mhurhangee/patent-ind-claim-en huggingface dataset:
A first access point for providing communications in a first cell using a radio access technology, RAT, wherein the first cell has a coverage area that overlaps at least a part of a coverage area of a second cell that uses a same radio access technology as that of the first cell, and at least a part of a coverage area of a third cell that uses a radio access technology that is different from that of the first and second cells, and that is served by a second access point, wherein the first access point is characterised by : a first tracking area code, TAC, that is different from a second TAC assigned to the second cell, and different from a third Area Code assigned to the third cell; a memory for storing information relating to the third cell, and wherein the first access point is arranged to receive a request for connection from a wireless communication unit that is within the coverage area of the first cell and camped on to the second cell, and in response to receiving said request for connection, establish a connection and redirect the wireless communication unit to the third cell by sending to the wireless communication unit, a Radio Resource Control Connection Release message including a Radio Resource Control redirection Information Element that includes the stored information relating to the third cell. a first tracking area code, TAC, that is different from a second TAC assigned to the second cell, and different from a third Area Code assigned to the third cell; a memory for storing information relating to the third cell, and wherein the first access point is arranged to receive a request for connection from a wireless communication unit that is within the coverage area of the first cell and camped on to the second cell, and in response to receiving said request for connection, establish a connection and redirect the wireless communication unit to the third cell by sending to the wireless communication unit, a Radio Resource Control Connection Release message including a Radio Resource Control redirection Information Element that includes the stored information relating to the third cell.
Assist device for pulling a compression stocking on and off a leg, comprising a pair of elongated support poles running in a longitudinal direction, each with a proximal end and a distal end , wherein the support poles are joined at their proximal end by a grip member and at their distal end each comprise a stocking expanding element forming an adjacently placed pair over which a compression stocking can be arranged, wherein the grip member comprises a cross-element having a length in a longitudinal direction and a height in the longitudinal direction of the support poles and a spring element configured to move the distal ends of the support poles under bias towards and away from one another in a direction transverse to the longitudinal direction of the support poles , wherein the spring element is comprised in a portion of the cross-element having a reduced height , has a length in the longitudinal direction of the cross-element and a height in the longitudinal direction of the support poles and has an asymmetrical shape with respect to a line extending at half height in the longitudinal direction of the cross-element .
A bumper system for a vehicle, comprising: a bumper beam having a coupling hole , which formed to pass therethrough in front and rear directions, in each of both ends thereof; a crash box inserted into the coupling hole of the bumper beam ; and a bracket coupled to the bumper beam to prevent the crash box from being separated, characterized in that the bracket comprises: a coupling part fixed to a front portion of a rear wall of the bumper beam ; a connection part bent from the coupling part and fixed to an upper portion of the rear wall of the bumper beam ; and a separation prevention part bent from the connection part and closely attached to a rear portion of the rear wall of the bumper beam to partially overlap a rear end surface of the crash box . a bumper beam having a coupling hole , which formed to pass therethrough in front and rear directions, in each of both ends thereof; a crash box inserted into the coupling hole of the bumper beam ; and a bracket coupled to the bumper beam to prevent the crash box from being separated, characterized in that the bracket comprises: a coupling part fixed to a front portion of a rear wall of the bumper beam ; a connection part bent from the coupling part and fixed to an upper portion of the rear wall of the bumper beam ; and a separation prevention part bent from the connection part and closely attached to a rear portion of the rear wall of the bumper beam to partially overlap a rear end surface of the crash box . a coupling part fixed to a front portion of a rear wall of the bumper beam ; a connection part bent from the coupling part and fixed to an upper portion of the rear wall of the bumper beam ; and a separation prevention part bent from the connection part and closely attached to a rear portion of the rear wall of the bumper beam to partially overlap a rear end surface of the crash box .
