mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a flexible enclosure including a fluid port to provide fluid access to the interior of the flexible enclosure; a container disposed within the flexible enclosure, the container defining an internal cavity having a compressible volume and defining a passage providing fluidic communication between the internal cavity and the exterior of the container within the flexible enclosure; wherein the compressible volume is compressible in response to fluid pressure, and wherein the compressible volume is expandable in response to depressuring, to provide a counter force on fluid pressure, an arm coupled to the container to position the container within a predetermined location or orientation within the flexible enclosure; and a reagent disposed within the internal cavity. a flexible enclosure including a fluid port to provide fluid access to the interior of the flexible enclosure; a container disposed within the flexible enclosure, the container defining an internal cavity having a compressible volume and defining a passage providing fluidic communication between the internal cavity and the exterior of the container within the flexible enclosure; wherein the compressible volume is compressible in response to fluid pressure, and wherein the compressible volume is expandable in response to depressuring, to provide a counter force on fluid pressure, an arm coupled to the container to position the container within a predetermined location or orientation within the flexible enclosure; and a reagent disposed within the internal cavity.
Method for manufacturing a propeller blade, comprising the following steps: - formation of a longeron comprising a blade core; - formation of a blade preform comprising a fibre weave, the weave having a separating area wherein it is divided into two superimposed skins (26, 27), the separating area comprising a location intended to receive the blade core; - positioning the blade preform into an equipment comprising an indentation of said preform; - opening of the separating area by separating the skins (26, 27); - installation of the longeron by inserting the blade core into the separating area, - closing of the separating area by bringing the skins closer together; - injection of resin into the blade preform; - polymerisation of the resin and machining of the blade preform; characterized in that it comprises: - a step of creating trackers which are reference marks at determined positions on the blade preform, during the formation of the blade preform; - a step of forming the blade preform at a determined position in the indentation after the positioning of the blade preform, by coinciding the trackers with target positions set in the equipment; - and a step of tightening the blade preform in the indentation outside the separating area before the opening of the separating area and until the longeron is installed. - formation of a longeron comprising a blade core; - formation of a blade preform comprising a fibre weave, the weave having a separating area wherein it is divided into two superimposed skins (26, 27), the separating area comprising a location intended to receive the blade core; - positioning the blade preform into an equipment comprising an indentation of said preform; - opening of the separating area by separating the skins (26, 27); - installation of the longeron by inserting the blade core into the separating area, - closing of the separating area by bringing the skins closer together; - injection of resin into the blade preform; - polymerisation of the resin and machining of the blade preform; - a step of creating trackers which are reference marks at determined positions on the blade preform, during the formation of the blade preform; - a step of forming the blade preform at a determined position in the indentation after the positioning of the blade preform, by coinciding the trackers with target positions set in the equipment; - and a step of tightening the blade preform in the indentation outside the separating area before the opening of the separating area and until the longeron is installed.
Contactless visualization system for a surgical microscope for eye surgery, the contactless visualization system comprising an ophthalmic loupe which is positionable in front of a patient's eye and supplies a real and vertically and laterally inverted image of the eye fundus of the patient's eye in an intermediate image plane that is observable by the surgical microscope, with the ophthalmic loupe comprising a first and a second lens element (27 1, 27 2), with, in the state positioned in front of the patient's eye, the first lens element (27 1) being closer to the patient's eye than the second lens element (27 2), and with a wall extending from the first lens element (27 1) to the second lens element (27 2), the free end of said wall being in the form of a mount in which the second lens element (27 2) is held, and characterized in that the mount comprises at least one cutout (50, 51), in which the edge of the second lens element (27 2) is exposed in order to give a surgeon operating space. the contactless visualization system comprising an ophthalmic loupe which is positionable in front of a patient's eye and supplies a real and vertically and laterally inverted image of the eye fundus of the patient's eye in an intermediate image plane that is observable by the surgical microscope, with the ophthalmic loupe comprising a first and a second lens element (27 1, 27 2), with, in the state positioned in front of the patient's eye, the first lens element (27 1) being closer to the patient's eye than the second lens element (27 2), and with a wall extending from the first lens element (27 1) to the second lens element (27 2), the free end of said wall being in the form of a mount in which the second lens element (27 2) is held, and characterized in that the mount comprises at least one cutout (50, 51), in which the edge of the second lens element (27 2) is exposed in order to give a surgeon operating space.
