mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a device of receiving Adaptive Bit Rate (ABR) content, the method comprising: receiving an ABR manifest associated with the content, the ABR manifest describing segments of content and specifying a plurality of policies and respective associated data transfer rules, wherein the ABR manifest specifies a plurality of representations of the content with respective data rates, and the data transfer rules for each policy identify one or more of the representations that are permitted in accordance with that policy; receiving an indication identifying one of the policies; and requesting segments of the content from a content delivery network in accordance with the data transfer rules associated with the policy identified by the indication. receiving an ABR manifest associated with the content, the ABR manifest describing segments of content and specifying a plurality of policies and respective associated data transfer rules, wherein the ABR manifest specifies a plurality of representations of the content with respective data rates, and the data transfer rules for each policy identify one or more of the representations that are permitted in accordance with that policy; receiving an indication identifying one of the policies; and requesting segments of the content from a content delivery network in accordance with the data transfer rules associated with the policy identified by the indication.
A method for identifying a desired DNA sequence in a solution , the method comprising: binding a probe to the desired DNA sequence at a sequence recognition portion to form a construct, the probe including the sequence recognition portion that is capable of specifically binding to the DNA sequence, and a first probe portion that includes a plurality of 3-dimensional structures (110-112, 150, 200-202) arranged downstream from an end of the sequence recognition portion , wherein the plurality of 3-dimensional structures (110-112, 150, 200-202) are arranged in an order so that the order corresponds one-to-one with the DNA sequence; measuring electric current when the construct in which the probe and the DNA sequence are bound to each other passes through a nanopore ; specifying the order of the plurality of 3-dimensional structures (110-112, 150, 200-202) arranged based on a wave form of the electric current to identify the presence of the DNA sequence, wherein the wave form of the electric current is a signal that reflects passage of the construct; and identifying each of a plurality of different DNA sequences, using a plurality of the probes that are designed such that the number and types of the plurality of 3-dimensional structures (110-112, 150, 200-202) in the probes are the same and arrangements of the 3-dimensional structures (110-112, 150, 200-202) in the probes are different. binding a probe to the desired DNA sequence at a sequence recognition portion to form a construct, the probe including the sequence recognition portion that is capable of specifically binding to the DNA sequence, and a first probe portion that includes a plurality of 3-dimensional structures (110-112, 150, 200-202) arranged downstream from an end of the sequence recognition portion , wherein the plurality of 3-dimensional structures (110-112, 150, 200-202) are arranged in an order so that the order corresponds one-to-one with the DNA sequence; measuring electric current when the construct in which the probe and the DNA sequence are bound to each other passes through a nanopore ; specifying the order of the plurality of 3-dimensional structures (110-112, 150, 200-202) arranged based on a wave form of the electric current to identify the presence of the DNA sequence, wherein the wave form of the electric current is a signal that reflects passage of the construct; and identifying each of a plurality of different DNA sequences, using a plurality of the probes that are designed such that the number and types of the plurality of 3-dimensional structures (110-112, 150, 200-202) in the probes are the same and arrangements of the 3-dimensional structures (110-112, 150, 200-202) in the probes are different.
Adaptor for the reversible fixed attachment of an electronic payment terminal to a support , that said adaptor comprising a body on which there is mounted a clip for the reversible fixed attachment of said electronic payment terminal to said support , said adaptor being fixed to said support and the detachment of said electronic payment terminal from said support being obtained by pressure applied by a user on said clip, characterized in that said body further has at least two through holes situated on either side of a notch and intended for cooperating with means for locking said electronic payment terminal to said adaptor ..
Method for producing a composite membrane , in which a woven mesh is provided as a carrier layer , and on the carrier layer a membrane with a pore structure is arranged, wherein the membrane is produced directly on the woven mesh by electrospinning of fibers being superimposed, wherein the membrane is produced with at least two different fibers, first fibers being made with a first polymer material and second fibers being made with a second polymer material, which is different to the first polymer material, and the first fibers are thermally bonded to the woven mesh while the second fibers do not form a thermal bonding to the woven mesh. a woven mesh is provided as a carrier layer , and on the carrier layer a membrane with a pore structure is arranged, wherein the membrane is produced directly on the woven mesh by electrospinning of fibers being superimposed, wherein the membrane is produced with at least two different fibers, first fibers being made with a first polymer material and second fibers being made with a second polymer material, which is different to the first polymer material, and the first fibers are thermally bonded to the woven mesh while the second fibers do not form a thermal bonding to the woven mesh.