A connector assembly comprising: a first connector portion having a first connector housing , a pair of cam track structures and a lever , each of the cam track structures pivotally mounted to a yoke at a location that is offset from a lever axis , the lever being pivotally coupled to the first connector housing for movement between a lowered position and a raised position, the lever being coupled to the cam track structures such that the cam track structures are in a retracted position when the lever is in the lowered position and the cam track structures are in an extended position when the lever is in the raised position; a second connector portion having a second connector housing and a plurality of cam followers , the second connector housing being adapted to support a plurality of wire harness connectors , each of the cam followers being fixedly coupled to the second connector housing and received through an U-shape aperture and in a corresponding one of the cam tracks ; wherein the first connector portion comprises a cam track lock that cooperates with another portion of the first connector portion when the first connector portion is decoupled from the second connector portion to inhibit movement of at least one of the cam track structures from the retracted position toward the extended position to thereby inhibit movement of the lever from the lowered position toward the raised position; and characterized in that the second connector housing comprises a rib that urges the cam track lock out of engagement with the another portion of the first connector portion. a first connector portion having a first connector housing , a pair of cam track structures and a lever , each of the cam track structures pivotally mounted to a yoke at a location that is offset from a lever axis , the lever being pivotally coupled to the first connector housing for movement between a lowered position and a raised position, the lever being coupled to the cam track structures such that the cam track structures are in a retracted position when the lever is in the lowered position and the cam track structures are in an extended position when the lever is in the raised position; a second connector portion having a second connector housing and a plurality of cam followers , the second connector housing being adapted to support a plurality of wire harness connectors , each of the cam followers being fixedly coupled to the second connector housing and received through an U-shape aperture and in a corresponding one of the cam tracks ; wherein the first connector portion comprises a cam track lock that cooperates with another portion of the first connector portion when the first connector portion is decoupled from the second connector portion to inhibit movement of at least one of the cam track structures from the retracted position toward the extended position to thereby inhibit movement of the lever from the lowered position toward the raised position; and characterized in that the second connector housing comprises a rib that urges the cam track lock out of engagement with the another portion of the first connector portion.
A compound vaccine of micellar nanoparticles for mucosal intranasal administration comprising as immunogen a Y-helix peptide that corresponds to the carboxy-end 11 amino acid sequence of CETP added with a Cys residue in the amino-end of said peptide; and archaebacteria membrane lipids, 1-Lauroyl-2-hydroxy- sn -glycero-3-phosphocholine (Lyso C12) and L-α-phosphatidylcholine as structural lipids, in a pharmaceutically acceptable vehicle.
A fiber optic ribbon cable, comprising: a stack of fiber optic ribbons having a bend preference; strength members surrounding the stack of fiber optic ribbons , wherein the strength members are at least one of positioned around the stack and flexible in bending such that the strength members do not have a bend preference; and a jacket defining an exterior of the fiber optic ribbon cable, wherein the jacket forms a cavity through which extends the stack of fiber optic ribbons and the strength members ; and wherein the jacket is structured such that the jacket does not have a bend preference; wherein the cavity of the jacket is sized relative to the stack of fiber optic ribbons in order to allow the stack to bend and twist within the cavity with respect to the jacket as the cable bends, facilitating movement of the optical fibers of the fiber optic ribbons to low-stress positions within the cavity and decoupling the bend preference of the stack from transfer to the jacket ; characterized in that the ribbon stack is not stranded, wherein the cable includes no buffer tube, and wherein the cable includes no rigid strength members embedded in the jacket , and wherein the cable consists only of the jacket , the strength members , and the ribbon stack . a stack of fiber optic ribbons having a bend preference; strength members surrounding the stack of fiber optic ribbons , wherein the strength members are at least one of positioned around the stack and flexible in bending such that the strength members do not have a bend preference; and a jacket defining an exterior of the fiber optic ribbon cable, wherein the jacket forms a cavity through which extends the stack of fiber optic ribbons and the strength members ; and wherein the jacket is structured such that the jacket does not have a bend preference; wherein the cavity of the jacket is sized relative to the stack of fiber optic ribbons in order to allow the stack to bend and twist within the cavity with respect to the jacket as the cable bends, facilitating movement of the optical fibers of the fiber optic ribbons to low-stress positions within the cavity and decoupling the bend preference of the stack from transfer to the jacket ; characterized in that the ribbon stack is not stranded, wherein the cable includes no buffer tube, and wherein the cable includes no rigid strength members embedded in the jacket , and wherein the cable consists only of the jacket , the strength members , and the ribbon stack .
A turbine ring sector made of ceramic matrix composite material having a portion forming an annular base with an inner face for defining the inner face of a turbine ring when the ring sector is mounted on a ring support structure and an outer face from which there extends an attachment portion for attaching the ring sector to the ring support structure , the ring sector further comprising inter-sector faces , each for facing a neighboring ring sector when the ring sector is mounted on the ring support structure ; the ring sector being characterized in that the inter-sector faces are coated in an environmental barrier (22; 122; 222; 322) that is doped with an electrically-conductive compound and that presents at least one slot (24; 124; 224; 324).