Method for manufacturing a rotor for an electrical machine, comprising - double-sided pre-joining, in particular bonding, of an elongated first permanent magnet with a cylinder-segmented first rotor plate segment and a second rotor plate segment which is identical in shape to the first rotor plate segment, to an assembly unit, - inserting the assembly unit into a substantially rotationally symmetric assembly sleeve, characterised by - inserting further rotor plate segments which are identical in shape to the first and second rotor plate segment (8, 11) into the assembly sleeve, - relative aligning of two adjacent rotor plate segments (8, 11, 14) in the assembly sleeve by means of a spacer which is identical in shape to the first permanent magnet, in particular a bolt, and - inserting further permanent magnets which are identical in shape to the first permanent magnet and the spacer between the adjacent rotor plate segments (8, 11, 14) which are oriented relative to each other. - double-sided pre-joining, in particular bonding, of an elongated first permanent magnet with a cylinder-segmented first rotor plate segment and a second rotor plate segment which is identical in shape to the first rotor plate segment, to an assembly unit, - inserting the assembly unit into a substantially rotationally symmetric assembly sleeve, characterised by - inserting further rotor plate segments which are identical in shape to the first and second rotor plate segment (8, 11) into the assembly sleeve, - relative aligning of two adjacent rotor plate segments (8, 11, 14) in the assembly sleeve by means of a spacer which is identical in shape to the first permanent magnet, in particular a bolt, and - inserting further permanent magnets which are identical in shape to the first permanent magnet and the spacer between the adjacent rotor plate segments (8, 11, 14) which are oriented relative to each other.
All-Digital Phase-Locked Loop comprising - a reference phase generator arranged for receiving a digital signal and for splitting said digital signal into an integer part (PHR_I) and a fractional part (PHR_F), - an estimator block arranged for estimating a control signal, - a digital-to-time converter arranged for receiving said estimated control signal and a reference clock signal (FREF) and arranged for deriving a delayed reference clock signal (FREF_dly) using said reference clock signal and said estimated control signal, - a time-to-digital converter arranged for receiving said delayed reference clock signal and a desired clock signal phase and for deriving a fractional phase error (PHE_F), characterised in that said estimator block is arranged for receiving said fractional phase error and for determining said estimated control signal by * correlating said fractional phase error with a version of said fractional part having zero mean, yielding a correlated signal, * multiplying said correlated signal with its absolute value, * integrating the outcome of said multiplying to so obtain said estimated control signal. - a reference phase generator arranged for receiving a digital signal and for splitting said digital signal into an integer part (PHR_I) and a fractional part (PHR_F), - an estimator block arranged for estimating a control signal, - a digital-to-time converter arranged for receiving said estimated control signal and a reference clock signal (FREF) and arranged for deriving a delayed reference clock signal (FREF_dly) using said reference clock signal and said estimated control signal, - a time-to-digital converter arranged for receiving said delayed reference clock signal and a desired clock signal phase and for deriving a fractional phase error (PHE_F), characterised in that said estimator block is arranged for receiving said fractional phase error and for determining said estimated control signal by * correlating said fractional phase error with a version of said fractional part having zero mean, yielding a correlated signal, * multiplying said correlated signal with its absolute value, * integrating the outcome of said multiplying to so obtain said estimated control signal. * correlating said fractional phase error with a version of said fractional part having zero mean, yielding a correlated signal, * multiplying said correlated signal with its absolute value, * integrating the outcome of said multiplying to so obtain said estimated control signal.
A compound which is a tosylate salt of N-[3-[(4aR,7aS)-2-amino-6-(5-fluoropyrimidin-2-yl)-4,4a,5,7-tetrahydropyrrolo[3,4-d][1,3]thiazin-7a-yl]-4-fluoro-phenyl]-5-methoxy-pyrazine-2-carboxamide.
Battery grid comprising a grid structure formed from grid arms and bordering arms made of lead or lead alloy, a supporting element and lugs, as well as lead paste applied on the surface of the supporting element between the grid arms and the bordering arms; the supporting element comprises fibreglass based material, characterized in that in said grid structure more than one lug is arranged in a given distance - preferably equidistant - from each other along said bordering arm; from said lugs grid arms the number of which equals to the number of said lugs are directed to the geometrical centre point of said battery grid; within said bordering arms, between said grid arms which are connected to said lugs further internal grid arms are formed; said grid arms are in galvanic connection with each other, with said bordering arms and said lugs.
