mhurhangee/patent-ind-claim-en huggingface dataset:
An endoluminal prosthesis system for being deployed in a patient's aorta near the heart, the system comprising: a graft having a tubular body with a proximal end and a distal end , where the proximal end is an end configured to be deployed near a patient's heart and the distal end is an end configured to be deployed away from the patient's heart, the tubular body having a lumen extending from the proximal end to the distal end ; a proximal portion of the graft including the proximal end ; a distal portion of the graft including the distal end ; a middle portion of the graft extending from the proximal portion to the distal portion ; a collar disposed at a junction between the middle portion and the distal portion , the collar sized and configured to be sutured to a patient's aorta; a plurality of passageways in the middle portion of the graft , wherein the passageways permit fluid communication from the lumen of the graft to an exterior of the graft ; a plurality of bridging branches , each of the bridging branches respectively disposed at one of the passageways , each of the bridging branches having an inner opening and an outer opening , wherein the bridging branches provide fluid communication from the lumen of the graft to the exterior of the graft and each of the distal portion and the middle portion is stented and separately expandable from a compressed delivery configuration to an expanded deployed configuration. a graft having a tubular body with a proximal end and a distal end , where the proximal end is an end configured to be deployed near a patient's heart and the distal end is an end configured to be deployed away from the patient's heart, the tubular body having a lumen extending from the proximal end to the distal end ; a proximal portion of the graft including the proximal end ; a distal portion of the graft including the distal end ; a middle portion of the graft extending from the proximal portion to the distal portion ; a collar disposed at a junction between the middle portion and the distal portion , the collar sized and configured to be sutured to a patient's aorta; a plurality of passageways in the middle portion of the graft , wherein the passageways permit fluid communication from the lumen of the graft to an exterior of the graft ; a plurality of bridging branches , each of the bridging branches respectively disposed at one of the passageways , each of the bridging branches having an inner opening and an outer opening , wherein the bridging branches provide fluid communication from the lumen of the graft to the exterior of the graft and each of the distal portion and the middle portion is stented and separately expandable from a compressed delivery configuration to an expanded deployed configuration.
A method of detecting fetal movements, comprising: deriving a plurality of peaks from a Doppler ultrasound signal acquired from a fetus, each peak of the plurality of peaks being associated with an envelope of one of a plurality of signal segments of the Doppler ultrasound signal; calculating a density of the peaks as a function of peak amplitude; selecting a fetal movement threshold based on the calculated density of the peaks; and determining whether a Doppler ultrasound signal segment under test includes a fetal movement by comparing the amplitude of a peak derived from the envelope of the Doppler ultrasound signal segment under test with the fetal movement threshold. deriving a plurality of peaks from a Doppler ultrasound signal acquired from a fetus, each peak of the plurality of peaks being associated with an envelope of one of a plurality of signal segments of the Doppler ultrasound signal; calculating a density of the peaks as a function of peak amplitude; selecting a fetal movement threshold based on the calculated density of the peaks; and determining whether a Doppler ultrasound signal segment under test includes a fetal movement by comparing the amplitude of a peak derived from the envelope of the Doppler ultrasound signal segment under test with the fetal movement threshold.
Tyre , wherein the tyre is rotatable about an axis of rotation in a rotational direction , having a bead region , wherein the bead region has a bead core , and having an electromagnetic transmitting and receiving device and having a carcass ply , wherein the carcass ply has a carcass ply turn-up end , wherein a radial distance of a first surface point of the electromagnetic transmitting and receiving device that is closest to the axis of rotation in the radial direction from the axis of rotation is at least 3 mm greater than a radial distance from the axis of rotation of a surface point of the bead core that is furthest away from the axis of rotation in the radial direction , and a radial distance of a second surface point of the electromagnetic transmitting and receiving device that is furthest away from the axis of rotation in the radial direction from the axis of rotation is at most 10 mm greater than a radial distance of the carcass ply turn-up end from the axis of rotation , wherein the electromagnetic transmitting and receiving device has a rubber covering, wherein the rubber covering is a component part of the electromagnetic transmitting and receiving device , wherein the rubber covering has a modulus of elasticity which is less than or equal to a modulus of elasticity of an adjacent rubber compound, wherein the rubber compound is a rubber compound of the tyre adjacent to the rubber covering, wherein the rubber covering is in particular of a cuboidal or ellipsoidal form, characterized in that a maximum thickness of the electromagnetic transmitting and receiving device of at most 3 mm, a maximum length, extending at right angles thereto, of the electromagnetic transmitting and receiving device of at most 80 mm and a maximum width, extending at right angles to the thickness and length, of the electromagnetic transmitting and receiving device of at most 20 mm are not exceeded.
