mhurhangee/ep-ind-claims huggingface dataset:
Post for a post and beam construction comprising a plurality of bearing bodies attached to and projecting from a longitudinal side of the post, wherein the bearing bodies are formed separately from the post and are each connected to the post via an associated load introduction element in a form-locking manner in all directions in a plane in which the longitudinal side of the post extends, for the transmission of bearing loads acting along this plane from the respective bearing body to the post, wherein the load introduction elements are each designed in such a way that the bearing bodies can be arranged with the load introduction element associated with them in different positions on the longitudinal side of the post during their assembly on the longitudinal side of the post, which positions represent different rotational positions of the respective bearing body in the plane of the longitudinal side about an axis of rotation extending perpendicularly to this plane and within the bearing body, wherein the bearing bodies are each secured or can be secured against a rotation about the axis of rotation in one of these positions in a form-locking and/or force-locking manner, and wherein, viewed in the direction of the respective axis of rotation, the circumferential boundaries of the bearing bodies each form, over at least one third of the circumferential extent, a limit stop region for butting against the inner boundaries of a hollow crossbar profile to be secured to the post, wherein in this limit stop regions the distance of the circumferential boundaries from the axis of rotation increases as viewed in a first circumferential direction, characterized in that the axes of rotation of the bearing bodies, as viewed in the direction perpendicular to the longitudinal side of the post, run through the corners of a polygon, in particular of a triangle or of a rectangle, and wherein the bearing bodies are positioned in such a way that all the bearing bodies project beyond the boundaries of this polygon with at least a part of their limit stop region, wherein all bearing bodies have an identical maximum projection of their limit stop region over the boundaries of the polygon and wherein on each side of the polygon exactly one bearing body protrudes over this side with the maximum projection with its limit stop region.
An applicator comprising a stem and an applicator member at an end of the stem, the applicator member comprising: • a core; and • projecting elements (41, 18) that extend from the core, the applicator member including a corkscrewed portion having an envelope surface with a flat cross-section, characterized in that the greatest transverse dimension (l) of the corkscrewed portion lies in the range 8 mm to 16 mm and the long axes (X p, X d) of the proximal and distal cross-sections of the corkscrewed portion are angularly offset around the longitudinal axis of the core by less than 90°. • a core; and • projecting elements (41, 18) that extend from the core, the applicator member including a corkscrewed portion having an envelope surface with a flat cross-section, characterized in that the greatest transverse dimension (l) of the corkscrewed portion lies in the range 8 mm to 16 mm and the long axes (X p, X d) of the proximal and distal cross-sections of the corkscrewed portion are angularly offset around the longitudinal axis of the core by less than 90°.
A method of removing water and concentrating an analyte in a solvent comprising: providing an extraction solution comprising solvent and residual water and an analyte; passing said solution through a membrane to reduce water content wherein an analyte is present at a first concentration; transferring said solution at said first concentration into a vessel; said method being characterized in that said method also includes a step of removing solvent from said solution to provide an analyte at a second concentration which is greater than said analyte first concentration, said step of removing solvent from said solution comprising: introducing a flow of gas into said solution contained in said vessel; introducing a vacuum within said vessel containing said solution; forming solvent vapor and removing said solvent vapor. providing an extraction solution comprising solvent and residual water and an analyte; passing said solution through a membrane to reduce water content wherein an analyte is present at a first concentration; transferring said solution at said first concentration into a vessel; said method being characterized in that said method also includes a step of removing solvent from said solution to provide an analyte at a second concentration which is greater than said analyte first concentration, said step of removing solvent from said solution comprising: introducing a flow of gas into said solution contained in said vessel; introducing a vacuum within said vessel containing said solution; forming solvent vapor and removing said solvent vapor. introducing a flow of gas into said solution contained in said vessel; introducing a vacuum within said vessel containing said solution; forming solvent vapor and removing said solvent vapor.
