mhurhangee/patent-ind-claim-en huggingface dataset:
A habitat support arrangement for cleaner fish habitat for use in marine salmon farm cages , the habitat support arrangement comprising a habitat support apparatus and extending therefrom an arrangement of habitat-forming natural aquatic flora , the habitat support apparatus comprising a peripheral frame arrangement comprising one or more frame members configured in an arrangement to define a habitat support region between the one or more frame members , the habitat support region comprising one or more support substrates for supporting the habitat-forming natural aquatic flora for use as cleaner fish habitat, the one or more support substrates comprising elongate members extending between two frame members or two portions of a frame member , and wherein the apparatus is negatively buoyant and configured for suspension within a salmon farm cage and for raising and lowering within the salmon farm cage to different depths.
A composition for high strength glass fibers, formable from a direct melt process, said composition consisting of: 64-70 weight percent SiO 2 ; 17-22 weight percent Al 2 O 3 ; 9-11 weight percent MgO; and 1.75-3.0 weight percent R 2 O, where R 2 O equals the sum of Li 2 O and Na 2 O; and trace impurities present in the raw materials providing the SiO 2 , Al 2 O 3 , MgO and R 2 O components, each impurity being present in an amount of 0.05 weight percent or less; the composition having a liquidus of less than 1399°C (2550°F). 64-70 weight percent SiO 2 ; 17-22 weight percent Al 2 O 3 ; 9-11 weight percent MgO; and 1.75-3.0 weight percent R 2 O, where R 2 O equals the sum of Li 2 O and Na 2 O; and trace impurities present in the raw materials providing the SiO 2 , Al 2 O 3 , MgO and R 2 O components, each impurity being present in an amount of 0.05 weight percent or less;
A multiphase inductive power transfer, IPT, primary track conductor arrangement comprising a first phase conductor and a second phase conductor , the phase conductors being arranged substantially in a plane and so as to overlap each other and being arranged such that there is substantially balanced mutual coupling between the phase conductors; wherein the phase conductors extend longitudinally in the plane in a first dimension and a plurality of lengths of each phase conductor extend across the plane substantially transversely relative to the first dimension, the transverse lengths being substantially parallel to each other and spaced from each other; characterized in that : the transverse lengths of each phase conductor are grouped ir pairs so that current will flow in the same direction through each pair; and each phase conductor comprises a forward and return conductor to carry forward and reverse currents. the transverse lengths of each phase conductor are grouped ir pairs so that current will flow in the same direction through each pair; and each phase conductor comprises a forward and return conductor to carry forward and reverse currents.
A processor implemented method comprising: receiving data pertaining to information flow between a plurality of nodes identified in a network ; identifying one or more affected nodes from the plurality of nodes and one or more affected paths therebetween ; computing an attack risk at the one or more affected nodes ; computing a propagated risk on one or more neighboring nodes of the one or more affected nodes by receiving pre-defined bipartite graphs of transitions based on attack vectors and influence vectors; estimating attack probability based on the pre-defined bipartite graphs of transitions, pre-defined weights assigned to the propagated risk and probability of selection of a path in the network ; computing, by the hardware processor, an aggregated risk at the one or more affected nodes based on the propagated risk; and computing, by the hardware processor, an impact propagation at the one or more affected nodes based on the aggregated risk. receiving data pertaining to information flow between a plurality of nodes identified in a network ; identifying one or more affected nodes from the plurality of nodes and one or more affected paths therebetween ; computing an attack risk at the one or more affected nodes ; computing a propagated risk on one or more neighboring nodes of the one or more affected nodes by receiving pre-defined bipartite graphs of transitions based on attack vectors and influence vectors; estimating attack probability based on the pre-defined bipartite graphs of transitions, pre-defined weights assigned to the propagated risk and probability of selection of a path in the network ; computing, by the hardware processor, an aggregated risk at the one or more affected nodes based on the propagated risk; and computing, by the hardware processor, an impact propagation at the one or more affected nodes based on the aggregated risk.