A reconfigurable optical device 104 comprising: a spatial light modulator 110 characterized in that the spatial light modulator comprises a layer of optically-sensitized carbon nanotubes 204, each optically-sensitized carbon nanotube 204 configured to transition between a conductive state and a semiconductive state responsive to an optical signal 308; and an optical signal generator 120 configured to provide the optical signal 308 to the spatial light modulator 110 to cause the layer of optically-sensitized carbon nanotubes 204 to form a pattern 292/502 of conductive nanotubes, the pattern 292/502 of conductive nanotubes 204 configured to modify an interfering signal 352 to form an optical vortex. a spatial light modulator 110 characterized in that the spatial light modulator comprises a layer of optically-sensitized carbon nanotubes 204, each optically-sensitized carbon nanotube 204 configured to transition between a conductive state and a semiconductive state responsive to an optical signal 308; and an optical signal generator 120 configured to provide the optical signal 308 to the spatial light modulator 110 to cause the layer of optically-sensitized carbon nanotubes 204 to form a pattern 292/502 of conductive nanotubes, the pattern 292/502 of conductive nanotubes 204 configured to modify an interfering signal 352 to form an optical vortex.
A method comprising: controlling a temperature during normal operation in an integrated component package that includes a package lid covering a plurality of lower-power components located adjacent to a high-power component and the high-power component generates a higher amount of heat relative to each of the lower-power components during normal operation by: providing site specific cooling of the package lid at localized regions of greater heat sensitivity, wherein the localized regions of greater heat sensitivity are adjacent the lower-power components and a localized region of lower heat sensitivity is adjacent the high-power component , wherein site specific cooling of the package lid at the localized regions of greater heat sensitivity includes active cooling and cooling of the package lid at the localized region of lower heat sensitivity includes passive cooling; and providing cold plate cooling of the package lid . providing site specific cooling of the package lid at localized regions of greater heat sensitivity, wherein the localized regions of greater heat sensitivity are adjacent the lower-power components and a localized region of lower heat sensitivity is adjacent the high-power component , wherein site specific cooling of the package lid at the localized regions of greater heat sensitivity includes active cooling and cooling of the package lid at the localized region of lower heat sensitivity includes passive cooling; and providing cold plate cooling of the package lid .
An optical system , comprising: a substrate of optical material configured as a waveguide (130; 330); a first diffractive optical element- DOE - disposed on a first DOE region of the waveguide and configured as an in-coupling grating to couple into the waveguide, as an input, one or more optical beams that propagate in the first DOE region; and a second DOE disposed on a second DOE region of the waveguide and configured for pupil expansion of the one or more optical beams along a first direction, wherein a trailing edge of the first DOE region is located on the waveguide at an interface with a leading edge of the second DOE region, wherein the one or more optical beams exit the first DOE region at the trailing edge and enter the second DOE region at the leading edge , characterized in that the trailing edge and leading edge are graded so that a height of grating features (600; 700), grating height (h), of each of the first DOE and the second DOE increases as a function of distance (D) from the interface; and further characterized by the optical system including a third DOE disposed on the waveguide (130; 330) and configured for pupil expansion of the optical beams along a second direction, and further configured as an out-coupling grating to couple, as an output from the waveguide, one or more optical beams with expanded pupil relative to the input. a substrate of optical material configured as a waveguide (130; 330); a first diffractive optical element- DOE - disposed on a first DOE region of the waveguide and configured as an in-coupling grating to couple into the waveguide, as an input, one or more optical beams that propagate in the first DOE region; and a second DOE disposed on a second DOE region of the waveguide and configured for pupil expansion of the one or more optical beams along a first direction, wherein a trailing edge of the first DOE region is located on the waveguide at an interface with a leading edge of the second DOE region, wherein the one or more optical beams exit the first DOE region at the trailing edge and enter the second DOE region at the leading edge , characterized in that the trailing edge and leading edge are graded so that a height of grating features (600; 700), grating height (h), of each of the first DOE and the second DOE increases as a function of distance (D) from the interface; and further characterized by the optical system including a third DOE disposed on the waveguide (130; 330) and configured for pupil expansion of the optical beams along a second direction, and further configured as an out-coupling grating to couple, as an output from the waveguide, one or more optical beams with expanded pupil relative to the input.
