mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a multi-camera device comprising at least a first image capturing device and a second image capturing device; means for receiving image data from the multi-camera device comprising a first image captured by the first image capturing device and a second image captured by the second image capturing device; means for determining a sub-area of the first image and a sub-area of the second image to enable for inter-view prediction and at least one area of overlap between the first image and the second image, wherein the determination is based on imaging characteristics of the first image capturing device and the second image capturing device, relative locations of the first image capturing device and the second image capturing device, and orientations of the first image capturing device and the second image capturing device within the multi-camera device, the imaging characteristics comprising at least a field of view or angle of view of the first image capturing device and the second image capturing device; and means for enabling the inter-view prediction for the determined sub-areas of the first image and the second image, wherein the determined sub-areas for the inter-view prediction for the first image and the second image are at least partly outside of the at least one area of overlap. a multi-camera device comprising at least a first image capturing device and a second image capturing device; means for receiving image data from the multi-camera device comprising a first image captured by the first image capturing device and a second image captured by the second image capturing device; means for determining a sub-area of the first image and a sub-area of the second image to enable for inter-view prediction and at least one area of overlap between the first image and the second image, wherein the determination is based on imaging characteristics of the first image capturing device and the second image capturing device, relative locations of the first image capturing device and the second image capturing device, and orientations of the first image capturing device and the second image capturing device within the multi-camera device, the imaging characteristics comprising at least a field of view or angle of view of the first image capturing device and the second image capturing device; and means for enabling the inter-view prediction for the determined sub-areas of the first image and the second image, wherein the determined sub-areas for the inter-view prediction for the first image and the second image are at least partly outside of the at least one area of overlap.
Hexagonal netting made of steel wires (10a-d, 12a-d, 14a-d) with hexagonal meshes (16a-d), in particular for civil engineering purposes, preferably for an application in the field of protection from natural hazards, wherein the steel wires (10a-d, 12a-d, 14a-d) are alternatingly twisted with neighbouring steel wires (10a-d, 12a-d, 14a-d) and wherein the steel wires (10a-d, 12a-d, 14a-d) are formed from a high-tensile steel or at least have a wire core made of a high-tensile steel, characterised in that an, in particular average, ratio calculated from an, in particular average, mesh width (18a-d) of the hexagonal meshes (16a-d) and an, in particular average, mesh height (20a-d) of the hexagonal meshes (16a-d), measured perpendicularly to the mesh width (18a-d), amounts to at least 0.8, wherein the mesh width (18a-d) is a distance between two twisted regions (24a-d) which delimit a hexagonal mesh (16a-d), which extend at least substantially parallel to each other and which are situated on opposite-situated sides of the hexagonal mesh (16a-d), wherein the mesh height (20a-d) is a distance between two corners (66a-d, 68a-d) of the hexagonal mesh (16a-d) which are situated opposite each other in a direction parallel to a main extension direction of the twisted region (24a-d), and wherein the high-tensile steel of the steel wires (10a-d, 12a-d, 16a-d) has a tensile strength of at least 1,560 N/mm 2. wherein the steel wires (10a-d, 12a-d, 14a-d) are alternatingly twisted with neighbouring steel wires (10a-d, 12a-d, 14a-d) and wherein the steel wires (10a-d, 12a-d, 14a-d) are formed from a high-tensile steel or at least have a wire core made of a high-tensile steel, characterised in that an, in particular average, ratio calculated from an, in particular average, mesh width (18a-d) of the hexagonal meshes (16a-d) and an, in particular average, mesh height (20a-d) of the hexagonal meshes (16a-d), measured perpendicularly to the mesh width (18a-d), amounts to at least 0.8, wherein the mesh width (18a-d) is a distance between two twisted regions (24a-d) which delimit a hexagonal mesh (16a-d), which extend at least substantially parallel to each other and which are situated on opposite-situated sides of the hexagonal mesh (16a-d), wherein the mesh height (20a-d) is a distance between two corners (66a-d, 68a-d) of the hexagonal mesh (16a-d) which are situated opposite each other in a direction parallel to a main extension direction of the twisted region (24a-d), and wherein the high-tensile steel of the steel wires (10a-d, 12a-d, 16a-d) has a tensile strength of at least 1,560 N/mm 2.
