right parking brake mechanisms (1L, 1R); and an actuation command sequential input section configured to input a parking brake actuation command into the other of the left and right parking brake mechanisms (1L, 1R) in response to a detection of the operation completion signal by the operation completion signal monitor. an operation completion signal monitor configured to input a parking brake actuation command into one of the left and right parking brake mechanisms (1L, 1R), and perform monitoring for an operation completion signal indicating a completion of an operation of the one of the left and right parking brake mechanisms (1L, 1R); and an actuation command sequential input section configured to input a parking brake actuation command into the other of the left and right parking brake mechanisms (1L, 1R) in response to a detection of the operation completion signal by the operation completion signal monitor.
A non-pneumatic tire, comprising an inner hoop member having an inner surface that defines an inner diameter of the tire and an outer hoop member including a tread groove region that defines an outer diameter of the tire, characterized by: a central web having a disc-shaped mid-portion and side portions (15a, 15b), said control web integrally connecting said inner and outer hoop members (5,8); a plurality of elongated, radially aligned cavities included in said side portions (15a, 15b) and being on either side of and integrally connected to said disc-shaped mid-portion of said central web that define a plurality of elongated, radially aligned spokes connecting said inner and outer hoop members (5,8), and a reinforcing web (20a,20b) on either side of and integrally connected to said disc-shaped mid-portion of said central web that integrally interconnects a central portion of each radially aligned spoke to the radially aligned spoke on either side of it, wherein said reinforcing web (20a,20b) is annular, and is connected to the radially aligned spokes at a point between 60% and 75% of their radial extent as measured in the direction from said inner to the outer hoop member (5,8). a central web having a disc-shaped mid-portion and side portions (15a, 15b), said control web integrally connecting said inner and outer hoop members (5,8); a plurality of elongated, radially aligned cavities included in said side portions (15a, 15b) and being on either side of and integrally connected to said disc-shaped mid-portion of said central web that define a plurality of elongated, radially aligned spokes connecting said inner and outer hoop members (5,8), and a reinforcing web (20a,20b) on either side of and integrally connected to said disc-shaped mid-portion of said central web that integrally interconnects a central portion of each radially aligned spoke to the radially aligned spoke on either side of it, wherein said reinforcing web (20a,20b) is annular, and is connected to the radially aligned spokes at a point between 60% and 75% of their radial extent as measured in the direction from said inner to the outer hoop member (5,8).
An aircraft comprising a lightning strike protection system, the lightning strike protection system comprising: an electric field sensor configured to provide information indicative of a parameter associated with an electric field in a vicinity of the aircraft; a capacitor configured to store electric charges; a conductive path coupled to the aircraft; and a controller configured to perform operations comprising: receiving, from the electric field sensor, the information indicative of the parameter associated with the electric field in the vicinity of the aircraft, based on the information indicating that the parameter meets a threshold value, discharging the capacitor to generate a lightning leader from the aircraft, wherein a lightning strike to the aircraft caused by a connection of the lightning leader with an oncoming lightning leader is channeled through the conductive path to be discharged away from the aircraft. an electric field sensor configured to provide information indicative of a parameter associated with an electric field in a vicinity of the aircraft; a capacitor configured to store electric charges; a conductive path coupled to the aircraft; and a controller configured to perform operations comprising: receiving, from the electric field sensor, the information indicative of the parameter associated with the electric field in the vicinity of the aircraft, based on the information indicating that the parameter meets a threshold value, discharging the capacitor to generate a lightning leader from the aircraft, wherein a lightning strike to the aircraft caused by a connection of the lightning leader with an oncoming lightning leader is channeled through the conductive path to be discharged away from the aircraft. receiving, from the electric field sensor, the information indicative of the parameter associated with the electric field in the vicinity of the aircraft, based on the information indicating that the parameter meets a threshold value, discharging the capacitor to generate a lightning leader from the aircraft, wherein a lightning strike to the aircraft caused by a connection of the lightning leader with an oncoming lightning leader is channeled through the conductive path to be discharged away from the aircraft.