A needle comprising: a cannula wherein the cannula has a distal portion and a proximate portion ; a hollow needle wherein the hollow needle has a distal portion and a proximate portion ; and an inflatable balloon , wherein the inflatable balloon is in fluid communication with the cannula ; wherein the hollow needle is at least partially sealed within an interior of the cannula , wherein the distal portion of the hollow needle is sealed to the distal portion of the cannula forming a distal junction , wherein an interior of the hollow needle is isolated from the interior of the cannula , and wherein a narrow gap exists between exterior wall of hollow needle and interior wall of cannula such that the balloon is inflatable from pressure applied to proximate portion of cannula , and wherein the inflatable balloon is positioned at the distal portion of the cannula and wherein the hollow needle and the cannula are in a fixed positional relationship relative to each other and do not substantially slide or rotate relative to each other; characterised in that the needle is a port-a-cath needle ; the proximate portion of the hollow needle is sealed to the proximate portion of the cannula forming a proximate junction; and the hollow needle comprises a non-coring tip with an opening on a side wall of the hollow needle and wherein the inflatable balloon positioned at the distal portion of the cannula is positioned only on the same side wall of the hollow needle as the opening of the hollow needle . a cannula wherein the cannula has a distal portion and a proximate portion ; a hollow needle wherein the hollow needle has a distal portion and a proximate portion ; and an inflatable balloon , wherein the inflatable balloon is in fluid communication with the cannula ; wherein the hollow needle is at least partially sealed within an interior of the cannula , wherein the distal portion of the hollow needle is sealed to the distal portion of the cannula forming a distal junction , wherein an interior of the hollow needle is isolated from the interior of the cannula , and wherein a narrow gap exists between exterior wall of hollow needle and interior wall of cannula such that the balloon is inflatable from pressure applied to proximate portion of cannula , and wherein the inflatable balloon is positioned at the distal portion of the cannula and wherein the hollow needle and the cannula are in a fixed positional relationship relative to each other and do not substantially slide or rotate relative to each other; characterised in that the needle is a port-a-cath needle ; the proximate portion of the hollow needle is sealed to the proximate portion of the cannula forming a proximate junction; and the hollow needle comprises a non-coring tip with an opening on a side wall of the hollow needle and wherein the inflatable balloon positioned at the distal portion of the cannula is positioned only on the same side wall of the hollow needle as the opening of the hollow needle .
A cosmetic composition for a topical application, comprising the following compounds: - hypotaurine (2-aminoethanesulfinic acid), representing between 0.001% and 1% of the total weight of the composition; - sodium metabisulphite, representing between 0.001% and 1% by total weight of the composition; and - at least one unstable active agent selected from the group comprising polyphenols and gallates. - hypotaurine (2-aminoethanesulfinic acid), representing between 0.001% and 1% of the total weight of the composition; - sodium metabisulphite, representing between 0.001% and 1% by total weight of the composition; and - at least one unstable active agent selected from the group comprising polyphenols and gallates.
A magnetic resonance (MR) imaging (MRI) system , the system comprising at least one controller configured to: acquire MR data on k-space lines for at least two different echo times for at least first and second blades of a periodically rotated overlapping parallel lines with enhanced reconstruction (PROPELLER) imaging method; generate, separately for each of the at least first and second blades, a B 0 map based only upon the MR data acquired for the respective blade, the B 0 map indicating main magnetic field inhomogeneity; generate water and fat images separately for each of the at least first and second blades based only upon the MR data acquired for the respective blade and the generated B 0 map for the corresponding blade, wherein the water and fat images and the B 0 map are generated by a water-fat separation method; correct at least one of the water and fat images for spatial distortions caused by the main magnetic field inhomogeneity or a predetermined chemical shift difference between water and fat; estimate and correct motion between at least the first and second blades based on at least one of the corrected water and fat images so as to form motion-corrected water and fat images for each of the at least first and second blades; and reconstruct at least one image based upon the motion-corrected water and fat images. acquire MR data on k-space lines for at least two different echo times for at least first and second blades of a periodically rotated overlapping parallel lines with enhanced reconstruction (PROPELLER) imaging method; generate, separately for each of the at least first and second blades, a B 0 map based only upon the MR data acquired for the respective blade, the B 0 map indicating main magnetic field inhomogeneity; generate water and fat images separately for each of the at least first and second blades based only upon the MR data acquired for the respective blade and the generated B 0 map for the corresponding blade, wherein the water and fat images and the B 0 map are generated by a water-fat separation method; correct at least one of the water and fat images for spatial distortions caused by the main magnetic field inhomogeneity or a predetermined chemical shift difference between water and fat; estimate and correct motion between at least the first and second blades based on at least one of the corrected water and fat images so as to form motion-corrected water and fat images for each of the at least first and second blades; and reconstruct at least one image based upon the motion-corrected water and fat images.