An animal treatment apparatus comprising a chamber defining an enclosure within which one or more animals may be housed during treatment with a treatment liquid, a plurality of spray nozzles being provided within the enclosure, said spray nozzles communicating with a reservoir containing a treatment liquid, a pump being provided for pumping said liquid from the reservoir to said spray nozzles to drench the one or more animals located within said chamber with said treatment liquid, wherein the chamber comprises an entrance at a first end of the chamber and an exit at a second end of the chamber, opposite said entrance, such that the chamber defines a tunnel like enclosure having a walkway over which the at least one animal passes between said entrance and exit, wherein both the entrance and the exit are provided with a respective gate or door (14,16) for selectively closing the entrance or exit, characterised in that the chamber includes a sump within a lower region thereof for receiving treatment liquid drained from said walkway, said sump comprising said treatment liquid reservoir, said spray nozzles communicating with said pump via conduits mounted on an inner or outer surface of the chamber, wherein said pump is mounted on exterior of chamber on a seat integrally formed on an upper surface of the chamber, and wherein the chamber is formed from a plastic such that the walls of the chamber are formed from a liquid impermeable material for retaining said treatment liquid within the chamber and comprises a single piece moulding formed by a rotational moulding process.
A method to manufacture an absorbent article comprising a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet, the method comprising: providing a solution in a solvent system, said solution comprising a cyclodextrin comprising an odor controlling organic compound wherein said cyclodextrin is a substituted cyclodextrin wherein the H atom of OH groups in positions 2, 3 and 6 is partially or entirely replaced by a substituent -R having a substitution degree DS of 0.4 or to 2.5 -R substituents per glucose unit of cyclodextrin and wherein substitution in position 2 is about 20 percent or above, in position 6 is about 20 percent or above and substitution in position 3 is less than that of position 2 and/or position 6; providing a material component comprised by the absorbent article; applying an amount of the solution to the material component of the absorbent article in a target zone and wherein the substituted cyclodextrin is disposed in the absorbent core; and further comprising the step of evaporating the solvent and precipitating the cyclodextrin complex on the material component of the absorbent article. providing a solution in a solvent system, said solution comprising a cyclodextrin comprising an odor controlling organic compound wherein said cyclodextrin is a substituted cyclodextrin wherein the H atom of OH groups in positions 2, 3 and 6 is partially or entirely replaced by a substituent -R having a substitution degree DS of 0.4 or to 2.5 -R substituents per glucose unit of cyclodextrin and wherein substitution in position 2 is about 20 percent or above, in position 6 is about 20 percent or above and substitution in position 3 is less than that of position 2 and/or position 6; providing a material component comprised by the absorbent article; applying an amount of the solution to the material component of the absorbent article in a target zone and wherein the substituted cyclodextrin is disposed in the absorbent core; and further comprising the step of evaporating the solvent and precipitating the cyclodextrin complex on the material component of the absorbent article.
A computer-implemented method of controlling tint of a tintable window, the method comprising: receiving weather feed data from one or more data services over a communication network (480, 1401) and determining a weather condition based on the weather feed data; and determining if a current time is between sunrise and a first time delay after sunrise or between sunset and a second time delay before sunset; if it is determined that the current time is between sunrise and the first time delay after sunrise or between sunset and the second time delay before sunset, determining a tint level for the tintable window based on the weather condition; if it is determined that the current time is not between sunrise and the first time delay after sunrise or between sunset and the second time delay before sunset, determining the tint level based on a calculation of sunlight penetration into a room having the tintable window and/or based on a calculation of clear sky irradiance at the current time; and sending a tint command to transition the tintable window to the tint level. receiving weather feed data from one or more data services over a communication network (480, 1401) and determining a weather condition based on the weather feed data; and determining if a current time is between sunrise and a first time delay after sunrise or between sunset and a second time delay before sunset; if it is determined that the current time is between sunrise and the first time delay after sunrise or between sunset and the second time delay before sunset, determining a tint level for the tintable window based on the weather condition; if it is determined that the current time is not between sunrise and the first time delay after sunrise or between sunset and the second time delay before sunset, determining the tint level based on a calculation of sunlight penetration into a room having the tintable window and/or based on a calculation of clear sky irradiance at the current time; and sending a tint command to transition the tintable window to the tint level.
