mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical repair graft comprising: more than two stacked biotextile layers made of collagen and joined together; and a bioabsorbable carrier matrix comprising multivesicular liposomes attached to at least one of the biotextile layers, the multivesicular liposomes comprising an active agent, wherein the multivesicular liposomes comprise a plurality of particles each having a plurality of non-concentric internally aqueous chambers each surrounded by a lipid membrane , at least one of the aqueous chambers and the lipid membrane containing the active agent , wherein the carrier matrix is attached to the biotextile layer at a plurality of discrete attachment sites, and wherein a first set of the aqueous chambers are on an exterior of the particles and a second set of aqueous chambers are on an interior of the particles, wherein lipid membranes on the first set of aqueous chambers are configured to degrade before the lipid membranes on the second set of aqueous chambers. more than two stacked biotextile layers made of collagen and joined together; and a bioabsorbable carrier matrix comprising multivesicular liposomes attached to at least one of the biotextile layers, the multivesicular liposomes comprising an active agent, wherein the multivesicular liposomes comprise a plurality of particles each having a plurality of non-concentric internally aqueous chambers each surrounded by a lipid membrane , at least one of the aqueous chambers and the lipid membrane containing the active agent , wherein the carrier matrix is attached to the biotextile layer at a plurality of discrete attachment sites, and wherein a first set of the aqueous chambers are on an exterior of the particles and a second set of aqueous chambers are on an interior of the particles, wherein lipid membranes on the first set of aqueous chambers are configured to degrade before the lipid membranes on the second set of aqueous chambers.
A transmitter , comprising: a plurality of terminals ; and a line driver configured to transmit a signal via a terminal of the plurality of terminals, the signal being in one of three phases, wherein the line driver includes a first transistor , a second transistor , and a third transistor , wherein a source of the first transistor and a source of the third transistor are coupled to a first end of a first resistor , and a second end of the first resistor is coupled to the terminal and a first end of a second resistor , wherein a second end of the second resistor is coupled to a drain of the second transistor, and wherein the line driver is configured to: drive the terminal towards a first voltage level by turning on the first transistor when the signal is in a first phase, drive the terminal towards a second voltage level by turning on the second transistor when the signal is in a second phase, and drive the terminal towards a third voltage level by turning on the third transistor when the signal is in a third phase. a plurality of terminals ; and a line driver configured to transmit a signal via a terminal of the plurality of terminals, the signal being in one of three phases, wherein the line driver includes a first transistor , a second transistor , and a third transistor , wherein a source of the first transistor and a source of the third transistor are coupled to a first end of a first resistor , and a second end of the first resistor is coupled to the terminal and a first end of a second resistor , wherein a second end of the second resistor is coupled to a drain of the second transistor, and wherein the line driver is configured to: drive the terminal towards a first voltage level by turning on the first transistor when the signal is in a first phase, drive the terminal towards a second voltage level by turning on the second transistor when the signal is in a second phase, and drive the terminal towards a third voltage level by turning on the third transistor when the signal is in a third phase. drive the terminal towards a first voltage level by turning on the first transistor when the signal is in a first phase, drive the terminal towards a second voltage level by turning on the second transistor when the signal is in a second phase, and drive the terminal towards a third voltage level by turning on the third transistor when the signal is in a third phase.
A system comprising: at least one processor; and memory storing instructions that, when executed by the at least one processor, perform a method comprising: generating a resource; generating a cryptographic key pair; associating a public key from the cryptographic key pair with the resource; storing the resource; and adding information about the stored resource to a resource index, wherein the resource index is indexed by the public key associated with the resource wherein the information comprises a location of the stored resource, wherein the resources public key is operable to discover and access the resource regardless of any changes to the resource. at least one processor; and memory storing instructions that, when executed by the at least one processor, perform a method comprising: generating a resource; generating a cryptographic key pair; associating a public key from the cryptographic key pair with the resource; storing the resource; and adding information about the stored resource to a resource index, wherein the resource index is indexed by the public key associated with the resource wherein the information comprises a location of the stored resource, wherein the resources public key is operable to discover and access the resource regardless of any changes to the resource. generating a resource; generating a cryptographic key pair; associating a public key from the cryptographic key pair with the resource; storing the resource; and adding information about the stored resource to a resource index, wherein the resource index is indexed by the public key associated with the resource wherein the information comprises a location of the stored resource, wherein the resources public key is operable to discover and access the resource regardless of any changes to the resource.