A compressor, comprising: a casing; a driving unit disposed in the casing; a compression unit, coupled to the driving unit, configured to compress a refrigerant; and a valve configured to control a flow of the refrigerant in the casing, wherein the valve includes: a valve chamber including a main flow path, in which the refrigerant is to flow, the main flow path including a refrigerant inlet and a refrigerant outlet, characterized in that a floating body disposed in the valve chamber to open or close the main flow path, and a bypass flow path, formed in the valve chamber, to be opened or closed by the floating body, and when the driving unit is stopped and the bypass flow path is opened by the floating body, to allow the refrigerant to be detoured to the bypass flow path. a casing; a driving unit disposed in the casing; a compression unit, coupled to the driving unit, configured to compress a refrigerant; and a valve configured to control a flow of the refrigerant in the casing, wherein the valve includes: a valve chamber including a main flow path, in which the refrigerant is to flow, the main flow path including a refrigerant inlet and a refrigerant outlet, characterized in that a valve chamber including a main flow path, in which the refrigerant is to flow, the main flow path including a refrigerant inlet and a refrigerant outlet, characterized in that a floating body disposed in the valve chamber to open or close the main flow path, and
Co-cross-linked phosphorylated polysaccharide hydrogel, based on (i) dextran and (ii) hyaluronic acid and/or one of its salts, optionally functionalized, in which hydrogel said dextran and said hyaluronic acid (and/or its salt, optionally functionalized) are bound together by phosphodiester and/or polyphosphodiester covalent bonds.
Molding materials comprising a composition composed of A) 95-99.994 wt.% polyamide and B) 0.005-1 wt.% vinyl homopolymers and/or copolymers composed of vinyl monomers and C) 0.001-1 wt.% solvent, wherein the solvent is selected from water, alcohol, ketone, glacial acetic acid, chlorinated hydrocarbon and phenol, and also fibrous reinforcers, wherein not only glass fibres but also aramid fibers, mineral fibers and whiskers are contemplated as said reinforcers. A) 95-99.994 wt.% polyamide and B) 0.005-1 wt.% vinyl homopolymers and/or copolymers composed of vinyl monomers and C) 0.001-1 wt.% solvent, wherein the solvent is selected from water, alcohol, ketone, glacial acetic acid, chlorinated hydrocarbon and phenol,
An aircraft fuselage assembly comprising: first and second skin sections each further comprising a plurality of plies of composite materials and having a mating edge, with the mating edges (116, 118) disposed in edgewise alignment with each other; and a plurality of tabs each extending longitudinally from the mating edge of the first skin section along an interior surface of the second skin section, each tab including an exterior surface in facing registration with a corresponding portion of the interior surface of the second skin section, each of said tabs further including at least one injection hole formed therethrough for injection of bonding material between said exterior surface and said corresponding portion for attaching the first and second skin sections. first and second skin sections each further comprising a plurality of plies of composite materials and having a mating edge, with the mating edges (116, 118) disposed in edgewise alignment with each other; and a plurality of tabs each extending longitudinally from the mating edge of the first skin section along an interior surface of the second skin section, each tab including an exterior surface in facing registration with a corresponding portion of the interior surface of the second skin section, each of said tabs further including at least one injection hole formed therethrough for injection of bonding material between said exterior surface and said corresponding portion for attaching the first and second skin sections.
A respiratory assistance system for delivering gas to a patient, said respiratory assistance system comprising: an unsealed nasal interface configured to deliver a gas flow to a patient; a gas source configured to drive the gas flow to the unsealed nasal interface at an operating flow rate; characterised by the respiratory assistance system further comprising a control system executed by one or more hardware processors of a controller, the control system including programming instructions and configured to: instruct the gas source to apply a plurality of test flow rate values in a range as the operating flow rate; receive measurement of at least one patient parameter from one or more components of the respiratory assistance system corresponding to each of the plurality of test flow rate values; determine a new flow rate value based at least in part on the measured at least one patient parameter; and instruct the gas source to change the operating flow rate to the new flow rate value; wherein the one or more hardware processors are further configured to determine a rate of change in the measured at least one patient parameter as a function of the change in the applied plurality of test flow rate values. an unsealed nasal interface configured to deliver a gas flow to a patient; a gas source configured to drive the gas flow to the unsealed nasal interface at an operating flow rate; characterised by the respiratory assistance system further comprising a control system executed by one or more hardware processors of a controller, the control system including programming instructions and configured to: instruct the gas source to apply a plurality of test flow rate values in a range as the operating flow rate; receive measurement of at least one patient parameter from one or more components of the respiratory assistance system corresponding to each of the plurality of test flow rate values; determine a new flow rate value based at least in part on the measured at least one patient parameter; and instruct the gas source to change the operating flow rate to the new flow rate value; instruct the gas source to apply a plurality of test flow rate values in a range as the operating flow rate; receive measurement of at least one patient parameter from one or more components of the respiratory assistance system corresponding to each of the plurality of test flow rate values; determine a new flow rate value based at least in part on the measured at least one patient parameter; and instruct the gas source to change the operating flow rate to the new flow rate value;
A vaccine for use in the prevention or treatment of tauopathy dementia, comprising a vector, as an active ingredient, said vector comprising nucleotides 74 to 1309 of SEQ ID NO: 13, said vector encoding a mutant tau protein linked to a secretory signal sequence, wherein the mutant tau protein comprises a substitution mutation of an amino acid residue, P301S, at position 301 of the amino acid sequence of SEQ ID NO: 1 of a tau protein, and wherein the vector is a Sendai virus vector and is capable of inducing an antibody to the mutant tau protein in a subject in a more sustained manner compared with a case where the mutant tau protein is administered directly, and wherein the vaccine has an effect of improving at least one symptom of abnormal social interaction, abnormal anxiety-like behavior, and impaired memory in a subject.
