mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying small RNA (sRNA) predictors for a biological condition, comprising: identifying one or more sRNA sequences from sRNA sequencing data that are present in one or more biological samples in an experimental cohort of at least 10 samples, and which are not present in any biological samples of a comparator cohort of at least 10 samples, wherein the biological samples are a solid tissue or a biological fluid thereby identifying a positive sRNA predictor, wherein the sRNA sequencing data has user-defined sequencing adaptors trimmed from sequence reads so as to identify templated and non-templated variations at the 3' and 5' ends; and the positive sRNA predictors are identified by quantifying the number of reads for each unique sRNA sequence in each sample of the experimental cohort, compiling and comparing the sequence reads from the experimental cohort and the comparator cohort where the sequence reads that are in both cohorts are discarded and sequence reads that are unique to the experimental cohort are candidate sRNA predictors; and detecting the presence and absence of selected positive sRNA predictors in RNA extracted from independent experimental and comparator samples using a quantitative or qualitative PCR assay, thereby identifying sRNA predictors for the biological condition. identifying one or more sRNA sequences from sRNA sequencing data that are present in one or more biological samples in an experimental cohort of at least 10 samples, and which are not present in any biological samples of a comparator cohort of at least 10 samples, wherein the biological samples are a solid tissue or a biological fluid thereby identifying a positive sRNA predictor, wherein the sRNA sequencing data has user-defined sequencing adaptors trimmed from sequence reads so as to identify templated and non-templated variations at the 3' and 5' ends; and the positive sRNA predictors are identified by quantifying the number of reads for each unique sRNA sequence in each sample of the experimental cohort, compiling and comparing the sequence reads from the experimental cohort and the comparator cohort where the sequence reads that are in both cohorts are discarded and sequence reads that are unique to the experimental cohort are candidate sRNA predictors; and detecting the presence and absence of selected positive sRNA predictors in RNA extracted from independent experimental and comparator samples using a quantitative or qualitative PCR assay, thereby identifying sRNA predictors for the biological condition.
A suspension (100 - 700) for a sound transducer that comprises a base film including a central portion , a peripheral portion formed in a ring shape with a gap from the central portion , and a plurality of support portions for connecting the central portion to the peripheral portion , the suspension (100 - 700) comprising: a conductive film attached on the base film by means of an adhesive , characterized by a cover layer attached on the conductive film by an adhesive to protect the conductive film , wherein at least part of the cover layer disposed on the central portion is removed.
A method for cleaning an interior of a motor vehicle , comprising the following steps: placement at least one mobile cleaning robot onto a vehicle floor in the interior of the vehicle through an open vehicle door by means of a mobile lifting device , wherein the at least one mobile cleaning robot drives from a robot holder of the mobile lifting device at a height of the vehicle floor through an open vehicle door into the interior , arranging the at least one mobile cleaning robot at a predetermined position on the vehicle floor in the interior of the vehicle , wherein the mobile cleaning robot drives across the vehicle floor to the predetermined position, carrying out a predetermined cleaning program at the predetermined position by means of the at least one mobile cleaning robot , wherein the cleaning comprises guiding at least one cleaning tool by means of a guide means of the mobile cleaning robot , removing the at least one mobile cleaning robot from the interior of the vehicle , wherein the at least one mobile cleaning robot drives back into the robot holder of the mobile lifting device . placement at least one mobile cleaning robot onto a vehicle floor in the interior of the vehicle through an open vehicle door by means of a mobile lifting device , wherein the at least one mobile cleaning robot drives from a robot holder of the mobile lifting device at a height of the vehicle floor through an open vehicle door into the interior , arranging the at least one mobile cleaning robot at a predetermined position on the vehicle floor in the interior of the vehicle , wherein the mobile cleaning robot drives across the vehicle floor to the predetermined position, carrying out a predetermined cleaning program at the predetermined position by means of the at least one mobile cleaning robot , wherein the cleaning comprises guiding at least one cleaning tool by means of a guide means of the mobile cleaning robot , removing the at least one mobile cleaning robot from the interior of the vehicle , wherein the at least one mobile cleaning robot drives back into the robot holder of the mobile lifting device .