A process for purifying VWF, characterized in that (i) a composition containing VWF and one or more contaminating proteins is contacted with a hydroxylapatite matrix so as to bind at least one contaminating protein to the hydroxylapatite matrix, while VWF is substantially not bound to the hydroxylapatite matrix, and optionally (ii) unbound VWF is separated from the hydroxylapatite matrix. (i) a composition containing VWF and one or more contaminating proteins is contacted with a hydroxylapatite matrix so as to bind at least one contaminating protein to the hydroxylapatite matrix, while VWF is substantially not bound to the hydroxylapatite matrix, and optionally (ii) unbound VWF is separated from the hydroxylapatite matrix.
A method for obtaining a non-transformed avian cell line allowing replication of avian viruses in vitro, comprising at least the following steps: a) cultivating avian embryonic stem cells in the presence of a stroma for at least 3 days; b) cultivating in a medium with a low serum concentration for at least 2 days; c) cultivating in a low serum concentration medium comprising between 1 and 10 mM of hexamethylene bisacetamide (HMBA), for at least 2 days; d) cultivating in a low serum concentration medium for at least 10 days; e) cultivating or freezing of an avian cell line allowing replication of avian viruses. a) cultivating avian embryonic stem cells in the presence of a stroma for at least 3 days; b) cultivating in a medium with a low serum concentration for at least 2 days; c) cultivating in a low serum concentration medium comprising between 1 and 10 mM of hexamethylene bisacetamide (HMBA), for at least 2 days; d) cultivating in a low serum concentration medium for at least 10 days; e) cultivating or freezing of an avian cell line allowing replication of avian viruses.
A data transmission method, comprising: before an RRC connection is established, sending a data message carrying state transition data to a network side device; wherein the state transition data is used to indicate whether uplink data to be transmitted supports a data transmission mode without state transition; wherein the state transition data includes a determination condition of whether or not to support the data transmission mode in which the state transition is not performed, or a determination result of the determination condition; the state transition means changing from disestablishment of the RRC connection to establishment of the RRC connection; receiving a response message returned by the network side device in response to the data message, wherein a data transmission indication is comprised in the response message; wherein the data transmission indication is used to indicate transmitting or non-transmitting the uplink data to be transmitted without the state transition; when the data transmission indication indicates transmitting the uplink data to be transmitted without the state transition, sending an uplink data packet to the network side device; when the data transmission indication indicates non-transmitting the uplink data to be transmitted without the state transition, establishing an RRC connection. before an RRC connection is established, sending a data message carrying state transition data to a network side device; wherein the state transition data is used to indicate whether uplink data to be transmitted supports a data transmission mode without state transition; wherein the state transition data includes a determination condition of whether or not to support the data transmission mode in which the state transition is not performed, or a determination result of the determination condition; the state transition means changing from disestablishment of the RRC connection to establishment of the RRC connection; receiving a response message returned by the network side device in response to the data message, wherein a data transmission indication is comprised in the response message; wherein the data transmission indication is used to indicate transmitting or non-transmitting the uplink data to be transmitted without the state transition; when the data transmission indication indicates transmitting the uplink data to be transmitted without the state transition, sending an uplink data packet to the network side device; when the data transmission indication indicates non-transmitting the uplink data to be transmitted without the state transition, establishing an RRC connection.
Bed assembly, in particular for children, with a house-like structure with a front side, rear side, face sides and roof surfaces with - a base frame construction within which a support, in particular a slatted frame, with a mattress can be stored, - vertical corner profile posts to which the base frame construction is connected and which are arranged in the corner regions of the house-like structure, - roof edge profiles running on the face sides in the inclination of the roof surface and connected to the upper end region of the corner profile posts - a roof cross beam profile connected in the upper end region of the roof edge profiles and running in the longitudinal direction, - at least one or more wall panels connected in the region of the front side and/or rear side and at least one or more roof panels connected in the region of the roof surface, wherein - bed side profiles connected on the base frame construction are present as a guardrail, - a cross beam profile connected and running in the upper end region of the corner profile posts in the longitudinal direction is present, - the roof and wall panels (24, 26) have connecting units which are formed so that the panels (24, 26) can be detachably connected in each case between the cross beam profile and roof cross beam profile and/or between the cross beam profile and bed side profile without the use of a tool, characterized in that each roof and wall panel (24, 26) has in the lower edge region at least one, in particular two, suspension connecting units spaced apart in the longitudinal direction and in the upper edge region at least one rotary connecting unit. - a base frame construction within which a support, in particular a slatted frame, with a mattress can be stored, - vertical corner profile posts to which the base frame construction is connected and which are arranged in the