A cement-free aqueous dispersion comprising in dispersed form particles of a polymer P and particles of a calcium silicate hydrate, where the polymer P has a number-average particle diameters 10 and ≤ 1000 nm and a glass transition temperature in the range ≥ -55 and ≤ 30°C and is composed in copolymerized form of ≥ 0.1% and ≤ 10% by weight of at least one hydroxyalkyl acrylate, hydroxyalkyl methacrylate and/or an amide of an α,β-monoethylenically unsaturated C 3 to C 6 monocarboxylic or C 4 to C 6 dicarboxylic acid (monomers A), ≥ 0% and ≤ 0.5% by weight of at least one α,β-monoethylenically unsaturated C 3 to C 6 monocarboxylic or C 4 to C 6 dicarboxylic acid (monomers B), ≥ 0% and ≤ 10% by weight of methyl methacrylate (monomer C), and ≥ 90% and ≤ 99.9% by weight of at least one further ethylenically unsaturated monomer which is different from the monomers A to C (monomers D), the amount of the monomers A to D adding up to 100% by weight, and where the calcium silicate hydrate has a weight-average particle diameters 0.1 and ≤ 100 nm.
Use of a glue application device for a labelling apparatus for labelling machines, including at least one glueing roller, which can be driven to rotate about its roller axis, and including at least one glue-depositing and distributing element for producing a primary glue deposit on a circumferential surface of the glueing roller, surrounding the roller axis and moved past a glue dispenser, and including at least one glue scraper, provided at a glue scraper mount, with a scraper portion which, in order to form a uniform glue film from the primary glue application, is in contact, pressed by a pressing force produced by at least one spring element, against a circumferential region of the glueing roller, this region extending in the direction of the roller axis and, in the direction of rotation of the glueing roller, following the point at which the glue is dispensed, wherein the glue scraper and/or its scraper portion are held only by the at least one spring element at the glue scraper mount in such a way that the scraper portion in contact against the glue roller, seen in the reference direction of rotation of the glue roller, is arranged upstream of the remaining part of the glue scraper, and wherein the scraper portion in contact against the glue roller is configured in the form of a strip.
A method for controlling an electric power steering apparatus according to claim 2, comprising the steps of: detecting an upper-side angle of a torsion bar by a first angle sensor provided at a handle side of a column shaft of said electric power steering apparatus for said torsion bar; detecting a lower-side angle of said torsion bar by a second angle sensor provided at steered-wheels (8L, 8R) side of said column shaft of said electric power steering apparatus for said torsion bar; characterized by setting an angle target value of an opposite side by using one of said upper-side angle or said lower-side angle; detecting an actual angle of said opposite side; performing an angle follow-up feedback control based on a deviation between said angle target value and said actual angle, wherein an angle which sets said angle target value and a detected actual angle are said lower-side angle of said torsion bar; calculating a road-surface reaction force and a road-surface information based on said upper-side angle of said torsion bar, a motor current and a vehicle information; and calculating said angle target value based on said road-surface reaction force and said road-surface information. detecting an upper-side angle of a torsion bar by a first angle sensor provided at a handle side of a column shaft of said electric power steering apparatus for said torsion bar; detecting a lower-side angle of said torsion bar by a second angle sensor provided at steered-wheels (8L, 8R) side of said column shaft of said electric power steering apparatus for said torsion bar; characterized by setting an angle target value of an opposite side by using one of said upper-side angle or said lower-side angle; detecting an actual angle of said opposite side; performing an angle follow-up feedback control based on a deviation between said angle target value and said actual angle, wherein an angle which sets said angle target value and a detected actual angle are said lower-side angle of said torsion bar; calculating a road-surface reaction force and a road-surface information based on said upper-side angle of said torsion bar, a motor current and a vehicle information; and calculating said angle target value based on said road-surface reaction force and said road-surface information.