Surface-postcrosslinked water-absorbent polymer particles having a change of characteristic swelling time of less than 0.6 and a centrifuge retention capacity of at least 35 g/g, wherein the change of characteristic swelling time is τ 0.5 − τ 0.1 / τ 0.5 wherein τ 0.1 is the characteristic swelling time under a pressure of 0.1 psi (6.9 g/cm 2 ) and τ 0.5 is the characteristic swelling time under a pressure of 0.5 psi (35.0 g/cm 2 ), wherein the centrifuge retention capacity of the polymer particles is determined by the EDANA recommended test method No. WSP 241.3 "Free Swell Capacity in Saline, After Centrifugation", wherein for higher values of the centrifuge retention capacity larger tea bags have to be used, and the characteristic swelling time under a pressure of 0.1 psi and the characteristic swelling time under a pressure of 0.5 psi are determined according to the method "Volumetric Absorbency Under Load" as disclosed in the description.
Fixation device for holding in place a bundle of cables onto a structure, said device comprising a head member arranged on a leg member , said leg member extending from a fixation foot for fixing the device on said structure to said head member for positioning and fixing said bundle, wherein the fixation device further comprises a positioning feature enabling a plurality of possibilities of relative positioning of the head member and the leg member , wherein the leg member and the head member are distinct members, the positioning feature further enabling complementary engagement of said distinct members, characterized in that said fixation device further comprises a key preventing disengagement of the head member and the leg member , wherein said key comprises an arm inserted in a key hole of the head member and engaged in a hollow arranged on the leg member , wherein the hollow is an annular groove surrounding the leg member , the key hole being tangent to said groove so the arm registers in both the hole and the groove preventing disengagement of the head member from the leg member .
A coated conductor, comprising: (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor, wherein said elongated polymeric coating comprises a polymeric matrix material comprising an ethylene-based polymer and a plurality of microcapillaries which extend substantially in the direction of elongation of said elongated polymeric coating, wherein at least a portion of said microcapillaries contain a polymeric microcapillary material, wherein said polymeric microcapillary material is an olefin elastomer. (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor, wherein said elongated polymeric coating comprises a polymeric matrix material comprising an ethylene-based polymer and a plurality of microcapillaries which extend substantially in the direction of elongation of said elongated polymeric coating, wherein at least a portion of said microcapillaries contain a polymeric microcapillary material, wherein said polymeric microcapillary material is an olefin elastomer.
Agricultural machine , in particular for the harvesting of fodder and/or the processing of cut plant material, comprising an elongate support element such as a draught beam or the like, directly or indirectly carrying at least one working implement , and a coupling frame for coupling the agricultural machine to a three-point linkage of a towing and carrier vehicle, the elongate support element being connected to the coupling frame by a pivot link with an axis (X1) substantially vertical and/or substantially perpendicular to the pivot axis (X2) of two lower coupling points with the linkage, said machine being capable of being displaced between a lowered working position and a raised transport or manoeuvring position, a centring or alignment device being provided for displacing and maintaining the elongate support element in a given angular position about its pivot link with the coupling frame , in such a way that said elongate support element is substantially aligned with the median axis (X3) of the towing vehicle, said centring or alignment device comprising a connecting piece designed to connect the coupling frame to the upper coupling point of the linkage by means of a first constituent part and mounted on said coupling frame with the option of pivoting about a transverse axis (AT) which is substantially parallel to the common pivot axis (X2) of the two lower coupling points of the coupling frame with the linkage, agricultural machine characterised in that a second part (7") of the connecting piece , extending opposite to the first part relative to the pivot axis (AT) of this piece , is functionally connected to two members capable of rotationally biasing the elongate support element oppositely about its pivot link with the coupling frame , said members authorising free rotation of said elongate element in the lowered or working position of the agricultural machine and said members displacing and maintaining the elongate support element in its given angular position in the raised transport or manoeuvring position of said machine , the states and actions of said members being controlled directly or indirectly by the connecting piece of which the angular position about its pivot axis (AT) is a function of the vertical position of the agricultural machine relative to the ground.
Damping arrangement for at least one absorption mass , which is received on an absorption mass carrier , of an absorption system , having a damping device which is assigned to the at least one absorption mass and which acts as a stop (49a to 49c) for the respective absorption mass both in the radial direction and in the circumferential direction, wherein the damping device has at least one damper element which is assigned to the absorption mass carrier at least along part of its circumferential extent, characterized in that the damper element has a first component in the form of a damper element carrier which is received on the absorption mass carrier in a recess provided for this purpose, and serves for receiving a second component in the form of a damper element pad which, by way of a radial projection which acts as a stop (49a to 49c) for the respective absorption mass , protrudes into the installation space provided in the absorption mass carrier for the movement of the respective absorption mass , characterized in that the damper element has, on its side facing the absorption mass carrier , at least one damper element arm which engages in a corresponding recess portion of the recess of the absorption mass carrier .