A method for preparing a bridged bi-aromatic phenol ligand of formula (I) comprising at least one step of directly di-ortho-lithiating aromatic rings of a bridged protected bi-aromatic diphenol wherein each of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 , R 12 , R 13 and R 14 is independently selected from the group consisting of hydride, halide, optionally substituted hydrocarbyl, heteroatom-containing optionally substituted hydrocarbyl, alkoxy, aryloxy, silyl, boryl, dialkyl amino, alkylthio, arylthio and seleno; optionally two or more R groups can combine together into ring structures with such ring structures having from 3 to 100 non-hydrogen atoms in the ring; B is a bridging group having from one to 50 non-hydrogen atoms; Y and Y' are independently selected from O, S, NR a and PR a wherein R a is optionally substituted hydrocarbyl; Ar is optionally substituted aryl or heteroaryl; wherein the term "alkyl" refers to a branched or unbranched saturated hydrocarbon group as well as cycloalkyl groups.
A composite laminate body, comprising: a plurality of polyurethane elastic fibers arranged in parallel in one direction, interposed between two sheets of cloth; and resin for bonding the elastic fibers and the two sheets of cloth, provided in a plurality of strands arranged to be parallel in one direction that intersects with the elastic fibers; wherein the two sheets of cloth and the elastic fibers are separated between locations where adjacent resin strands and elastic fibers intersect in the longitudinal direction of the elastic fibers; the fineness of the elastic fibers is 350 dtex or less; a ratio of fineness of the elastic fibers with regard to the fineness of the fibers that compose the cloths is 0.5 or higher and 300 or lower; and when two cycles of 130% elongation and return are performed according to the test method defined in the description, the following Formula 1 is satisfied, where (A) is the return stress at 30% elongation in the second cycle, and (B) is the return stress at 100% elongation in the second cycle. A / B × 100 % ≥ 50 % a plurality of polyurethane elastic fibers arranged in parallel in one direction, interposed between two sheets of cloth; and resin for bonding the elastic fibers and the two sheets of cloth, provided in a plurality of strands arranged to be parallel in one direction that intersects with the elastic fibers; wherein the two sheets of cloth and the elastic fibers are separated between locations where adjacent resin strands and elastic fibers intersect in the longitudinal direction of the elastic fibers; the fineness of the elastic fibers is 350 dtex or less; a ratio of fineness of the elastic fibers with regard to the fineness of the fibers that compose the cloths is 0.5 or higher and 300 or lower; and when two cycles of 130% elongation and return are performed according to the test method defined in the description, the following Formula 1 is satisfied, where (A) is the return stress at 30% elongation in the second cycle, and (B) is the return stress at 100% elongation in the second cycle. A / B × 100 % ≥ 50 % (A) is the return stress at 30% elongation in the second cycle, and (B) is the return stress at 100% elongation in the second cycle. A / B × 100 % ≥ 50 %
A resin-metal composite member for a tire , the member comprising a metal member , an adhesion layer , and a covering resin layer in this order, characterized in that : the adhesion layer comprises a polyester-based thermoplastic elastomer having a polar functional group, and a ratio [HS/(HS + SS)] of hard segments (HS) with respect to the total of hard segments (HS) and soft segments (SS), in the polyester-based thermoplastic elastomer having a polar functional group, is from 83% by mol to 98% by mol. the adhesion layer comprises a polyester-based thermoplastic elastomer having a polar functional group, and a ratio [HS/(HS + SS)] of hard segments (HS) with respect to the total of hard segments (HS) and soft segments (SS), in the polyester-based thermoplastic elastomer having a polar functional group, is from 83% by mol to 98% by mol.