A cooling device having at least one drawer having a front panel and pluralities of drawer walls , at least one shelf provided in the upper vicinity of said drawer , at least one cover which at least partially encircles the drawer walls in order to at least partially close the openings which remain between said shelf and said drawer walls , wherein for providing connection between said cover and the shelf : one of the shelf and the cover comprises at least one carrier tab , and the other one of the shelf and the cover comprises at least one opening wherein said carrier tab is at least partially placed, characterized in that the carrier tab and the opening are provided in the vicinity of a rear wall of the cover , wherein the carrier tab is provided on an extension part which extends from a frame of the shelf towards the side where the drawer is provided, wherein the opening is provided on the rear wall of the cover at a predetermined distance with respect to the edge of the rear wall facing the shelf , wherein at least one housing is provided in the vicinity of the carrier tab in a manner receiving a hanger part defined between the opening and the edge of the rear wall of the cover facing the shelf . at least one shelf provided in the upper vicinity of said drawer , at least one cover which at least partially encircles the drawer walls in order to at least partially close the openings which remain between said shelf and said drawer walls , wherein for providing connection between said cover and the shelf : one of the shelf and the cover comprises at least one carrier tab , and the other one of the shelf and the cover comprises at least one opening wherein said carrier tab is at least partially placed, characterized in that the carrier tab and the opening are provided in the vicinity of a rear wall of the cover , wherein the carrier tab is provided on an extension part which extends from a frame of the shelf towards the side where the drawer is provided, wherein the opening is provided on the rear wall of the cover at a predetermined distance with respect to the edge of the rear wall facing the shelf , wherein at least one housing is provided in the vicinity of the carrier tab in a manner receiving a hanger part defined between the opening and the edge of the rear wall of the cover facing the shelf .
A method for manufacturing a metal foam comprising a step of applying an electromagnetic field to a green structure having a polymer foam, in which a layer of a metal component containing a conductive metal having a relative magnetic permeability of 90 or more is formed on its surface, and sintering the metal component by heat generated by induction heating of the conductive metal.
A method for preparing a solid dosage form comprising i) an inert core unit; and ii) a drug coating comprising at least one antibody or functional fragment thereof as active agent, a buffer and at least one polymeric binder, deposited on the inert core unit by drug layering; the method comprising the steps of a) preparing an active agent coating liquid, comprising the at least one antibody or functional fragment thereof, the buffer and the at least one polymeric binder, as an aqueous solution or suspension; b) layering the inert core unit with the active agent coating liquid using spray coating; c) drying the wet drug layered inert core unit, simultaneously with step b), or after step b) has been completed, to give rise to a dried solid dosage form; and after step c), d) applying at least one additional coating in the form of a sustained release coating, by layering the solid dosage form of step c) with a sustained release coating liquid using spray coating, and then drying the wet layered solid dosage form using a fluidized bed or an oven; and wherein the sustained release coating liquid further comprises a coalescence enhancer. a) preparing an active agent coating liquid, comprising the at least one antibody or functional fragment thereof, the buffer and the at least one polymeric binder, as an aqueous solution or suspension; b) layering the inert core unit with the active agent coating liquid using spray coating; c) drying the wet drug layered inert core unit, simultaneously with step b), or after step b) has been completed, to give rise to a dried solid dosage form; and after step c), d) applying at least one additional coating in the form of a sustained release coating, by layering the solid dosage form of step c) with a sustained release coating liquid using spray coating, and then drying the wet layered solid dosage form using a fluidized bed or an oven; and
A method, carried out by a base station , of receiving a reference signal, the method comprising: transmitting , to a User Equipment, UE , an indication, which indicates whether or not reference signal resources are divided into a first reference signal group and a second reference signal group wherein the first reference signal group corresponds to a first set of cyclic shift indices, and the second reference signal group corresponds to a second set of cyclic shift indices different to the cyclic shift indices in the first set; and receiving a reference signal based on the indication, wherein a reference signal sequence r u,v (a) (n) in the first reference signal group is defined by a cyclic shift α of a base sequence r u,v (n) according to: r u , ν α n = e jαn r ̅ u , ν n , 0 ≦ n < M sc RS and a reference signal sequence r u,v (a) (n) in the second reference signal group is defined by a cyclic shift α of a base sequence r u,v (n) according to: r u , ν α n = e j α 2 e jαn r ̅ u , ν n , 0 ≦ n < M sc RS . transmitting , to a User Equipment, UE , an indication, which indicates whether or not reference signal resources are divided into a first reference signal group and a second reference signal group wherein the first reference signal group corresponds to a first set of cyclic shift indices, and the second reference signal group corresponds to a second set of cyclic shift indices different to the cyclic shift indices in the first set; and receiving a reference signal based on the indication, wherein a reference signal sequence r u,v (a) (n) in the first reference signal group is defined by a cyclic shift α of a base sequence r u,v (n) according to: r u , ν α n = e jαn r ̅ u , ν n , 0 ≦ n < M sc RS and a reference signal sequence r u,v (a) (n) in the second reference signal group is defined by a cyclic shift α of a base sequence r u,v (n) according to: r u , ν α n = e j α 2 e jαn r ̅ u , ν n , 0 ≦ n < M sc RS .