Electrical flush-mounted installation device for receiving a mobile audio and communications device , - comprising a flush-mounted insert which contains a charging device and an electrical connection up to 250 V, - comprising a covering frame , - comprising a charging apparatus or charging tray including a plug-in apparatus for connection to the mobile audio and communications device for charging the device , and - comprising a central cover which can be fitted onto the charging tray , characterized in that the central cover is equipped with a spring-action elastic support apparatus on which the mobile device comes to rest, and in that the charging tray is equipped with a holding or blocking element which can be connected to the charging tray or can be plug-mounted onto the said charging tray as an auxiliary part, wherein the holding or blocking element is adapted in order to place only suitable mobile devices on the charging tray and to prevent the mobile devices from falling out during charging, and in that the holding or blocking element cannot be distinguished from the surface of the central cover in respect of the configuration of its surface condition. - comprising a flush-mounted insert which contains a charging device and an electrical connection up to 250 V, - comprising a covering frame , - comprising a charging apparatus or charging tray including a plug-in apparatus for connection to the mobile audio and communications device for charging the device , and - comprising a central cover which can be fitted onto the charging tray ,
Lighting device for a motor vehicle, comprising a housing in which are arranged at least light-emitting means and optical-deflection means able to deflect the rays of light emitted toward an output face of the device, said device further comprising a main orifice formed in the housing for extracting the light emitting means from the housing along a first axis, the device being characterized in that the light-emitting means are borne by an interchangeable modular element , fixed in the device with respect to the reflector by fastening means , said interchangeable modular element being sized so that it can pass through the main orifice , and in that said fastening means comprise first fastening means that hold the modular element in position in the housing along the first axis, and second fastening means which press the modular element along an axis distinct from the first axis, at least one additional access distinct from the main orifice being provided for accessing said second fastening means.
An isolated monoclonal antibody which binds to human poliovirus receptor (PVR), or an antibody fragment thereof comprising at least the antigen binding portion, comprising a CDR set of six CDRs wherein: HC CDR1 is selected from GYTFSNYWIE (SEQ ID NO: 36) and SNYWIE (SEQ ID NO: 84); HC CDR2 is EIFPGSGRINFNEKFKG (SEQ ID NO: 38); HC CDR3 is TKIYGNSFDY (SEQ ID NO: 40); LC CDR1 is selected from KASQDVGTAVV (SEQ ID NO: 44) and KASQDVGTAV (SEQ ID NO: 85); LC CDR2 is selected from the group consisting of: WASSRHN (SEQ ID NO: 46), WASSRHA (SEQ ID NO: 56), WASSRHR (SEQ ID NO: 57), WASSRHD (SEQ ID NO: 58), WASSRHE (SEQ ID NO: 59), WASSRHP (SEQ ID NO: 60), and WASSRHT (SEQ ID NO: 61); and LC CDR3 is QQYSRYPLT (SEQ ID NO: 48); wherein the isolated monoclonal antibody is capable of inhibiting binding of PVR to T cell immunoreceptor with Ig and ITIM domains (TIGIT).
A coring tool configured to procure a core sample of an earth formation , comprising: a coring bit comprising a cutting structure configured to cut a core sample ; an outer barrel connected to the coring bit , the outer barrel configured to apply axial and rotational force to the coring bit ; an inner barrel located within the outer barrel , the inner barrel being configured to receive the core sample within the inner barrel ; and a sponge material lining an inner surface of the inner barrel , the sponge material being configured to absorb a fluid from the core sample ; the coring tool characterized in that the coring tool further comprises a stabilizer connected to the outer barrel , at least one blade of the stabilizer being rotatable with respect to the outer barrel and configured to remain at least substantially rotationally stationary relative to the earth formation during coring. a coring bit comprising a cutting structure configured to cut a core sample ; an outer barrel connected to the coring bit , the outer barrel configured to apply axial and rotational force to the coring bit ; an inner barrel located within the outer barrel , the inner barrel being configured to receive the core sample within the inner barrel ; and a sponge material lining an inner surface of the inner barrel , the sponge material being configured to absorb a fluid from the core sample ; the coring tool characterized in that the coring tool further comprises a stabilizer connected to the outer barrel , at least one blade of the stabilizer being rotatable with respect to the outer barrel and configured to remain at least substantially rotationally stationary relative to the earth formation during coring.