Capsule for preparing infusion beverages composed of a containing tank defining therein at least one room adapted to contain at least one substance to be infused, said tank being equipped with an opening externally equipped on its perimeter with a circular edge adapted to abut against a corresponding abutment edge of a side wall of an infusion chamber of a preparing machine inside which said capsule is inserted, characterized in that a surface face of said circular edge being equipped with a sealing profile composed of a first circular rib and a second circular rib, said first and second ribs (17, 19) being concentric with respect to a main symmetry axis (S-S) of said capsule, each one of said first and second ribs (17, 19) being flexible and said first and second ribs (17, 19) defining therebetween a seat shaped as a circular crown adapted to house therein an end portion of said abutment edge of said side wall of said infusion chamber and to center the capsule upon inserting it into the infusion chamber, and in that said seat is internally equipped with a third circular head rib interposed between said first and second ribs (17, 19), said third circular head rib being concentric with respect to said main symmetry axis (S-S), said circular head rib being equipped with a flexible end adapted to get in contact with and to be squashed against said end portion of said abutment edge to perform a complete seal of the infusion beverage, preventing this latter one from entering the infusion chamber through said circular edge.
Ergometer, in particular bicycle ergometer, with at least one pedalling device for a user and with a vibration unit, characterised in that the bearing of the pedalling device is pivotably mounted about a horizontal pivot axis, in that the vibration unit has at least one main shaft which is driven directly or indirectly by a motor and has an eccentric disc attached thereto, the eccentric disc being rotatably coupled to a connecting rod, and in that the connecting rod transmits the vibrations to the bearing of the pedalling device by means of a connecting rod head arranged opposite the eccentric disc, so that the vibrations essentially bear exclusively on this bearing in the vertical direction. characterised in that the bearing of the pedalling device is pivotably mounted about a horizontal pivot axis, in that the vibration unit has at least one main shaft which is driven directly or indirectly by a motor and has an eccentric disc attached thereto, the eccentric disc being rotatably coupled to a connecting rod, and in that the connecting rod transmits the vibrations to the bearing of the pedalling device by means of a connecting rod head arranged opposite the eccentric disc, so that the vibrations essentially bear exclusively on this bearing in the vertical direction.
A drawing machine for drawing a tube, defining a longitudinal axis, comprising: - a first die for carrying out the drawing of the tube by means of the use of a mandrel; - an inclination variation device for varying the inclination of the tube entering into said first die; - an in-line detection system for detecting the eccentricity of the tube; - a data processing system for processing signals originating from said detection system and sending input data to said inclination variation device of the tube to vary the inclination of the tube so as to correct the eccentricity of the tube in-line; characterized in that there is provided a second die for carrying out a skin pass operation on the tube, which is arranged downstream of said first die, and in that said in-line detection system for detecting the eccentricity of the tube comprises a first detection head arranged downstream of said first die and comprising at least three first transducers (8, 8"). - a first die for carrying out the drawing of the tube by means of the use of a mandrel; - an inclination variation device for varying the inclination of the tube entering into said first die; - an in-line detection system for detecting the eccentricity of the tube; - a data processing system for processing signals originating from said detection system and sending input data to said inclination variation device of the tube to vary the inclination of the tube so as to correct the eccentricity of the tube in-line;
An upper for an article of footwear, the upper comprising: a carcass layer including an interior liner defining an interior void of the upper and an exterior liner joined to the interior liner to define a plurality of resilient pads (124a-124h; 124i-124p) protruding from an exterior surface of the upper; wherein the carcass layer comprises a plurality of cushioning elements (140a-140h) disposed within the interior voids of each of the resilient pads (124a-124); and an outer shell attached to the exterior liner of the carcass layer and including a plurality of openings (128a-128h; 128i-128p) each configured to receive a respective one of the resilient pads (124a-124h; 124i-124p) therethrough, wherein the plurality of resilient pads (124a-124h; 124i-124p) includes at least one lateral pad disposed on a lateral side of the upper, at least one medial pad disposed on a medial side of the upper, and at least one throat pad (124g, 124h; 124o, 124p) disposed on a tongue of the upper. a carcass layer including an interior liner defining an interior void of the upper and an exterior liner joined to the interior liner to define a plurality of resilient pads (124a-124h; 124i-124p) protruding from an exterior surface of the upper; wherein the carcass layer comprises a plurality of cushioning elements (140a-140h) disposed within the interior voids of each of the resilient pads (124a-124); and an outer shell attached to the exterior liner of the carcass layer and including a plurality of openings (128a-128h; 128i-128p) each configured to receive a respective one of the resilient pads (124a-124h; 124i-124p) therethrough, wherein the plurality of resilient pads (124a-124h; 124i-124p) includes at least one lateral pad disposed on a lateral side of the upper, at least one medial pad disposed on a medial side of the upper, and at least one throat pad (124g, 124h; 124o, 124p) disposed on a tongue of the upper.