Temozolomide for use in a method of treating a patient suffering from glioblastoma cancer comprising: administering to the patient an effective amount of temozolomide, wherein a mass spectrometry analysis of a protein digest of a formalin-fixed tumor sample from the patient evidences an amount of a MGMT fragment peptide according to SEQ ID NO:1 less than or substantially equal to a reference level of 150 amol/μg.
A compound according to Structure 1: wherein m is 0, 1, or 2 and R is H, a C1 to C5 alkyl group, vinyl, CF 3 , CH 2 CH 2 F, CH 2 CHF 2 , or CH 2 CF 3 , wherein the following compounds are excluded from the scope of Structure 1:
Stack of layers , comprising: • a first layer made of an anisotropic magnetostrictive material including at least one preferential axis of deformation in the plane defined by said layer , the first layer having at least one mark , such as a flattening or a notch on an edge of said layer or an engraving on one face of said layer , or being provided with at least one locating means, locating a preferential axis of deformation ; • a second layer made of a piezoelectric material having a first axis of polarization in the plane defined by the second layer parallel to the plane defined by the first layer , the first axis of polarization being located by a second mark ; the first axis of polarization and the preferential axis of deformation being aligned to within 15°. • a first layer made of an anisotropic magnetostrictive material including at least one preferential axis of deformation in the plane defined by said layer , the first layer having at least one mark , such as a flattening or a notch on an edge of said layer or an engraving on one face of said layer , or being provided with at least one locating means, locating a preferential axis of deformation ; • a second layer made of a piezoelectric material having a first axis of polarization in the plane defined by the second layer parallel to the plane defined by the first layer , the first axis of polarization being located by a second mark ;
A method of multi-stage tessellation of a curve, comprising: tessellating a curve to divide the curve into first line segments with a first computing unit; providing , by the first computing unit, the first line segments to a second computing unit; transforming , by one of the first or second computing unit, the curve from an object coordinate space associated with instructions of a software application to a device coordinate space associated with a device for displaying a graphics image; computing , by one of the first or second computing unit, a scale factor representing the amount of scaling performed in the transformation; tessellating a portion of the curve represented by the first line segments into second line segments based on the scale factor with the second computing unit, wherein the second computing unit tessellates a first portion of the curve represented by a first of the first line segments and a second portion of the curve represented by a second of the first line segments in parallel; rendering , by one of the first or second computing unit, the curve to a display using the tessellated line segments. tessellating a curve to divide the curve into first line segments with a first computing unit; providing , by the first computing unit, the first line segments to a second computing unit; transforming , by one of the first or second computing unit, the curve from an object coordinate space associated with instructions of a software application to a device coordinate space associated with a device for displaying a graphics image; computing , by one of the first or second computing unit, a scale factor representing the amount of scaling performed in the transformation; tessellating a portion of the curve represented by the first line segments into second line segments based on the scale factor with the second computing unit, wherein the second computing unit tessellates a first portion of the curve represented by a first of the first line segments and a second portion of the curve represented by a second of the first line segments in parallel; rendering , by one of the first or second computing unit, the curve to a display using the tessellated line segments.
A system including a vapor-compression circuit including a compressor that compresses a working fluid, a condenser that condenses said working fluid, an evaporator that evaporates said working fluid, a source of waste heat and a first thermoelectric device positioned in heat-transferring relation to said source of waste heat and that generates an electric current from said source of waste heat; characterized by the system further comprising a second thermoelectric device that, during operation of the system, is bowered by said electric current and transfers heat to an ambient environment from said working fluid downstream of said condenser and upstream of said evaporator to subcool said working fluid downstream of said condenser and upstream of said evaporator .
Grate bar for a feed grate comprising grate bar layers arranged one above the other for an incineration plant, comprising a front foot section and an upper contact surface for the front foot section of a grate bar of a higher-located grate layer , characterized in that the contact surface has a contour with an elevation and/or a depression for deflecting the grate bar of the higher-located grate bar layer in an up and down movement during its advance during the advancing movement of the grate bar layers of the feed grate.
A washing or cleaning agent, characterized in that it contains a compound of general formula I, II or III, in which R 1 , R 2 , R 3 and R 4 represent, independently of one another, a methyl or ethyl functional group, R 5 represents H, SO 2 CH 3 or an SO 3 - -monosubstituted C 2-5 alkyl functional group having a charge-balancing number of cations, R 6 represents a trialkylammonium-monosubstituted, or pyridinium-monosubstituted C 3-5 alkyl functional group having a charge-balancing number of anions, or an N-oxide or hydroxylamine corresponding to formula I, II or III.
An unsaturated double bond containing compound represented by the following general formula (II): wherein R 9 represents a hydrogen atom or a methyl group; R 10 represents any one of a hydroxy group, a (meth)acryloyloxy group, a styryloxy group, and an alkenyloxy group having 2 to 5 carbon atoms; and R 11 , R 12 , R 13 , and R 14 each independently represent any one of an alkyl group having 1 to 6 carbon atoms, an alkenyl group having 2 to 6 carbon atoms, an aryl group, and an aralkyl group.