An optical article comprising: an optical element ; a low refractive index layer disposed on the optical element having an effective refractive index of 1.3 or less, the low refractive index layer comprising: a binder; a plurality of metal oxide particles dispersed in the binder; and a network of interconnected voids; and a polymeric protective layer formed from organomodified silicones or thermoplastic silicone acrylate copolymers disposed on the low refractive index layer , wherein the polymeric protective layer does not increase an effective refractive index of the optical article by greater than 10%, wherein the polymeric protective layer comprises cross-linked polymers. an optical element ; a low refractive index layer disposed on the optical element having an effective refractive index of 1.3 or less, the low refractive index layer comprising: a binder; a plurality of metal oxide particles dispersed in the binder; and a network of interconnected voids; and a binder; a plurality of metal oxide particles dispersed in the binder; and a network of interconnected voids; and a polymeric protective layer formed from organomodified silicones or thermoplastic silicone acrylate copolymers disposed on the low refractive index layer , wherein the polymeric protective layer does not increase an effective refractive index of the optical article by greater than 10%, wherein the polymeric protective layer comprises cross-linked polymers.
Exposure control circuitry operable to receive a distorted image signal that includes distortion resulting from a wide angle lens element of an imaging device and operable to control at least one of a light emitting element, an image sensor , and an optical assembly including the wide angle lens, the exposure control circuitry further configured to, based on the distorted image signal: (a) activate a first distortion model for performing exposure control at an angle of operation; (b) model an inverse effect of the distortion by (i) estimating pixel weights that respective pixels of the distorted image signal would have in an undistorted image signal which is an undistorted version of the distorted image signal; (ii) scaling pixel intensity values of the pixels of the distorted image signal by respective pixel weights to produce a weighted pixel value for the respective pixels; (c) provide the weighted pixel values to an exposure control pixel counting process to produce one or more exposure feedback control signals; (d) transmit the one or more exposure feedback control signals to at least one of the light emitting element, the optical assembly, and the image sensor assembly; characterised in that the exposure control circuitry is further configured to (e) receive a new angle at which the imaging device will operate and, in response, activate a second distortion model for performing exposure control at the new angle of operation, and receive the distorted image signal produced at the new angle. (a) activate a first distortion model for performing exposure control at an angle of operation; (b) model an inverse effect of the distortion by (i) estimating pixel weights that respective pixels of the distorted image signal would have in an undistorted image signal which is an undistorted version of the distorted image signal; (ii) scaling pixel intensity values of the pixels of the distorted image signal by respective pixel weights to produce a weighted pixel value for the respective pixels; (c) provide the weighted pixel values to an exposure control pixel counting process to produce one or more exposure feedback control signals; (d) transmit the one or more exposure feedback control signals to at least one of the light emitting element, the optical assembly, and the image sensor assembly;
An (L)-arginine salt of 1-((( Z )-(1-(2-aminothiazol-4-yl)-2-oxo-2-(((3 S ,4 R )-2-oxo-4-((2-oxooxazolidin-3-yl)methyl)-1-sulfoazetidin-3-yl)amino)ethylidene)amino)oxy) cyclopropanecarboxylic acid.
An electrorefining cell for the electrolytic refining of copper, said cell comprising: one or more electrorefining anodes comprising impure copper; one or more cathodes; and an electrolyte containing copper sulfate and sulfuric acid; wherein said electrorefining cell further comprises: one or more electrowinning anodes; and one or more point-of-use power converters configured to supply current to the or each electrowinning anode whereby to control the copper concentration of the electrolyte when said cell is in use. one or more electrorefining anodes comprising impure copper; one or more cathodes; and an electrolyte containing copper sulfate and sulfuric acid; one or more electrowinning anodes; and one or more point-of-use power converters configured to supply current to the or each electrowinning anode whereby to control the copper concentration of the electrolyte when said cell is in use.
A soundproof panel comprising a first nonwoven structural member comprising a moistenable-thermal adhesive fiber which is melt-bonded to a fiber of the first nonwoven structural member to fix the fibers and a honeycomb member having a honeycomb structure, wherein the first nonwoven structural member has a bonded fiber ratio as defined in the present specification of 3 to 85% and an apparent density of 0.03 to 0.7 g/cm 3 and the thickness ratio of the nonwoven structural member relative to the honeycomb member [the first nonwoven structural member/the honeycomb member] is 1/2 to 1/9.
