mhurhangee/patent-ind-claim-en huggingface dataset:
An accommodating intraocular lens, the accommodating IOL comprising: a central axis (A-A); an optic ; a flexible membrane ; a peripheral edge coupled to the optic and the flexible membrane , the peripheral edge comprising an external circumferential surface having a height along the central axis (A-A) and a force transmitting area defined along a portion of the height of the external circumferential surface adjacent the flexible membrane ; an optic coupler coupling the optic to the circumferential peripheral edge , the optic coupler angled toward the flexible membrane ; and a closed volume spacing apart the optic and the flexible membrane ; wherein the optic is axially displaced along the central axis (A-A) and the flexible membrane changes in curvature about the central axis (A-A) when a radial compressive force is applied to the force transmitting area , the radially compressive force being transmitted onto the flexible membrane to cause the change in curvature; wherein the optic has greater rigidity than the flexible membrane such that the optic resists bending or changing in curvature when the radial compressive force is applied to the force transmitting area . a central axis (A-A); an optic ; a flexible membrane ; a peripheral edge coupled to the optic and the flexible membrane , the peripheral edge comprising an external circumferential surface having a height along the central axis (A-A) and a force transmitting area defined along a portion of the height of the external circumferential surface adjacent the flexible membrane ; an optic coupler coupling the optic to the circumferential peripheral edge , the optic coupler angled toward the flexible membrane ; and a closed volume spacing apart the optic and the flexible membrane ; wherein the optic is axially displaced along the central axis (A-A) and the flexible membrane changes in curvature about the central axis (A-A) when a radial compressive force is applied to the force transmitting area , the radially compressive force being transmitted onto the flexible membrane to cause the change in curvature; wherein the optic has greater rigidity than the flexible membrane such that the optic resists bending or changing in curvature when the radial compressive force is applied to the force transmitting area .
A centering device for centering a turbine housing with respect to a central axis of a radial turbine of a turbo system, comprising: - a ring-shaped body having an outer diameter D1 and an inner diameter D2, wherein a ratio of D1/D2 is ≤ 2; characterized in having: - two or more centering elements provided on a side surface of the ring-shaped body for engaging with respective complementary centering elements provided on a bearing housing , wherein the two or more centering elements are configured for allowing a radial thermal expansion of the ring-shaped body during engagement of the two or more centering elements with the respective complementary centering elements . - a ring-shaped body having an outer diameter D1 and an inner diameter D2, wherein a ratio of D1/D2 is ≤ 2; characterized in having: - two or more centering elements provided on a side surface of the ring-shaped body for engaging with respective complementary centering elements provided on a bearing housing , wherein the two or more centering elements are configured for allowing a radial thermal expansion of the ring-shaped body during engagement of the two or more centering elements with the respective complementary centering elements .
A non-structural lost formwork panel for making a concrete compression slab forming a floor, said panel constituting, the bottom portion of said slab once the slab has been cast, the panel presenting: - a so-called adhesion top face comprising attachment means to the slab, these so-called attachment means being sockets of undercut shape, such as sockets of dovetail shape, - a bottom face forming a facing, - on at least one of its edge faces, connection means for connection to an adjacent panel in the form of means for mutual engagement and/or of a recess housing connection elements, characterized in that the lower face includes chamfered edges or thinned edges , constituting housings for applying a jointing coating and possibly an anti-cracking strip between two adjacent panels. - a so-called adhesion top face comprising attachment means to the slab, these so-called attachment means being sockets of undercut shape, such as sockets of dovetail shape, - a bottom face forming a facing, - on at least one of its edge faces, connection means for connection to an adjacent panel in the form of means for mutual engagement and/or of a recess housing connection elements,
A lithium-ion battery anode material, comprising a core-shell structured composite material, wherein the core-shell structured composite material comprises a core material, an inner shell material, and an outer shell material, the core material comprises graphite particles, the inner shell material comprises a continuous phase and a dispersing phase, the dispersing phase comprises nano silicon-based particles, the continuous phase comprises carbon, and the outer shell material comprises lithium metal, and the chemical formula of the nano silicon-based particles is SiOx, wherein 0<x<2.