Process for manufacturing a part including a formation of successive metal layers (20 1 ...20 n ), which are superimposed on each other, each layer being formed by depositing a filler metal , the filler metal being subjected to a supply of energy so as to become molten and to constitute, upon solidifying, said layer, wherein the filler metal is an aluminum alloy including the following alloy elements (% by weight); - Cu: 5% - 8%; - Mg: 4% - 8%; - optionally Si: 0% - 8%; - optionally Zn: 0% - 10%; as well as: - other elements: < 3% individually, and < 10 % in total, the other elements including: Sc and/or Fe and/or Mn and/or Ti and/or Zr and/or V and/or Cr and/or Ni; - impurities: < 0.05% individually, and in total < 0.15%; the remainder being aluminum. - Cu: 5% - 8%; - Mg: 4% - 8%; - optionally Si: 0% - 8%; - optionally Zn: 0% - 10%; - other elements: < 3% individually, and < 10 % in total, the other elements including: Sc and/or Fe and/or Mn and/or Ti and/or Zr and/or V and/or Cr and/or Ni; - impurities: < 0.05% individually, and in total < 0.15%;
A tire comprising a tread part , the tread part comprising at least one rubber layer of a rubber composition comprising a rubber component and a thermoplastic elastomer, wherein a ratio (W T /W L ) of a tire weight W T (kg) to a maximum load capacity W L (kg) of the tire is 0.0176 or less, and wherein, in a dynamic viscoelasticity test which is a temperature-dependent measurement at 10 Hz in accordance with JIS K 6394, the thermoplastic elastomer exhibits a tan δ peak value in a range of -20°C to 20°C, and the peak value is 1.00 or more, wherein the maximum load capacity W L (kg) is a value calculated by the following equations and , where W (mm) is a tire cross-sectional width, Ht (mm) is a tire cross-sectional height, and Dt (mm) is a tire outer diameter when the tire is filled with air at a pressure of 250 kPa, V = Dt / 2 ∧ 2 − Dt / 2 − Ht ∧ 2 × π × W W L = 0.000011 × V + 100 the tread part comprising at least one rubber layer of a rubber composition comprising a rubber component and a thermoplastic elastomer, wherein a ratio (W T /W L ) of a tire weight W T (kg) to a maximum load capacity W L (kg) of the tire is 0.0176 or less, and wherein, in a dynamic viscoelasticity test which is a temperature-dependent measurement at 10 Hz in accordance with JIS K 6394, the thermoplastic elastomer exhibits a tan δ peak value in a range of -20°C to 20°C, and the peak value is 1.00 or more, wherein the maximum load capacity W L (kg) is a value calculated by the following equations and , where W (mm) is a tire cross-sectional width, Ht (mm) is a tire cross-sectional height, and Dt (mm) is a tire outer diameter when the tire is filled with air at a pressure of 250 kPa, V = Dt / 2 ∧ 2 − Dt / 2 − Ht ∧ 2 × π × W W L = 0.000011 × V + 100
Electrical current transducer for measuring an electric current in a primary conductor including a housing , a magnetic core surrounding a central aperture through which the primary conductor extends, and a magnetic field sensing device comprising connection terminals , the housing comprising a magnetic core receiving cavity in which the magnetic core is lodged and a connecting interface portion in which the magnetic field sensing device is lodged, the connecting interface portion projecting outwardly from the magnetic core receiving cavity , characterised in that the current transducer comprises a separate connector interface element selectively mountable to the connecting interface portion and in that the connecting interface portion comprises latching elements complementary to latching elements of the separate connector interface element , the separate connector interface element comprising a connector shroud forming with the connection terminals a pluggable connector interface for pluggable connection to an external pluggable connector, the current transducer adapted without connector shroud for mounting on an external circuit board.
An ophthalmologic examination apparatus for presenting an image for examination including a flickering visual target to an eye to be examined and examining said eye on the basis of how said eye recognizes said target , comprising: light-emitting means consisting of a plurality of light-emitting devices of the same specifications disposed in a single two-dimensional array to form said image, each of said plurality of light-emitting devices of said single array being controllable in brightness independently from and in parallel with each other of said plurality of light-emitting devices of said single array; and light-emission control means controlling the brightness of each of said plurality of light-emitting devices of said single array in parallel with and independently from each other; said light-emission control means performing control in such a manner that a part of said plurality of light-emitting devices of said single array flicker to thereby form said visual target of said image and that the remaining part of said light-emitting devices of said single array have a constant brightness to thereby form a background, which is a region of said image other than said part. light-emitting means consisting of a plurality of light-emitting devices of the same specifications disposed in a single two-dimensional array to form said image, each of said plurality of light-emitting devices of said single array being controllable in brightness independently from and in parallel with each other of said plurality of light-emitting devices of said single array; and light-emission control means controlling the brightness of each of said plurality of light-emitting devices of said single array in parallel with and independently from each other; said light-emission control means performing control in such a manner that a part of said plurality of light-emitting devices of said single array flicker to thereby form said visual target of said image and that the remaining part of said light-emitting devices of said single array have a constant brightness to thereby form a background, which is a region of said image other than said part.
