mhurhangee/ep-ind-claims huggingface dataset:
A clamp configured to be connected to a module that is to be mounted on a panel, the clamp comprising: a retaining section (202, 302, 402) configured to be connected to and apply force against the module; a contact section (206, 306, 406) configured to contact the panel and apply force against the panel; a threaded structure (208, 308, 408) retained in a portion of a body of the retaining section, the threaded structure (208, 308, 408) is rotatable to -contact and push against the contact section characterized in that the clamp further comprises a connecting portion (204, 304, 404) connecting the retaining section and the contact section, the connecting portion configured to allow a tip (216, 316, 416) of the threaded structure to contact the contact section in order to create the forces applied against the panel and the module. a retaining section (202, 302, 402) configured to be connected to and apply force against the module; a contact section (206, 306, 406) configured to contact the panel and apply force against the panel; a threaded structure (208, 308, 408) retained in a portion of a body of the retaining section, the threaded structure (208, 308, 408) is rotatable to -contact and push against the contact section characterized in that the clamp further comprises a connecting portion (204, 304, 404) connecting the retaining section and the contact section, the connecting portion configured to allow a tip (216, 316, 416) of the threaded structure to contact the contact section in order to create the forces applied against the panel and the module.
A composite fibre-reinforced polymer shaft having a hollow cylindrical portion and a shaped end portion, the shaped end portion being moulded from a hollow cylindrical shape prior to curing; wherein the shaft comprises one or more additional reinforcement layers of fibre on the shaped end portion; and characterized in that said one or more additional reinforcement layers are the outermost layers of fibres on the shaped end portion.
A hydroxyalkyl alkyl cellulose having a volume-based average particle size, determined by dry laser diffractometry, of more than 100 μm and not more than 150 μm; and having, on a basis of a dynamic image analysis to divide all particles into fine particles, spherical particles and fibrous particles, a volume fraction of the fibrous particles relative to all of the particles of more than 40% and not more than 50%, and a volume fraction of the fine particles relative to all of the particles of less than 2.0%; wherein the fine particles have a length of fiber of less than 40 μm, and the fibrous particles have a length of fiber of 40 μm or more and are particles other than the spherical particles consisting of first and second spherical particles, wherein the first spherical particles have an elongation, which is a ratio of a diameter of fiber to a length of fiber, of 0.5 or more, and the second spherical particles have an elongation of less than 0.5, an aspect ratio, which is a ratio of a minimal Feret diameter to a maximal Feret diameter, of 0.5 or more, and a circularity, which is a ratio of a perimeter (P EQPC) of a circle that has the same area as a projection area to a perimeter (P real) of a real particle, of 0.7 or more. the fine particles have a length of fiber of less than 40 μm, and the fibrous particles have a length of fiber of 40 μm or more and are particles other than the spherical particles consisting of first and second spherical particles, wherein the first spherical particles have an elongation, which is a ratio of a diameter of fiber to a length of fiber, of 0.5 or more, and the second spherical particles have an elongation of less than 0.5, an aspect ratio, which is a ratio of a minimal Feret diameter to a maximal Feret diameter, of 0.5 or more, and a circularity, which is a ratio of a perimeter (P EQPC) of a circle that has the same area as a projection area to a perimeter (P real) of a real particle, of 0.7 or more.
A recombinant host capable of producing a glycosylated diterpene, such as a steviol glycoside, comprising a recombinant nucleic acid sequence encoding a polypeptide comprising the amino acid sequence set forth in SEQ ID NO: 4 or an amino acid sequence having at least 90% sequence identity thereto, wherein the polypeptide has improved UGT2 activity compared to a polypeptide with the amino acid sequence as set forward in SEQ ID NO: 5 and wherein the improved UGT2 activity results in the production of a higher amount of a steviol glycoside.
A 360-degree video data processing method performed by a 360-degree video receiving device, the method comprising: receiving 360-degree video data including encoded pictures; acquiring metadata; decoding pictures; and rendering the decoded pictures and an overlay based on the metadata, wherein: the metadata includes overlay related metadata, and the overlay is rendered on a sphere surface based on the overlay related metadata, characterized in that the overlay related metadata includes distance information indicating a distance from a center of a unit sphere for representing the 360-degree video. receiving 360-degree video data including encoded pictures; acquiring metadata; decoding pictures; and rendering the decoded pictures and an overlay based on the metadata, wherein: the metadata includes overlay related metadata, and the overlay is rendered on a sphere surface based on the overlay related metadata, characterized in that the overlay related metadata includes distance information indicating a distance from a center of a unit sphere for representing the 360-degree video. the metadata includes overlay related metadata, and the overlay is rendered on a sphere surface based on the overlay related metadata, characterized in that the overlay related metadata includes distance information indicating a distance from a center of a unit sphere for representing the 360-degree video.