A catheter device for transluminally delivering a self-expanding tubular implant to a site in a body, the device comprising: an inner catheter comprising a cylindrical distal end component with a wall , wherein the cylindrical distal end component is arranged, in use, to be received within the lumen of the implant ; and a sheath , coaxial with the inner catheter , wherein the sheath is arranged to sheath the implant until, in use, the sheath is withdrawn proximally, relative to the implant and the inner catheter , to release (deploy) the implant at the site, wherein the cylindrical distal end component includes a first plurality of implant retention elements , which, during withdrawal of the sheath protrude radially outwardly from the cylindrical distal end component to engage a radially inward facing surface of the implant to restrain the implant from being carried by the sheath proximally, relative to the cylindrical distal end component , wherein the first plurality of implant retention elements are formed from a portion of the wall of the cylindrical distal end component , wherein the first plurality of implant retention elements are configured to utilise a shape memory effect to assume a radially outwardly protruding configuration to engage the radially inward facing surface of the implant prior to the withdrawal of the sheath , wherein at least one of the first plurality of implant retention elements is a flap, wherein the flap comprises a hinge portion about which the flap is arranged to deflect, and an engaging portion arranged to engage the implant , and wherein the hinge portion extends along a root line and the engaging portion extends along a contact line for contacting the implant , characterized in that : the flap is arranged to extend distally from the root line in the cylindrical distal end component , and in that : the root line of the hinge portion is shorter than the contact line of the engaging portion in a circumferential direction. an inner catheter comprising a cylindrical distal end component with a wall , wherein the cylindrical distal end component is arranged, in use, to be received within the lumen of the implant ; and a sheath , coaxial with the inner catheter , wherein the sheath is arranged to sheath the implant until, in use, the sheath is withdrawn proximally, relative to the implant and the inner catheter , to release (deploy) the implant at the site,
An elevator system comprising: a landing door having a landing door lintel , a landing door sill , and a landing door column ; and a landing door lock located in one of the landing door lintel and the landing door column ; characterized in that the elevator system further comprises a column-integrated step integrated into the landing door column , the column-integrated step is deployable from a stowed state to a deployed state, and when in the deployed state, the column-integrated step provides a step for access to the landing door lock. a landing door having a landing door lintel , a landing door sill , and a landing door column ; and a landing door lock located in one of the landing door lintel and the landing door column ; characterized in that the elevator system further comprises a column-integrated step integrated into the landing door column , the column-integrated step is deployable from a stowed state to a deployed state, and when in the deployed state, the column-integrated step provides a step for access to the landing door lock.
A method of paging policy differentiation at an Access Management Function, AMF, in a Fifth Generation, 5G, telecommunications network, the method being characterized by : receiving , from a Session Management Function, SMF, Quality of Service, QoS, Information, QoSI; in response to receiving the QoSI from the SMF, determining, on the basis of whether a target User Equipment, UE, is in a Connection Management, CM, Connected, Radio Resource Control, RRC, Idle state, whether a paging policy selection should be performed by the AMF or by a Radio Access Node, RAN, that serves the target UE; in response to determining that the target UE is not in the CM-Connected, RRC-Idle state: determining that the paging policy selection should be performed by the AMF; and performing the paging policy selection based at least on the QoSI, and sending a paging message to the RAN according to the selected paging policy; and in response to determining that the target UE is in the CM-Connected, RRC-Idle state: determining that the paging policy selection should be performed by the RAN; and providing paging policy information to the RAN. receiving , from a Session Management Function, SMF, Quality of Service, QoS, Information, QoSI; in response to receiving the QoSI from the SMF, determining, on the basis of whether a target User Equipment, UE, is in a Connection Management, CM, Connected, Radio Resource Control, RRC, Idle state, whether a paging policy selection should be performed by the AMF or by a Radio Access Node, RAN, that serves the target UE; in response to determining that the target UE is not in the CM-Connected, RRC-Idle state: determining that the paging policy selection should be performed by the AMF; and performing the paging policy selection based at least on the QoSI, and sending a paging message to the RAN according to the selected paging policy; and determining that the paging policy selection should be performed by the AMF; and performing the paging policy selection based at least on the QoSI, and sending a paging message to the RAN according to the selected paging policy; and in response to determining that the target UE is in the CM-Connected, RRC-Idle state: determining that the paging policy selection should be performed by the RAN; and providing paging policy information to the RAN. determining that the paging policy selection should be performed by the RAN; and providing paging policy information to the RAN.