A noble metal-transition metal complex catalyst supported on a carbon-coated silica-alumina carrier, wherein 40 parts by weight to 95 parts by weight of alumina (Al 2 O 3 ) and 5 parts by weight to 60 parts by weight of silica (SiO 2 ) are included based on 100 parts by weight of the entire carrier; and 1 part by weight to 20 parts by weight of the noble metal and the transition metal are included based on 100 parts by weight of the carbon-coated silica-alumina carrier. 40 parts by weight to 95 parts by weight of alumina (Al 2 O 3 ) and 5 parts by weight to 60 parts by weight of silica (SiO 2 ) are included based on 100 parts by weight of the entire carrier; and 1 part by weight to 20 parts by weight of the noble metal and the transition metal are included based on 100 parts by weight of the carbon-coated silica-alumina carrier.
Profile for doors, windows, frames or façade constructions having a profile body comprising an opening and an arrangement inserted therein consisting of a switching element of a circuit and a separate retaining means with a linear stop for limiting the linear movement of the arrangement within the opening of the profile body , characterized in that the switching element has a terminal cable and in that the retaining means is designed to be mounted at a right angle to the longitudinal direction of the cable and in that the retaining means, in particular the anchor sleeve , has a slot which extends over the entire length of the retaining means, so that the retaining means is open in some areas and the cable can thus be guided through the slot into the interior region of the retaining means from a direction perpendicular to the longitudinal direction of the cable.
Gearing comprising an epicyclic gearing stage having a housing part and a rotatably mounted component, the epicyclic gearing stage having a labyrinth seal that has a labyrinth disc and a labyrinth stator part interacting with the labyrinth seal, the labyrinth disc being connected to the component for conjoint rotation, the labyrinth stator part being connected to the housing part , characterised in that the labyrinth disc has an annular groove into which a projection on the labyrinth stator part protrudes, the labyrinth stator part has an annular groove into which a projection on the labyrinth disc protrudes, the component is a sun gear , the teeth of the sun gear meshing with the teeth of a planet gear , said planet gear teeth meshing with ring gear teeth on their side facing away from the sun gear, the labyrinth disc having a conveying chamfer since the axial distance to the planet gear or the ring gear teeth decreases as the radial distance to the axis of the sun gear increases.
A silicone hydrogel ophthalmic lens comprising at least one of the coloring agents represented by the following structural formula (b)-(d):
A light emitting module comprising: a lightguide plate having an upper surface and a lower surface that is opposite to the upper surface, the upper surface including a first hole ; a light emitting element on a lower surface side of the lightguide plate, the light emitting element facing the first hole; and a reflective resin layer , wherein the first hole includes a first portion and a second portion , the first portion includes a first lateral surface sloping with respect to the upper surface, the second portion has a second lateral surface sloping with respect to the upper surface, the second lateral surface being present between an opening in the upper surface and the first lateral surface of the first portion an inclination of the first lateral surface with respect to the upper surface is smaller than an inclination of the second lateral surface with respect to the upper surface, and the reflective resin layer is located in the first portion of the first hole. a lightguide plate having an upper surface and a lower surface that is opposite to the upper surface, the upper surface including a first hole ; a light emitting element on a lower surface side of the lightguide plate, the light emitting element facing the first hole; and a reflective resin layer , wherein the first hole includes a first portion and a second portion , the first portion includes a first lateral surface sloping with respect to the upper surface, the second portion has a second lateral surface sloping with respect to the upper surface, the second lateral surface being present between an opening in the upper surface and the first lateral surface of the first portion an inclination of the first lateral surface with respect to the upper surface is smaller than an inclination of the second lateral surface with respect to the upper surface, and the reflective resin layer is located in the first portion of the first hole.