A synthetic leather comprising at least a base material (i), an adhesive layer (ii), and a skin layer (iii), wherein both the adhesive layer (ii) and the skin layer (iii) are formed of a urethane resin composition containing an anionic urethane resin having an anionic group concentration of 0.25 mmol/g or less, water, and an anionic surfactant.
Method for detecting antibodies in a patient sample, wherein a calibration strip as a separate strip is incubated together with a patient strip under the same test conditions, wherein both the calibration strip and the patient strip are placed into separate incubation channels of an incubation trough for the incubation, wherein furthermore the patient strip is incubated with patient serum, conjugate and substrate and wherein furthermore the calibration strip is incubated with a reference sample, conjugate and substrate, wherein the calibration strip has, in a calibration zone , seven regions in which calibration bands respectively appear following proper incubation with the reference sample under actually prevailing laboratory conditions, which calibration bands differ from one another in terms of their intensity, wherein furthermore a calibration curve is created on the basis of the seven calibration bands, wherein a check is carried out following creation of the calibration curve to determine whether the calibration curve is within limits permissible for the corresponding batch of a test kit, wherein the bands appearing on the patient strip are compared with the values of the calibration curve , and wherein an at least semi-quantitative evaluation of the patient strip is performed on the basis of the comparison. wherein a calibration strip as a separate strip is incubated together with a patient strip under the same test conditions, wherein both the calibration strip and the patient strip are placed into separate incubation channels of an incubation trough for the incubation, wherein furthermore the patient strip is incubated with patient serum, conjugate and substrate and wherein furthermore the calibration strip is incubated with a reference sample, conjugate and substrate, wherein the calibration strip has, in a calibration zone , seven regions in which calibration bands respectively appear following proper incubation with the reference sample under actually prevailing laboratory conditions, which calibration bands differ from one another in terms of their intensity, wherein furthermore a calibration curve is created on the basis of the seven calibration bands, wherein a check is carried out following creation of the calibration curve to determine whether the calibration curve is within limits permissible for the corresponding batch of a test kit, wherein the bands appearing on the patient strip are compared with the values of the calibration curve , and wherein an at least semi-quantitative evaluation of the patient strip is performed on the basis of the comparison.
Rail vehicle for track superstructure renovation, with at least two chassis (8', 8", 8'") and a working area (A) inbetween, in which the rail vehicle comprises successively along the travel direction (F) a thread-out device for old rails , a removal device for old sleepers , a ballast bed clearing device , a ballast bed application device , a deposition device for new sleepers (5") and a thread-in device for new rails (6"), wherein the ballast bed application device is configured to apply new ballast (3") in at least two layers and comprises therefor successively: a first ballast application device for applying a first, lower ballast layer , a compacting device for compacting the first ballast layer , and a second ballast application device for applying a second, overlying ballast layer , characterized in that the ballast bed application device has the shape of a funnel with a first outlet duct forming the first ballast application device , a downstream second outlet duct forming the second ballast application device and a central separating element in the funnel for dividing the new ballast (3") between the two outlet ducts , wherein the compacting device is formed by one or more screw conveyor(s) arranged in the first ballast application device and having an axis perpendicular to the travel direction (F) and a direction of rotation opposite to the travel direction (F), such that the first, lower ballast layer exits directly in compacted form. a first ballast application device for applying a first, lower ballast layer , a compacting device for compacting the first ballast layer , and a second ballast application device for applying a second, overlying ballast layer , characterized in that the ballast bed application device has the shape of a funnel with a first outlet duct forming the first ballast application device , a downstream second outlet duct forming the second ballast application device and a central separating element in the funnel for dividing the new ballast (3") between the two outlet ducts , wherein the compacting device is formed by one or more screw conveyor(s) arranged in the first ballast application device and having an axis perpendicular to the travel direction (F) and a direction of rotation opposite to the travel direction (F), such that the first, lower ballast layer exits directly in compacted form.