A light polymerizable liquid composition comprising: a first polymerizable component, wherein the first polymerizable component is a first urethane (meth)acrylate oligomer; a second polymerizable component, wherein the second polymerizable component is a first thiol monomer; and a photoinitiator, wherein at least one of the first polymerizable component or the second polymerizable component comprises at least two polymerizable groups. a first polymerizable component, wherein the first polymerizable component is a first urethane (meth)acrylate oligomer; a second polymerizable component, wherein the second polymerizable component is a first thiol monomer; and a photoinitiator,
An expandable sheath comprising: an elastic outer tubular layer; and an inner tubular layer having a thick wall portion integrally connected to a thin wall portion, the thick wall portion having a first and second longitudinally extending end (66, 68), the thin wall portion extending between the first and second longitudinally extending ends (66, 68), the thin wall portion comprising a longitudinal rod extending along a length of the thin wall portion, wherein the elastic outer tubular layer and the inner tubular layer are radially movable between an expanded state and a non-expanded state, wherein in the non-expanded state the first longitudinally extending end is located under the second longitudinally extending end of the inner tubular layer, wherein in the expanded state the first and second longitudinally extending ends (66, 68) of the inner tubular layer are expanded apart with the thin wall portion extending therebetween, and wherein the outer elastic tubular layer urges the inner tubular layer towards the non-expanded state. an elastic outer tubular layer; and an inner tubular layer having a thick wall portion integrally connected to a thin wall portion, the thick wall portion having a first and second longitudinally extending end (66, 68), the thin wall portion extending between the first and second longitudinally extending ends (66, 68), the thin wall portion comprising a longitudinal rod extending along a length of the thin wall portion, wherein the elastic outer tubular layer and the inner tubular layer are radially movable between an expanded state and a non-expanded state, wherein in the non-expanded state the first longitudinally extending end is located under the second longitudinally extending end of the inner tubular layer, wherein in the expanded state the first and second longitudinally extending ends (66, 68) of the inner tubular layer are expanded apart with the thin wall portion extending therebetween, and wherein the outer elastic tubular layer urges the inner tubular layer towards the non-expanded state.
A dual band communication method, applied in a wireless local area network, WLAN, device, wherein the WLAN device comprises: a baseband processor, a first radio frequency channel, and a second radio frequency channel, wherein the first radio frequency channel works at a first band, the second radio frequency channel works at a second band, and the first radio frequency channel and the second radio frequency channel share the baseband processor in a time division multiplexing manner, wherein the method comprises: determining a service type of a service in a switching period according to a preset policy, wherein the switching period comprises one first timeslot in which the first radio frequency channel works and one adjacent second timeslot in which the second radio frequency channel works, and the service type is voice service, video service, or data service; determining, according to the determined service type and a preset service quality requirement corresponding to the service type, maximum duration of the switching period in which the service quality requirement is met; and when time division multiplexing is performed on the baseband processor, controlling switching between the first radio frequency channel and the second radio frequency channel according to the maximum duration, so that actual duration of the switching period is less than or equal to the maximum duration. determining a service type of a service in a switching period according to a preset policy, wherein the switching period comprises one first timeslot in which the first radio frequency channel works and one adjacent second timeslot in which the second radio frequency channel works, and the service type is voice service, video service, or data service; determining, according to the determined service type and a preset service quality requirement corresponding to the service type, maximum duration of the switching period in which the service quality requirement is met; and when time division multiplexing is performed on the baseband processor, controlling switching between the first radio frequency channel and the second radio frequency channel according to the maximum duration, so that actual duration of the switching period is less than or equal to the maximum duration.
A MEMS device comprising: first and second opposing electrode arrangements (22,28), wherein the second electrode arrangement is electrically movable to vary the electrode spacing between facing sides of the first and second electrode arrangements, wherein at least one of the facing sides has a non-flat surface with at least two peaks and at least two troughs forming undulations arranged periodically on the non-flat surface, the undulations of the non-flat surface making contact with the other facing side when the electrode spacing is varied to bring the second electrode arrangement into contact with the first electrode arrangement, for enabling a progressive and gradual deceleration of the second electrode arrangement as it contacts the first electrode arrangement; wherein second electrode arrangement has a thickness t in the range 1 to 10 μm, and wherein the peak-trough height is between 0.02t and 0.2t. first and second opposing electrode arrangements (22,28), wherein the second electrode arrangement is electrically movable to vary the electrode spacing between facing sides of the first and second electrode arrangements, wherein at least one of the facing sides has a non-flat surface with at least two peaks and at least two troughs forming undulations arranged periodically on the non-flat surface, the undulations of the non-flat surface making contact with the other facing side when the electrode spacing is varied to bring the second electrode arrangement into contact with the first electrode arrangement, for enabling a progressive and gradual deceleration of the second electrode arrangement as it contacts the first electrode arrangement; wherein second electrode arrangement has a thickness t in the range 1 to 10 μm, and wherein the peak-trough height is between 0.02t and 0.2t.