A bearing assembly comprising: a housing ; an annular outer race located at least partially within the housing , the outer race having a central axis (X) and comprising a flange at a first axial end, wherein the flange is configured to prevent movement of the outer race relative to the housing in a first axial direction; a bearing located at least partially within the outer race ; a nut configured to be secured to a second axial end of the outer race , wherein the nut is configured to prevent movement of the outer race relative to the housing in a second axial direction, the second axial direction being opposite to the first axial direction; and a pin configured to extend through the housing , wherein the flange comprises a notch or hole and the pin is configured to fit into the notch or hole of the flange to prevent the outer race from rotating, and wherein the nut comprises at least one notch and the pin is configured to fit into the at least one notch of the nut to prevent the nut from rotating; characterised in that the housing comprises an annular first slot for receiving the nut , and the nut is configured to abut against a surface of the first slot . a housing ; an annular outer race located at least partially within the housing , the outer race having a central axis (X) and comprising a flange at a first axial end, wherein the flange is configured to prevent movement of the outer race relative to the housing in a first axial direction; a bearing located at least partially within the outer race ; a nut configured to be secured to a second axial end of the outer race , wherein the nut is configured to prevent movement of the outer race relative to the housing in a second axial direction, the second axial direction being opposite to the first axial direction; and a pin configured to extend through the housing , wherein the flange comprises a notch or hole and the pin is configured to fit into the notch or hole of the flange to prevent the outer race from rotating, and wherein the nut comprises at least one notch and the pin is configured to fit into the at least one notch of the nut to prevent the nut from rotating; characterised in that the housing comprises an annular first slot for receiving the nut , and the nut is configured to abut against a surface of the first slot .
A method of amplifying DNA comprising: a) providing linear double stranded DNA molecules; b) attaching single-stranded adaptors comprising an XTC priming sequence, wherein X is adenine (A), cytosine (C), guanine (G) or thymine (T), to both ends of the linear double stranded DNA molecules to produce single stranded, covalently closed DNA molecules comprising complementary internal sequences, wherein the XTC priming sequence is located in the non-complementary portion of the adaptors; and c) amplifying the single-stranded, covalently closed DNA molecules in a single operation by (i) rolling circle amplification using a DNA polymerase having strand displacement activity and (ii) multiple displacement amplification using TthPrimPol. a) providing linear double stranded DNA molecules; b) attaching single-stranded adaptors comprising an XTC priming sequence, wherein X is adenine (A), cytosine (C), guanine (G) or thymine (T), to both ends of the linear double stranded DNA molecules to produce single stranded, covalently closed DNA molecules comprising complementary internal sequences, wherein the XTC priming sequence is located in the non-complementary portion of the adaptors; and c) amplifying the single-stranded, covalently closed DNA molecules in a single operation by (i) rolling circle amplification using a DNA polymerase having strand displacement activity and (ii) multiple displacement amplification using TthPrimPol.
A method of wireless communication of a user equipment, UE, including a receiver , comprising: changing a mode of operation from a first signal-to-noise ratio, SNR, mode to an increased SNR mode, the mode of operation being changed by adjusting a gain state of at least one of a low-noise amplifier or a baseband amplifier within the receiver; sending channel quality information, CQI, to a base station indicating an ability to receive data at the increased SNR; and receiving the data from the base station according to a higher order modulation and coding scheme, MCS, corresponding to the increased SNR when the base station is capable of providing the data at the higher order MCS. changing a mode of operation from a first signal-to-noise ratio, SNR, mode to an increased SNR mode, the mode of operation being changed by adjusting a gain state of at least one of a low-noise amplifier or a baseband amplifier within the receiver; sending channel quality information, CQI, to a base station indicating an ability to receive data at the increased SNR; and receiving the data from the base station according to a higher order modulation and coding scheme, MCS, corresponding to the increased SNR when the base station is capable of providing the data at the higher order MCS.
A vehicle seat which includes a seat cushion part and a seat back part, the seat cushion part comprising: a cushion frame including a front edge frame and a rear edge frame which are arranged a predetermined interval apart from each other in a front-rear direction and a pair of side frames each disposed between opposed longitudinal-direction end portions of the front edge frame and the rear edge frame; a base fabric extending between and looped around the front edge frame and the rear edge frame, and having an upper layer part and a lower layer part which are provided apart from each other in an up-down direction; wire members of metal extending in the front-rear direction respectively on side edge portions of the lower layer part of the base fabric; and spring members extending between the front edge frame and front end portions of the wire members and between the rear edge frame and rear end portions of the wire members. a cushion frame including a front edge frame and a rear edge frame which are arranged a predetermined interval apart from each other in a front-rear direction and a pair of side frames each disposed between opposed longitudinal-direction end portions of the front edge frame and the rear edge frame; a base fabric extending between and looped around the front edge frame and the rear edge frame, and having an upper layer part and a lower layer part which are provided apart from each other in an up-down direction; wire members of metal extending in the front-rear direction respectively on side edge portions of the lower layer part of the base fabric; and spring members extending between the front edge frame and front end portions of the wire members and between the rear edge frame and rear end portions of the wire members.