A process for preparing an inorganic foam comprising the steps of mixing (i) at least one group of inorganic particles wherein the inorganic particles (i) are not identical to the inorganic binders (iiia) and/or (iiib); (ii) at least one amphiphilic compound; (iii) at least one inorganic binder mixture comprising (iiia) at least one calcium sulfoaluminate mixture, and optionally (iiib) at least one further inorganic binder selected from the group consisting of hydraulic binders, latent hydraulic binders, pozzolanic binders, and mixtures thereof; (iv) water; and optionally (v) at least one additive; and foaming the resulting foam formulation by chemical, physical or mechanical foaming; wherein step comprises the steps of dispersing the at least one group of inorganic particles, the at least one amphiphilic compound, and optionally the at least one additive in water to obtain an aqueous dispersion; and mixing the aqueous dispersion with the at least one inorganic binder mixture. mixing (i) at least one group of inorganic particles wherein the inorganic particles (i) are not identical to the inorganic binders (iiia) and/or (iiib); (ii) at least one amphiphilic compound; (iii) at least one inorganic binder mixture comprising (iiia) at least one calcium sulfoaluminate mixture, and optionally (iiib) at least one further inorganic binder selected from the group consisting of hydraulic binders, latent hydraulic binders, pozzolanic binders, and mixtures thereof; (iv) water; and optionally (v) at least one additive; and (i) at least one group of inorganic particles wherein the inorganic particles (i) are not identical to the inorganic binders (iiia) and/or (iiib); (ii) at least one amphiphilic compound; (iii) at least one inorganic binder mixture comprising (iiia) at least one calcium sulfoaluminate mixture, and optionally (iiib) at least one further inorganic binder selected from the group consisting of hydraulic binders, latent hydraulic binders, pozzolanic binders, and mixtures thereof; (iiia) at least one calcium sulfoaluminate mixture, and optionally (iiib) at least one further inorganic binder selected from the group consisting of hydraulic binders, latent hydraulic binders, pozzolanic binders, and mixtures thereof; (iv) water; and optionally (v) at least one additive; and foaming the resulting foam formulation by chemical, physical or mechanical foaming; wherein step comprises the steps of dispersing the at least one group of inorganic particles, the at least one amphiphilic compound, and optionally the at least one additive in water to obtain an aqueous dispersion; and mixing the aqueous dispersion with the at least one inorganic binder mixture. dispersing the at least one group of inorganic particles, the at least one amphiphilic compound, and optionally the at least one additive in water to obtain an aqueous dispersion; and mixing the aqueous dispersion with the at least one inorganic binder mixture.
A process for manufacturing a plate comprising a heat-strengthened mineral glass sheet, comprising the shaping of the edge face of the glass sheet after application of the heat strengthening and over a depth from the edge smaller than the depth of the compression zone.
A method of wireless communications performed by a wireless node, comprising: connecting to a parent relay that provides connectivity to a controller function, CF, of a network; the method being characterized by comprising receiving, from the parent relay, information regarding at least one of: the CF or a radio access network, RAN, area covered by the CF; obtaining, from a server, an identifier of the CF using the information; and connecting to the CF using the identifier. connecting to a parent relay that provides connectivity to a controller function, CF, of a network; the method being characterized by comprising receiving, from the parent relay, information regarding at least one of: the CF or a radio access network, RAN, area covered by the CF; obtaining, from a server, an identifier of the CF using the information; and connecting to the CF using the identifier.
A reciprocating tool comprising: a first variable volume fluid chamber; a second variable volume fluid chamber in fluid communication with the first ^ variable volume fluid chamber; a plunger configured to modify the volume of the first variable volume fluid chamber by movement generally in a first direction along a plunge axis such that a portion of a fluid moves from one of the first and second variable volume fluid chamber to the other of the first and second variable volume fluid chamber; a counterweight configured such that the movement of the portion of the fluid results in a movement of the counterweight generally in a second direction along the plunge axis, the second direction opposite to the first direction; and a chuck assembly supported by the plunger, wherein the plunger comprises a first inner wall; at least one of the first variable volume fluid chamber and the second variable volume fluid chamber is defined in part by the first inner wall; characterized in that the counterweight is located within the plunger; and the counterweight is sealingly and slidingly engaged with the first inner wall. a first variable volume fluid chamber; a second variable volume fluid chamber in fluid communication with the first ^ variable volume fluid chamber; a plunger configured to modify the volume of the first variable volume fluid chamber by movement generally in a first direction along a plunge axis such that a portion of a fluid moves from one of the first and second variable volume fluid chamber to the other of the first and second variable volume fluid chamber; a counterweight configured such that the movement of the portion of the fluid results in a movement of the counterweight generally in a second direction along the plunge axis, the second direction opposite to the first direction; and a chuck assembly supported by the plunger, wherein the plunger comprises a first inner wall; at least one of the first variable volume fluid chamber and the second variable volume fluid chamber is defined in part by the first inner wall; characterized in that the counterweight is located within the plunger; and the counterweight is sealingly and slidingly engaged with the first inner wall.