A combined container-processing plant comprising a container-forming machine and a container-filling machine operatively coupled to the container-forming machine , the container-forming machine and the container-filling machine having a respective rotating wheel, or carousel , controlled by a respective control unit to rotate around a respective rotation axis (A, B) at synchronized production speed, while performing respective container-processing operations; characterized in that the container-forming machine and the container-filling machine are controlled to rotate at a full production speed, in a first operating condition, and at least at a first reduced production speed, in a second operating condition; the container-forming machine being configured to perform container-forming operations both at the full production speed and at the first reduced production speed.
A case for containing a plurality of biological samples, the case comprising: a base ; a substrate attached to the base , the substrate comprising a plurality of reaction regions configured to receive one or more biological samples; and a cover comprising an inner surface , the cover configured to be attached to the base such that the base and cover together provide a cavity containing the substrate ; and wherein the inner surface includes a central area and a recessed area disposed about the central area , the central area configured to cover the reaction regions , the recessed area being offset from the central area in a direction normal to the inner surface, wherein the recessed area comprises a trough disposed along a perimeter of the central area , and wherein a bottom surface of the trough has surface profile that varies in depth. a base ; a substrate attached to the base , the substrate comprising a plurality of reaction regions configured to receive one or more biological samples; and a cover comprising an inner surface , the cover configured to be attached to the base such that the base and cover together provide a cavity containing the substrate ; and wherein the inner surface includes a central area and a recessed area disposed about the central area , the central area configured to cover the reaction regions , the recessed area being offset from the central area in a direction normal to the inner surface, wherein the recessed area comprises a trough disposed along a perimeter of the central area , and wherein a bottom surface of the trough has surface profile that varies in depth.
A compound of Formula V: wherein: A is cyclohex-1-enyl; n is 0 or 1; R 10 is C 1-4 alkyl; R 2 is C 1-15 alkyl; wherein said alkyl is optionally substituted with heteroaryl comprising 1 to 15 carbon atoms and 1 to 4 heteroatoms selected from oxygen, nitrogen and sulfur within at least one ring; or a pharmaceutically acceptable salt, ester, stereoisomer, mixture of stereoisomers or tautomer thereof. A is cyclohex-1-enyl; n is 0 or 1; R 10 is C 1-4 alkyl; R 2 is C 1-15 alkyl; wherein said alkyl is optionally substituted with heteroaryl comprising 1 to 15 carbon atoms and 1 to 4 heteroatoms selected from oxygen, nitrogen and sulfur within at least one ring;
A process for cleaning blast furnace gas flowing from a furnace via a dust removing device to one or more filter stations , comprising the following steps: - one or more sensors are used to continuously monitor one or more parameters indicative for an expected temperature peak in the furnace gas flow; - in case the measured parameter exceeds a predefined limit value, a coolant, e.g., water, is sprayed into the furnace gas flow; characterized in that - after passing the dust removing device and before passing the filter stations the blast furnace gas flows downward through a conditioning tower having an inlet at its top section and an outlet at or near its bottom, the conditioning tower comprising nozzles spraying said coolant co-currently or counter-currently into the blast furnace gas flow; - during the residence time in the conditioning tower the coolant evaporates before the blast furnace gas passes a blast furnace gas outlet . - one or more sensors are used to continuously monitor one or more parameters indicative for an expected temperature peak in the furnace gas flow; - in case the measured parameter exceeds a predefined limit value, a coolant, e.g., water, is sprayed into the furnace gas flow; characterized in that - after passing the dust removing device and before passing the filter stations the blast furnace gas flows downward through a conditioning tower having an inlet at its top section and an outlet at or near its bottom, the conditioning tower comprising nozzles spraying said coolant co-currently or counter-currently into the blast furnace gas flow; - during the residence time in the conditioning tower the coolant evaporates before the blast furnace gas passes a blast furnace gas outlet .