Process for preparing a site-specific bioconjugated antibody of formula: Ab-(Linker-Chelator) n Where said Linker is an oligopeptide with an N-terminal end, Chelator is a metal chelating agent, n is the Chelator-to antibody ratio, wherein 0<n≤2; said process comprising: - the enzymatic deglycosylation of said antibody; - the coupling of the obtained deglycosylated antibody with a compound of formula: Linker-Chelator in the presence of a transglutaminase, said process being characterized in that: said Linker is bound to Ab at its N-terminal end, and comprises a sequence chosen among (*G-G-G), (*K-G-G) and (*A-K-A), where * denotes the N-terminal end of the Linker which is covalently bound to Ab. Where said Linker is an oligopeptide with an N-terminal end, Chelator is a metal chelating agent, n is the Chelator-to antibody ratio, wherein 0<n≤2; said process comprising: - the enzymatic deglycosylation of said antibody; - the coupling of the obtained deglycosylated antibody with a compound of formula: Linker-Chelator - the enzymatic deglycosylation of said antibody; - the coupling of the obtained deglycosylated antibody with a compound of formula: Linker-Chelator in the presence of a transglutaminase, said process being characterized in that: said Linker is bound to Ab at its N-terminal end, and comprises a sequence chosen among (*G-G-G), (*K-G-G) and (*A-K-A), where * denotes the N-terminal end of the Linker which is covalently bound to Ab.
A method for the optical examination of suds containing particles in a washing machine with a sensor unit comprising a light source and a receiver, wherein light emitted by the light source is coupled into the suds, wherein light reflected by the particles is decoupled from the suds, and wherein at least a part of the decoupled, reflected light is received by a receiver, characterized in that the light received by the receiver is subjected to a spectral analysis through a microprocessor with regard to the colour components contained therein and a red light component, a green light component and a blue light component of the light received by the receiver is determined such that the colouring of the suds is measured, and an NTU (Nephelometric Turbidity Unit) characteristics is determined as a turbidity of the suds from the spectral analysis of the light received by the receiver through the microprocessor, wherein the colour components and the turbidity are provided to a controller of the washing machine as four output signals which reflect the red light component, the green light component and the blue light component as well as the NTU characteristics. wherein light emitted by the light source is coupled into the suds, wherein light reflected by the particles is decoupled from the suds, and wherein at least a part of the decoupled, reflected light is received by a receiver, characterized in that the light received by the receiver is subjected to a spectral analysis through a microprocessor with regard to the colour components contained therein and a red light component, a green light component and a blue light component of the light received by the receiver is determined such that the colouring of the suds is measured, and an NTU (Nephelometric Turbidity Unit) characteristics is determined as a turbidity of the suds from the spectral analysis of the light received by the receiver through the microprocessor, wherein the colour components and the turbidity are provided to a controller of the washing machine as four output signals which reflect the red light component, the green light component and the blue light component as well as the NTU characteristics.
A method for producing compounds with the following formula: wherein: - the residue R 1 is selected from -NH 2, -NH 2-z A z as well as monovalent alkyl and aryl residues, - the residues A are each selected, independently of each other, from the following phosphoryl residues DOPO-, DPhPO- and DPhOPO-: and - the indices x, y and z each, independently of each other, represent 0 or 1, wherein at least one of the indices 0; in which, in a first step, melamine or, when R 1 is an alkyl or aryl residue, the corresponding alkyl or aryl guanamine is reacted with one or more of the following phosphinyl chlorides DOP-Cl, DPhP-Cl and DPhOP-Cl: in order to bind one or more phosphinyl residue (s) to the amino group(s) of the melamine or guanamine, after which in a second step, the bound phosphinyl residue(s) is(are) oxidized by reaction with an oxidizing agent to form the corresponding phosphoryl residue(s). - the residue R 1 is selected from -NH 2, -NH 2-z A z as well as monovalent alkyl and aryl residues, - the residues A are each selected, independently of each other, from the following phosphoryl residues DOPO-, DPhPO- and DPhOPO-: and - the indices x, y and z each, independently of each other, represent 0 or 1, wherein at least one of the indices 0;
A method of fabricating an electrochromic device on a substrate, the electrochromic device comprising a first transparent conductor layer, an electrochromic layer, a counter electrode layer, an ion conductor layer, and a second transparent conductor layer, wherein no scribe line patterning which isolates portions of the electrochromic device is performed, the method comprising: a) receiving the substrate with the first transparent conductor layer disposed thereon; b) depositing the electrochromic layer, the ion conductor layer and the counter electrode layer on the first transparent conductor layer; c) depositing the second transparent conductor layer thereon; d) removing the electrochromic device from a peripheral region of the substrate at the edges of the substrate and around the substrate, wherein the peripheral region is between about 1 mm and about 20 mm wide; and e) forming a bus bar pad expose area by removing a portion of the electrochromic device down to the first transparent conductor layer. a) receiving the substrate with the first transparent conductor layer disposed thereon; b) depositing the electrochromic layer, the ion conductor layer and the counter electrode layer on the first transparent conductor layer; c) depositing the second transparent conductor layer thereon; d) removing the electrochromic device from a peripheral region of the substrate at the edges of the substrate and around the substrate, wherein the peripheral region is between about 1 mm and about 20 mm wide; and e) forming a bus bar pad expose area by removing a portion of the electrochromic device down to the first transparent conductor layer.