A method of measuring characteristics of particles suspended in a liquid sample droplet , comprising: supporting the liquid sample droplet by surface tension; illuminating the supported liquid sample droplet along an illumination axis with a spatially coherent light beam so as to cause the coherent light to be scattered across a scattering zone; detecting at least a portion of the scattered light along a first predetermined scattering detection axis after it is scattered by the particles in the supported liquid sample droplet , wherein the illumination axis and the detection axis are oriented at an angle with respect to each other that allows light scattered at that angle across the scattering zone to be detected; and deriving a dynamic light scattering measurement for a predetermined angular resolution from results of the step of detecting to derive the characteristics of the particles suspended in the liquid sample droplet . supporting the liquid sample droplet by surface tension; illuminating the supported liquid sample droplet along an illumination axis with a spatially coherent light beam so as to cause the coherent light to be scattered across a scattering zone; detecting at least a portion of the scattered light along a first predetermined scattering detection axis after it is scattered by the particles in the supported liquid sample droplet , wherein the illumination axis and the detection axis are oriented at an angle with respect to each other that allows light scattered at that angle across the scattering zone to be detected; and deriving a dynamic light scattering measurement for a predetermined angular resolution from results of the step of detecting to derive the characteristics of the particles suspended in the liquid sample droplet .
A method comprising: providing a substrate comprising a quantum circuit device , the quantum circuit device comprising a superconductor material that exhibits superconducting properties at or below a corresponding critical temperature; and bonding a cap layer to the substrate to form a sealed cavity between the cap layer and the substrate , wherein the sealed cavity comprises a vacuum and characterized in that , a surface of the cap layer that faces the sealed cavity comprises a getter layer. providing a substrate comprising a quantum circuit device , the quantum circuit device comprising a superconductor material that exhibits superconducting properties at or below a corresponding critical temperature; and bonding a cap layer to the substrate to form a sealed cavity between the cap layer and the substrate , wherein the sealed cavity comprises a vacuum and characterized in that , a surface of the cap layer that faces the sealed cavity comprises a getter layer.
Fluid circulator with a motor-driven pump, intended for the movement of fluid particularly in heating and/or cooling systems comprising: a pump body comprising an impeller for the movement of said fluid; a motor body comprising an electric motor for putting said impeller into rotation around a rotation axis (X-X); an end cover for said motor body for the containment of at least one electronic board of said circulator ; said end cover being shaped as a cup-like lid adapted to be fitted on the motor body to enclose a housing compartment for said electronic board ; electronic power devices mounted onto said board facing a closure wall of said cup-like lid; at least one portion of said closure wall being lowered towards said electronic board and externally provided with cooling fins extended in parallel to said rotation axis (X-X) to form a heat sink or dissipator; a layer of a good heat conductive material being provided in contact between at least some of said electronic power devices and the lowered portion of said closure wall ; the lowered portion of said closure wall not exceeding half portion of said closure wall . a pump body comprising an impeller for the movement of said fluid; a motor body comprising an electric motor for putting said impeller into rotation around a rotation axis (X-X); an end cover for said motor body for the containment of at least one electronic board of said circulator ; said end cover being shaped as a cup-like lid adapted to be fitted on the motor body to enclose a housing compartment for said electronic board ; electronic power devices mounted onto said board facing a closure wall of said cup-like lid; at least one portion of said closure wall being lowered towards said electronic board and externally provided with cooling fins extended in parallel to said rotation axis (X-X) to form a heat sink or dissipator; a layer of a good heat conductive material being provided in contact between at least some of said electronic power devices and the lowered portion of said closure wall ; the lowered portion of said closure wall not exceeding half portion of said closure wall .