corner regions of the house-like structure, - roof edge profiles running on the face sides in the inclination of the roof surface and connected to the upper end region of the corner profile posts - a roof cross beam profile connected in the upper end region of the roof edge profiles and running in the longitudinal direction, - at least one or more wall panels connected in the region of the front side and/or rear side and at least one or more roof panels connected in the region of the roof surface, wherein - bed side profiles connected on the base frame construction are present as a guardrail, - a cross beam profile connected and running in the upper end region of the corner profile posts in the longitudinal direction is present, - the roof and wall panels (24, 26) have connecting units which are formed so that the panels (24, 26) can be detachably connected in each case between the cross beam profile and roof cross beam profile and/or between the cross beam profile and bed side profile without the use of a tool,
A color conversion processing apparatus (100, 102) that converts an input image signal value into an output value of an actual color material used in an image forming apparatus, the color conversion processing apparatus comprising: a derivation unit configured to derive an output value corresponding to the input image signal value for a plurality of virtual color materials smaller in number than the number of actual color materials; and a conversion unit configured to convert the derived output values of the plurality of virtual color materials into the output values of the actual color materials, wherein each of the plurality of virtual color materials has a density corresponding to each wavelength band obtained by dividing a wavelength range reproduced by the actual color materials being output into a plurality of wavelength bands, and the derivation unit derives the output value corresponding to the input image signal value based on the density corresponding to each of the wavelength bands for the plurality of virtual color materials. a derivation unit configured to derive an output value corresponding to the input image signal value for a plurality of virtual color materials smaller in number than the number of actual color materials; and a conversion unit configured to convert the derived output values of the plurality of virtual color materials into the output values of the actual color materials, wherein each of the plurality of virtual color materials has a density corresponding to each wavelength band obtained by dividing a wavelength range reproduced by the actual color materials being output into a plurality of wavelength bands, and the derivation unit derives the output value corresponding to the input image signal value based on the density corresponding to each of the wavelength bands for the plurality of virtual color materials.
A mixed time-domain / frequency-domain coding device for coding an input sound signal, characterized in that it comprises: a calculator of a time-domain excitation contribution in response to the input sound signal, wherein the calculator of the time-domain excitation contribution is configured to process the input sound signal in successive frames of said input sound signal and comprises a calculator of a number of sub-frames to be used in a current frame, wherein the number of sub-frames to be used in a current frame is based on a high frequency spectral dynamic of the input sound signal, wherein the calculator of time-domain excitation contribution is configured to use in the current frame the number of sub-frames determined by the calculator of the number of sub-frames for said current frame; a calculator of a frequency-domain excitation contribution in response to the input sound signal; and an adder of the time-domain excitation contribution and the frequency-domain excitation contribution in the frequency domain configured to form a mixed time-domain / frequency-domain excitation constituting a coded version of the input sound signal. a calculator of a time-domain excitation contribution in response to the input sound signal, wherein the calculator of the time-domain excitation contribution is configured to process the input sound signal in successive frames of said input sound signal and comprises a calculator of a number of sub-frames to be used in a current frame, wherein the number of sub-frames to be used in a current frame is based on a high frequency spectral dynamic of the input sound signal, wherein the calculator of time-domain excitation contribution is configured to use in the current frame the number of sub-frames determined by the calculator of the number of sub-frames for said current frame; a calculator of a frequency-domain excitation contribution in response to the input sound signal; and an adder of the time-domain excitation contribution and the frequency-domain excitation contribution in the frequency domain configured to form a mixed time-domain / frequency-domain excitation constituting a coded version of the input sound signal.
A depolarizer based on a metamaterial, comprising a plurality of sheet layers parallel with each other, wherein each of the sheet layers has a sheet substrate and a plurality of man-made microstructures attached on the sheet substrate, each of the sheet substrates is divided into a plurality of identical unit bodies, each of the unit bodies and one of the man-made microstructures that is attached thereon form a cell that has an anisotropic electromagnetic property, and each of the sheet layers has at least two cells whose optical axes, corresponding to a major axis of a refractive index ellipsoïd, are unparallel with each other; the man-made microstructures are metal microstructures, each of which is a metal wire that is attached on the sheet substrate and that has a pattern, and the pattern of the metal wire is a non-90° rotationally symmetrical pattern; characterized in that the metal wire is of a 2D-snowflalce form having a first main line and a second main line perpendicular to each other in a "+" form, two first branch lines are disposed perpendicularly at two ends of the first main line respectively, and two second branch lines are disposed perpendicularly at two ends of the second main line respectively.