A superconducting acceleration cavity comprising: a body portion whose axial direction is parallel to the vertical direction, and having a cylindrical side face portion; an upper face portion provided in an upper part of the body portion and is a plate-shaped member, wherein the upper face portion is annular in plan view and its longitudinal section includes an upwardly protruding curved face; and a deformation adjustment portion configured to apply a pressing force on the upper face portion to deform the upper face portion, characterized in that an upwardly protruding rib is provided on a surface of the upper face portion; and the deformation adjustment portion is configured to apply the pressing force by coming into contact with the rib such that the pressing force is widely transmitted within the surface of the upper face portion through the rib. a body portion whose axial direction is parallel to the vertical direction, and having a cylindrical side face portion; an upper face portion provided in an upper part of the body portion and is a plate-shaped member, wherein the upper face portion is annular in plan view and its longitudinal section includes an upwardly protruding curved face; and a deformation adjustment portion configured to apply a pressing force on the upper face portion to deform the upper face portion, characterized in that an upwardly protruding rib is provided on a surface of the upper face portion; and the deformation adjustment portion is configured to apply the pressing force by coming into contact with the rib such that the pressing force is widely transmitted within the surface of the upper face portion through the rib.
An occlusive device for medical treatment of a vascular condition, comprising: a plurality of wires braided into a three dimensional structure comprising a cylindrical body and a braided, closed end of the cylindrical body; wherein the braided, closed end is free from any free ends of the plurality of wires, and wherein the braided, closed end having a braid pattern with a plurality of interconnected loops, and characterized in that each loop is interconnected with and passes through an opposing loop in said braid pattern.
A tire mountable apparatus, comprising: a substrate defining a longitudinal direction, a top surface and a bottom surface, the substrate comprising a plurality of conductor terminals arranged in a substantially linear relationship; a first support element located below the bottom surface of the substrate; and a second support element located above the top surface of the substrate; wherein the plurality of conductor terminals are positioned between the first and second support elements, characterized in that the plurality of conductor terminals are arranged in a substantially linear relationship along a line 80° to 100° to the longitudinal direction of the substrate. a substrate defining a longitudinal direction, a top surface and a bottom surface, the substrate comprising a plurality of conductor terminals arranged in a substantially linear relationship; a first support element located below the bottom surface of the substrate; and a second support element located above the top surface of the substrate; wherein the plurality of conductor terminals are positioned between the first and second support elements, characterized in that the plurality of conductor terminals are arranged in a substantially linear relationship along a line 80° to 100° to the longitudinal direction of the substrate. a first support element located below the bottom surface of the substrate; and a second support element located above the top surface of the substrate;
A laser processing method comprising the steps of: irradiating a glass or piezoelectric material substrate with laser light while positioning the light-converging point within the substrate under a condition with a peak power density of at least 1 x 10 8 W/cm 2 at the light-converging point and a pulse width of 1μs or less, so as to form a crack region within the substrate, wherein the crack region forms a starting point region for cutting along a line along which the substrate should be cut in the substrate inside by a predetermined distance from a laser light incident face of the substrate; and providing a front face of the substrate with a laminate part after the step of forming the starting point region for cutting. irradiating a glass or piezoelectric material substrate with laser light while positioning the light-converging point within the substrate under a condition with a peak power density of at least 1 x 10 8 W/cm 2 at the light-converging point and a pulse width of 1μs or less, so as to form a crack region within the substrate, wherein the crack region forms a starting point region for cutting along a line along which the substrate should be cut in the substrate inside by a predetermined distance from a laser light incident face of the substrate; and providing a front face of the substrate with a laminate part after the step of forming the starting point region for cutting.
Method for treating a bottom ash coming from a waste incineration plant, comprising the steps of: a) removing particles with a size > 70 mm from the bottom ash with filtering means; b) subjecting the bottom ash with particles ≤ 70 mm, resulting after step a), to a wet physicochemical separation which results in a sand, rubble, organic and sludge fraction; c) removing non-ferromagnetic metals from the sand and the rubble fraction with separating means; and d) chemically immobilizing the sand fraction resulting from step c) by carbonation, wherein the carbonation comprises of adding cement, sand, activated carbon and carbon dioxide to the sand fraction resulting from step c). a) removing particles with a size > 70 mm from the bottom ash with filtering means; b) subjecting the bottom ash with particles ≤ 70 mm, resulting after step a), to a wet physicochemical separation which results in a sand, rubble, organic and sludge fraction; c) removing non-ferromagnetic metals from the sand and the rubble fraction with separating means; and d) chemically immobilizing the sand fraction resulting from step c) by carbonation, wherein the carbonation comprises of adding cement, sand, activated carbon and carbon dioxide to the sand fraction resulting from step c).