A shoe comprising: an upper ; and a sole , wherein the upper is formed from a web including one or a plurality of randomly layered thermoplastic fine strands, the web includes a first region in which the thermoplastic fine strand is point-bonded to each other at contact portions and a three-dimensional shape of the thermoplastic fine strand is maintained and a second region formed in a sheet form in which the thermoplastic fine strand is fused and a three-dimensional shape of the thermoplastic fine strand disappears or is deformed, the second region having an apparent density higher than an apparent density of the first region, wherein a thickness of the first region is 5 mm to 30 mm, and a diameter of the thermoplastic fine strand in the first region ranges from 0.2 mm to 2 mm, and the apparent density of the first region ranges from 0.005 g/cm 3 to 0.2 g/cm 3 . an upper ; and a sole , wherein the upper is formed from a web including one or a plurality of randomly layered thermoplastic fine strands, the web includes a first region in which the thermoplastic fine strand is point-bonded to each other at contact portions and a three-dimensional shape of the thermoplastic fine strand is maintained and a second region formed in a sheet form in which the thermoplastic fine strand is fused and a three-dimensional shape of the thermoplastic fine strand disappears or is deformed, the second region having an apparent density higher than an apparent density of the first region, wherein a thickness of the first region is 5 mm to 30 mm, and a diameter of the thermoplastic fine strand in the first region ranges from 0.2 mm to 2 mm, and the apparent density of the first region ranges from 0.005 g/cm 3 to 0.2 g/cm 3 .
A compression garment (10;11;12;30) including: i. a shaped fabric body ; ii. an opening (22; 31) extending over at least a part of the fabric body; and iii. a closure configured to close the opening; characterised by an elastic material connected at both sides of the opening to extend across the opening such that, in use, the elastic material tends to draw the sides of the opening together when the closure is in an open position. i. a shaped fabric body ; ii. an opening (22; 31) extending over at least a part of the fabric body; and iii. a closure configured to close the opening;
A yarn pressing mechanism for being used in a yarn joining device to press a first yarn end and a second yarn end when joining the first yarn end and the second yarn end by the action of compressed air, comprising: a contact member having a contact surface that extends horizontally in a yarn running direction: and a yarn pressing member that is arranged movably so as to approach and separate from the contact surface , and presses the first yarn end and the second yarn end in cooperation with the contact surface by contacting the contact surface , wherein the yarn pressing member includes a first pressing lever that presses the first yarn end in cooperation with the contact surface ; a second pressing lever that presses the second yarn end in cooperation with the contact surface ; a linking section that links the second pressing lever to the first pressing lever ; characterized in that said linking section links the second pressing lever to the first pressing lever so as to be movable; whereby a biasing member biases the second pressing lever with respect to the first pressing lever such that the second pressing lever is biased toward the contact surface side. a contact member having a contact surface that extends horizontally in a yarn running direction: and a yarn pressing member that is arranged movably so as to approach and separate from the contact surface , and presses the first yarn end and the second yarn end in cooperation with the contact surface by contacting the contact surface , wherein the yarn pressing member includes a first pressing lever that presses the first yarn end in cooperation with the contact surface ; a second pressing lever that presses the second yarn end in cooperation with the contact surface ; a linking section that links the second pressing lever to the first pressing lever ; a first pressing lever that presses the first yarn end in cooperation with the contact surface ; a second pressing lever that presses the second yarn end in cooperation with the contact surface ; a linking section that links the second pressing lever to the first pressing lever ; characterized in that said linking section links the second pressing lever to the first pressing lever so as to be movable; whereby a biasing member biases the second pressing lever with respect to the first pressing lever such that the second pressing lever is biased toward the contact surface side.
A caster wheel alignment system for a conveyor having a frame defining an endless loop travel path and a transport vehicle having a plurality of caster wheels configured to travel along the travel path, said alignment system being characterised in that it comprises: a support frame configured to couple to a portion of the frame of the conveyor; a horizontal cam coupled to said support frame and positioned to intercept a travel path of a subject one of the plurality of caster wheels of the transport vehicle that travels along the travel path, said horizontal cam configured to automatically adjust an orientation of the subject caster wheel from an improper leading orientation in which the caster wheel is leading an axle of the transport vehicle to a proper trailing orientation in which the caster wheel is trailing the axle. a support frame configured to couple to a portion of the frame of the conveyor; a horizontal cam coupled to said support frame and positioned to intercept a travel path of a subject one of the plurality of caster wheels of the transport vehicle that travels along the travel path, said horizontal cam configured to automatically adjust an orientation of the subject caster wheel from an improper leading orientation in which the caster wheel is leading an axle of the transport vehicle to a proper trailing orientation in which the caster wheel is trailing the axle.