Assembly comprising a plate heat exchanger evaporator with a liquid separator for separation of liquid droplets from vapour transported from the evaporator to the separator, wherein the separator is designed as a U-shaped pipe comprising two essentially parallel pipes interconnected by means of a pipe portion , said pipes being arranged essentially horizontally, the plate heat exchanger evaporator comprising a top connection for allowing a two phase refrigerant flow of liquid and vapour to leave the plate heat exchanger evaporator and enter into a first end of the separator , the plate heat exchanger evaporator further comprising a bottom connection for allowing liquid refrigerant to circulate back from a second end of the separator , the separator configured to allow dry vapor to leave at the second end to a compressor.
A patterned fabric with an image pattern , comprising: a fabric sheet having opposite first and second surfaces and a plurality of pores extending through said first and second surfaces , each of said pores being defined by a pore-defining wall ; and a plastic film bonded to said first surface of said fabric sheet and having opposite first and second faces and an image pattern formed on said first face , said plastic film being perforated to form a plurality of through-holes extending through said first and second faces , each of said through-holes being defined by a hole-defining wall ; wherein said hole-defining wall of each of said through-holes extends into a respective one of said pores and wraps around and is bonded to at least a portion of said pore-defining wall of the respective one of said pores . a fabric sheet having opposite first and second surfaces and a plurality of pores extending through said first and second surfaces , each of said pores being defined by a pore-defining wall ; and a plastic film bonded to said first surface of said fabric sheet and having opposite first and second faces and an image pattern formed on said first face , said plastic film being perforated to form a plurality of through-holes extending through said first and second faces , each of said through-holes being defined by a hole-defining wall ; wherein said hole-defining wall of each of said through-holes extends into a respective one of said pores and wraps around and is bonded to at least a portion of said pore-defining wall of the respective one of said pores .
A detoxified Staphylococcal Exotoxin B (SEB) toxin that is mutated to comprise three point mutations at amino acid positions 21 to 25 in the SEB toxin sequence SEQ ID NO:1, wherein said three point mutations comprise a deletion of aa21-23 or aa22-24, or a deletion at corresponding amino acid positions in any other naturally-occurring SEB toxin sequence that has at least 95% sequence identity to SEQ ID NO:1.
Device for adapting the use of an apparatus, comprising: a processing unit to verify whether there is a license for the apparatus, and, if this is the case to generate a certificate request, and a transmitting/receiving unit to send the certificate request to a certification server and to receive a certificate from the certification server in response to the certificate request, wherein the processing unit is set up to verify if information contained within the certificate corresponds to license information and to adapt the use of the apparatus based on the certificate. a processing unit to verify whether there is a license for the apparatus, and, if this is the case to generate a certificate request, and a transmitting/receiving unit to send the certificate request to a certification server and to receive a certificate from the certification server in response to the certificate request, wherein the processing unit is set up to verify if information contained within the certificate corresponds to license information and to adapt the use of the apparatus based on the certificate.
A method for transitioning ownership of an ownership group the method comprising the steps of: a) broadcasting a message to all available database servers instructing the database servers to cease making forward changes to a data item within said ownership group whose ownership is about to be changed; b) waiting for all transactions that have made changes to the data item and that were begun prior to broadcasting the message to either commit or abort; c) if any transactions that made changes to the data item abort, then removing all changes to the data item that were made before access to the data item was disabled by the transactions that abort; d) changing the owner set data that indicates ownership of the data item from a first owner to a second owner; and e) enabling access to the data item. a) broadcasting a message to all available database servers instructing the database servers to cease making forward changes to a data item within said ownership group whose ownership is about to be changed; b) waiting for all transactions that have made changes to the data item and that were begun prior to broadcasting the message to either commit or abort; c) if any transactions that made changes to the data item abort, then removing all changes to the data item that were made before access to the data item was disabled by the transactions that abort; d) changing the owner set data that indicates ownership of the data item from a first owner to a second owner; and e) enabling access to the data item.