An optical head-up display (HUD), near-to-eye display (NED) or exit pupil expander (EPE) device comprising - a light-guiding transparent substrate , , - an out-coupling grating on or within the substrate, the grating comprising a first transparent grating layer which further comprises periodically alternating zones , having different refractive indices, characterized in that the grating further comprises a second transparent grating layer located on the first grating layer and also comprising periodically alternating zones , having different refractive indices so that the zones of the first grating layer having higher refractive index are at least partly aligned with the zones of the second grating layer having lower refractive index and vice versa, the second grating layer reducing the amount of light diffracted to non-zero transmission orders. - a light-guiding transparent substrate , , - an out-coupling grating on or within the substrate, the grating comprising a first transparent grating layer which further comprises periodically alternating zones , having different refractive indices,
A carbon nanotube dispersion solution, comprising: a semiconductor type single-walled carbon nanotube; a polymer as a carbon nanotube dispersing agent, wherein the polymer is a conjugated polymer and comprises a homopolymer or a copolymer selected from at least one of polycarbazole, polyfluorene, polythiophene and polyphenylene ethylene, and a copolymerization unit of the copolymer comprises one selected from the group consisting of benzene, thiophene, pyridine, triarylamine, benzothiadiazole and one alkylated derivative of the benzene, the thiophene, the pyridine, the triarylamine and the benzothiadiazole,; an aromatic molecule, wherein the aromatic molecule has a condensed ring aromatic conjugated structure and atoms or substituents with positive charges or negative charges; and an organic solvent, wherein the organic solvent comprises a combination of any one or more than two of haloalkane, aromatic hydrocarbon and aryl halide. a semiconductor type single-walled carbon nanotube; a polymer as a carbon nanotube dispersing agent, wherein the polymer is a conjugated polymer and comprises a homopolymer or a copolymer selected from at least one of polycarbazole, polyfluorene, polythiophene and polyphenylene ethylene, and a copolymerization unit of the copolymer comprises one selected from the group consisting of benzene, thiophene, pyridine, triarylamine, benzothiadiazole and one alkylated derivative of the benzene, the thiophene, the pyridine, the triarylamine and the benzothiadiazole,; an aromatic molecule, wherein the aromatic molecule has a condensed ring aromatic conjugated structure and atoms or substituents with positive charges or negative charges; and an organic solvent, wherein the organic solvent comprises a combination of any one or more than two of haloalkane, aromatic hydrocarbon and aryl halide.
A method for depositing thin films, the method comprising: dispensing drops of a liquid organic material at a plurality of locations on a curved substrate by one or more inkjets ; bringing a superstrate down on the dispensed droplets to close a gap between a superstrate and said substrate ; enabling a non-equilibrium transient state of said superstrate , a contiguous film and said substrate to occur after a duration of time, wherein said drops form said contiguous film captured between said substrate and said superstrate , and wherein said superstrate conforms to the shape of said substrate ; curing said contiguous film to solidify it into a solid polymer film ; and separating said superstrate from said solid polymer film ; leaving said solid polymer film on said substrate . dispensing drops of a liquid organic material at a plurality of locations on a curved substrate by one or more inkjets ; bringing a superstrate down on the dispensed droplets to close a gap between a superstrate and said substrate ; enabling a non-equilibrium transient state of said superstrate , a contiguous film and said substrate to occur after a duration of time, wherein said drops form said contiguous film captured between said substrate and said superstrate , and wherein said superstrate conforms to the shape of said substrate ; curing said contiguous film to solidify it into a solid polymer film ; and separating said superstrate from said solid polymer film ; leaving said solid polymer film on said substrate .
Rotary monitoring device, wherein a test specimen is clamped between a rotary plate and a rotationally-supported pressing part in such a way that the test specimen is rotated around its own axis when the rotary plate is rotated, wherein the device comprises: a unit for determining the target rotational speed of the rotary plate , a detection unit for determining the rotational speed of the pressing part and/or of the rotary plate , and a comparing unit for comparing the rotational speed of the pressing part and/or of the rotary plate , to the target rotational speed of the rotary plate , wherein the comparing unit is connected to the detection unit and configured to output an error signal if a certain difference between the target rotational speed of the rotary plate and the rotational speed of the pressing part and/or of the rotary plate is exceeded, characterized in that at least two stationary detection units are provided for determining the rotational speed of the pressing part and/or of the rotary plate , which are arranged next to one another so that the rotation of the pressing part and/or of the rotary plate can be detected along a longer path of a translational movement, and in that a magnetic pole ring is provided, which is arranged on the pressing part and/or the rotary plate in a rotationally-fixed manner, wherein the detection units for determining the rotational speed of the pressing part and/or of the rotary plate are magneto-resistive sensors for detecting the magnetic fields of the magnetic pole ring . a unit for determining the target rotational speed of the rotary plate , a detection unit for determining the rotational speed of the pressing part and/or of the rotary plate , and a comparing unit for comparing the rotational speed of the pressing part and/or of the rotary plate , to the target rotational speed of the rotary plate , wherein the comparing unit is connected to the detection unit and configured to output an error signal if a certain difference between the target rotational speed of the rotary plate and the rotational speed of the pressing part and/or of the rotary plate is exceeded, characterized in that at least two stationary detection units are provided for determining the rotational speed of the pressing part and/or of the rotary plate , which are arranged next to one another so that the rotation of the pressing part and/or of the rotary plate can be detected along a longer path of a translational movement, and in that a magnetic pole ring is provided, which is arranged on the pressing part and/or the rotary plate in a rotationally-fixed manner, wherein the detection units for determining the rotational speed of the pressing part and/or of the rotary plate are magneto-resistive sensors for detecting the magnetic fields of the magnetic pole ring .