A valve bridge assembly for a valve train assembly, the valve bridge assembly comprising: a valve bridge; a first cavity formed towards a first end portion of the valve bridge; a hydraulic lash adjuster disposed within the first cavity for engaging a first valve stem; characterised in that a second cavity is formed towards a second end portion of the valve bridge, containing a support member, wherein the support member is for engaging a second valve stem; wherein the valve bridge is supported for pivotal movement about the support member. a valve bridge; a first cavity formed towards a first end portion of the valve bridge; a hydraulic lash adjuster disposed within the first cavity for engaging a first valve stem; characterised in that a second cavity is formed towards a second end portion of the valve bridge, containing a support member, wherein the support member is for engaging a second valve stem; wherein the valve bridge is supported for pivotal movement about the support member.
An inkjet printer comprising: a transporting belt configured to support a medium and rotate to transport the medium in a transport direction; a discharge unit configured to discharge a liquid onto the medium supported by the transporting belt; a support portion that supports the transporting belt; and a suction unit configured to suction the transporting belt toward the support portion, wherein provided that a direction intersecting the transport direction is a width direction, no through-hole is provided through the transporting belt in a thickness direction at a first end portion region being a region including an end portion on a first side of the transporting belt in the width direction and a second end portion region being a region including an end portion on a second side in the width direction, wherein the suction unit is disposed at a position where the suction unit suctions the transporting belt at the first end portion region and the second end portion region toward the support portion; and wherein the suction unit is disposed at a position where the suction unit does not suction the transporting belt at a center region located between the first end portion region and the second end portion region toward the support portion. a transporting belt configured to support a medium and rotate to transport the medium in a transport direction; a discharge unit configured to discharge a liquid onto the medium supported by the transporting belt; a support portion that supports the transporting belt; and a suction unit configured to suction the transporting belt toward the support portion, wherein provided that a direction intersecting the transport direction is a width direction, no through-hole is provided through the transporting belt in a thickness direction at a first end portion region being a region including an end portion on a first side of the transporting belt in the width direction and a second end portion region being a region including an end portion on a second side in the width direction, wherein the suction unit is disposed at a position where the suction unit suctions the transporting belt at the first end portion region and the second end portion region toward the support portion; and wherein the suction unit is disposed at a position where the suction unit does not suction the transporting belt at a center region located between the first end portion region and the second end portion region toward the support portion.
An opening-closing body structure for a vehicle comprising: a stopper contact portion that is formed at a hood inner panel configuring an inner panel of a hood, serving as an opening-closing body covering an opening of a vehicle body front section and capable of opening and closing, and that contacts a stopper provided at the opening when the hood is in a closed state; at least three reinforcement beads (50, 52, 54) that are formed at the hood inner panel, that extend in at least three directions from the stopper contact portion, and that are each formed at a position that is not on the same straight line as any other reinforcement bead; and an outer peripheral bead formed running along an outer peripheral portion of the hood inner panel, characterized in that a first reinforcement bead that is one of the at least three reinforcement beads (50, 52, 54) extends from the stopper contact portion toward the hood front side and is connected to the outer peripheral bead; a second reinforcement bead that is another of the at least three reinforcement beads (50, 52, 54) extends from the stopper contact portion toward inside in a hood width direction; and a third reinforcement bead that is yet another of the at least three reinforcement beads (50, 52, 54) extends from the stopper contact portion toward outside in the hood width direction with being angled toward the rear side. a stopper contact portion that is formed at a hood inner panel configuring an inner panel of a hood, serving as an opening-closing body covering an opening of a vehicle body front section and capable of opening and closing, and that contacts a stopper provided at the opening when the hood is in a closed state; at least three reinforcement beads (50, 52, 54) that are formed at the hood inner panel, that extend in at least three directions from the stopper contact portion, and that are each formed at a position that is not on the same straight line as any other reinforcement bead; and an outer peripheral bead formed running along an outer peripheral portion of the hood inner panel, characterized in that a first reinforcement bead that is one of the at least three reinforcement beads (50, 52, 54) extends from the stopper contact portion toward the hood front side and is connected to the outer peripheral bead; a second reinforcement bead that is another of the at least three reinforcement beads (50, 52, 54) extends from the stopper contact portion toward inside in a hood width direction; and a third reinforcement bead that is yet another of the at least three reinforcement beads (50, 52, 54) extends from the stopper contact portion toward outside in the hood width direction with being angled toward the rear side.