A unit for receiving and treating capsules containing a basic preparation for an ice cream product, characterized in that it comprises: - a housing configured to receive a capsule containing a basic preparation for an ice cream product; - an unloading device adapted to trigger expulsion of the capsule from the housing, the unloading device comprising an impact portion adapted to engage the capsule and a locking portion configured to lock the unloading device to the unit, wherein the housing comprises guides adapted to receive an upper edge portion of the capsule, the guides being configured to constrain the capsule to move along an expulsion direction, wherein the housing comprises a movable loading element, the movable loading element being movable between an extracted position for loading the capsule and an insertion position where the capsule is inserted into the housing, the impact portion being elastically deformable. - a housing configured to receive a capsule containing a basic preparation for an ice cream product; - an unloading device adapted to trigger expulsion of the capsule from the housing, the unloading device comprising an impact portion adapted to engage the capsule and a locking portion configured to lock the unloading device to the unit, wherein the housing comprises guides adapted to receive an upper edge portion of the capsule, the guides being configured to constrain the capsule to move along an expulsion direction, wherein the housing comprises a movable loading element, the movable loading element being movable between an extracted position for loading the capsule and an insertion position where the capsule is inserted into the housing, the impact portion being elastically deformable.
A process of tissue preservation, the process comprising the following steps in the listed order: a. treating a tissue from one or more marine algae or marine plant, or a mixture thereof, with an aqueous weak acid solution comprising one or more weak acid having a pKa in the range of 1 to 7 in a concentration of about 1 to about 20% (v/v) for no more than 48 hours to generate a pretreated tissue material; b. removing excess acid by rinsing the pretreated tissue material with an aqueous solution; c. incubating the pretreated tissue material with an aqueous solution comprising at least one sugar alcohol; d. removing excess aqueous sugar alcohol to generate a preserved tissue material; and e. drying the resulting preserved tissue material. a. treating a tissue from one or more marine algae or marine plant, or a mixture thereof, with an aqueous weak acid solution comprising one or more weak acid having a pKa in the range of 1 to 7 in a concentration of about 1 to about 20% (v/v) for no more than 48 hours to generate a pretreated tissue material; b. removing excess acid by rinsing the pretreated tissue material with an aqueous solution; c. incubating the pretreated tissue material with an aqueous solution comprising at least one sugar alcohol; d. removing excess aqueous sugar alcohol to generate a preserved tissue material; and e. drying the resulting preserved tissue material.
A method of transmitting a frame in a wireless local area network, WLAN, the method comprising: transmitting, by an access point, AP, a Request to Send, RTS, frame for medium protection to a station, STA; receiving, by the AP, a Clear to Send, CTS, frame from the STA in response to the RTS frame; and transmitting, by the AP, a data frame to the STA in response to the CTS frame, characterized in that the RTS frame is comprised in a first physical layer convergence procedure, PLCP, protocol data unit, PPDU, that is generated on the basis of a first inverse fast Fourier transform, IFFT, size, the data frame is comprised in a second PPDU that is generated on the basis of a second IFFT size, the second IFFT size is greater than the first IFFT size, and the data frame is transmitted on the basis of a transmission range determination parameter that is determined on the basis of a difference between the second IFFT size and the first IFFT size. transmitting, by an access point, AP, a Request to Send, RTS, frame for medium protection to a station, STA; receiving, by the AP, a Clear to Send, CTS, frame from the STA in response to the RTS frame; and transmitting, by the AP, a data frame to the STA in response to the CTS frame, characterized in that the RTS frame is comprised in a first physical layer convergence procedure, PLCP, protocol data unit, PPDU, that is generated on the basis of a first inverse fast Fourier transform, IFFT, size, the data frame is comprised in a second PPDU that is generated on the basis of a second IFFT size, the second IFFT size is greater than the first IFFT size, and the data frame is transmitted on the basis of a transmission range determination parameter that is determined on the basis of a difference between the second IFFT size and the first IFFT size.