A perception system for an autonomous vehicle , the perception system comprising: a plurality of imaging devices for producing images of an environment of the vehicle; a perception filter for receiving the images produced by the imaging devices, wherein the perception filter is adapted to receive an intent of the vehicle and a current state of the vehicle and to crop and filter the received images based on the intent of the vehicle and the current state of the vehicle , and wherein the intent of the vehicle is determined based on a planned route of the vehicle, and the current state of the vehicle comprises a current position and a velocity of the vehicle; and a perception module for receiving at least one of the cropped and filtered images from the perception filter and perceiving the environment of the vehicle based on the received at least one of the cropped and filtered images. a plurality of imaging devices for producing images of an environment of the vehicle; a perception filter for receiving the images produced by the imaging devices, wherein the perception filter is adapted to receive an intent of the vehicle and a current state of the vehicle and to crop and filter the received images based on the intent of the vehicle and the current state of the vehicle , and wherein the intent of the vehicle is determined based on a planned route of the vehicle, and the current state of the vehicle comprises a current position and a velocity of the vehicle; and wherein the perception filter is adapted to receive an intent of the vehicle and a current state of the vehicle and to crop and filter the received images based on the intent of the vehicle and the current state of the vehicle , and wherein the intent of the vehicle is determined based on a planned route of the vehicle, and the current state of the vehicle comprises a current position and a velocity of the vehicle; and a perception module for receiving at least one of the cropped and filtered images from the perception filter and perceiving the environment of the vehicle based on the received at least one of the cropped and filtered images.
A method comprising: receiving from a client, by at least one server providing an instant messaging service, a primitive where the primitive comprises information elements with a structure recognized by a terminal device and by the at least one server , the at least one server being able to communicate with the terminal device over a network, wherein the primitive is provided with an information element identifying a client of the terminal device and with an information element identifying a user of the client, wherein the client enables access to the instant messaging service, and the client is installed in said terminal device, and the client is configured to allow a plurality of users to access the instant messaging service; using the information element identifying the client for all purposes which affect the client only and for all purposes which affect both the client and user; and using the information element identifying a user for all purposes that affect the user. receiving from a client, by at least one server providing an instant messaging service, a primitive where the primitive comprises information elements with a structure recognized by a terminal device and by the at least one server , the at least one server being able to communicate with the terminal device over a network, wherein the primitive is provided with an information element identifying a client of the terminal device and with an information element identifying a user of the client, wherein the client enables access to the instant messaging service, and the client is installed in said terminal device, and the client is configured to allow a plurality of users to access the instant messaging service; using the information element identifying the client for all purposes which affect the client only and for all purposes which affect both the client and user; and using the information element identifying a user for all purposes that affect the user.
- A thermal switch comprising an insulating housing in which are mounted at least one pair of metal blades , a temperature-deformable circular thermosensitive element and a contact opening/closing mechanism between the blades of the at least one pair of blades which is configured to be operated by the thermosensitive element , the insulating housing comprising a first housing part in which the at least one pair of blades is locked, the upper face of the first housing part comprising at a central part a thermosensitive element support , the thermosensitive element having a base which is complementary to the thermosensitive element support and is disposed thereon so as to radially lock the position of the thermosensitive element , characterised in that the insulating housing further comprises a flange having a central opening complementary to the cross-section of the upper part of the thermosensitive element , at least two projections being formed in a peripheral part by at least one of the upper face of the first housing part and the lower face of the flange , the flange being mounted on the first housing part so that the upper part of the thermosensitive element passes through the central opening of the flange , the flange rests on the base of the thermosensitive element and each of the at least two projections passes through a corresponding through hole formed in the other of the first housing part and the flange , the free end of each of the at least two projections emerging from the corresponding through hole and being configured to be crimped so as to axially lock the position of the thermosensitive element .
Shuttle warehouse system for storing load carriers , wherein the shuttle warehouse system has a distribution vehicle designed to move the load carriers in space, a framework , and an aisle, the framework having guide rails , the guide rails being designed to guide the movement of the distribution vehicle within the aisle over a bearing surface of the guide rails , the guide rails each being formed by segments arranged in succession in the longitudinal direction of the guide rails , characterised in that the segments are fixed to the framework by press-fit threaded bolts , the fixing resulting from the upper side of the heads of the press-fit threaded bolts being received in the segments flush with the bearing surface and from the press-fit threaded bolts being screwed via the thread to the framework .