A terminal device , comprising: a transceiver configured to perform wireless communication; and a controller configured to perform control such that capability information regarding a supported communication scheme is transmitted to an external device through the wireless communication, characterized in that , in a case in which New Radio, NR, capable of controlling a sub carrier spacing and a symbol length as a first communication scheme and Long Term Evolution, LTE, as a second communication scheme different from the first communication scheme are supported, the controller is configured to associate, with the capability information, a set of parameters, wherein, in a case in which a dual connectivity based on the first communication scheme and the second communication scheme is supported, a first parameter indicating a support of the dual connectivity based on the first communication scheme and the second communication scheme is included in the capability information, wherein, in a case in which a communication based on the first communication scheme is supported, a second parameter indicating a support of the communication based on the first communication scheme is included in the capability information; and wherein the capability information is transmitted using the second communication scheme. a transceiver configured to perform wireless communication; and a controller configured to perform control such that capability information regarding a supported communication scheme is transmitted to an external device through the wireless communication, characterized in that , in a case in which New Radio, NR, capable of controlling a sub carrier spacing and a symbol length as a first communication scheme and Long Term Evolution, LTE, as a second communication scheme different from the first communication scheme are supported, the controller is configured to associate, with the capability information, a set of parameters, wherein, in a case in which a dual connectivity based on the first communication scheme and the second communication scheme is supported, a first parameter indicating a support of the dual connectivity based on the first communication scheme and the second communication scheme is included in the capability information, wherein, in a case in which a communication based on the first communication scheme is supported, a second parameter indicating a support of the communication based on the first communication scheme is included in the capability information; and wherein the capability information is transmitted using the second communication scheme.
A method for the rehabilitation of the base of a railway line having a horizontal layer of compact material positioned below the tracks , comprising: - a step of removing, on both sides of the tracks , a continuous longitudinal portion of the horizontal layer for defining a relative continuous longitudinal cavity , characterised in that the method comprises - a step of injecting a resinous material in a fluid form in the longitudinal cavity , the resinous material being such as to reconstitute, after hardening, the continuity of the horizontal layer of compact material, and - a step of placing, along the continuous longitudinal cavity , a succession of rigid panels configured for containing, during its hardening, the resinous material injected in the fluid form. - a step of removing, on both sides of the tracks , a continuous longitudinal portion of the horizontal layer for defining a relative continuous longitudinal cavity , characterised in that the method comprises - a step of injecting a resinous material in a fluid form in the longitudinal cavity , the resinous material being such as to reconstitute, after hardening, the continuity of the horizontal layer of compact material, and - a step of placing,
A turbine shroud adapted to be mounted outward of blades included in a turbine wheel assembly , the turbine shroud comprising: a blade track segment comprising ceramic matrix composite materials, the blade track segment including a runner that extends partway around a central axis to face a primary gas path of a gas turbine engine and an attachment feature , characterized in that the shroud comprises a multi-piece carrier having a forward body and an aft body comprising metallic materials and configured to be mounted to other metallic components within the gas turbine engine and coupled together at mating faces of each of the forward and aft bodies , and a mount assembly configured to couple with the attachment feature , and having an axial stop pin that is fitted in a closed-face receiver of the aft body of the multi-piece carrier and contacts a wall of the attachment feature , wherein the attachment feature includes an eyelet formed therethrough, the axial stop pin abuts the wall of the attachment feature located radially exterior to the eyelet , and the axial stop pin has a length to maintain appropriate axial spacing between the fore body , the aft body and the blade track segment . a blade track segment comprising ceramic matrix composite materials, the blade track segment including a runner that extends partway around a central axis to face a primary gas path of a gas turbine engine and an attachment feature , characterized in that the shroud comprises a multi-piece carrier having a forward body and an aft body comprising metallic materials and configured to be mounted to other metallic components within the gas turbine engine and coupled together at mating faces of each of the forward and aft bodies , and a mount assembly configured to couple with the attachment feature , and having an axial stop pin that is fitted in a closed-face receiver of the aft body of the multi-piece carrier and contacts a wall of the attachment feature , wherein the attachment feature includes an eyelet formed therethrough, the axial stop pin abuts the wall of the attachment feature located radially exterior to the eyelet , and the axial stop pin has a length to maintain appropriate axial spacing between the fore body , the aft body and the blade track segment .