mhurhangee/ep-ind-claims huggingface dataset:
A flying object landing system comprising: a passive guidance mechanism having a pair of guide rails (21a, 21b) arranged side by side with a space therebetween and provided so that the space increases toward one set of tips of the guide rails (21a, 21b), wherein one guide rail is supported so as to be rotatable about a first shaft extending in a direction perpendicular to a plane including the guide rails (21a, 21b), at or near the tip thereof, and the other guide rail is supported so as to be rotatable about a second shaft extending in a direction perpendicular to the plane including the guide rails (21a, 21b), at or near the tip thereof; a flying object having a suspension portion provided on an upper part so as to be inserted between the guide rails (21a, 21b) from sides of the one set of tips of the guide rails (21a, 21b); and a landing means arranged on the sides of the other set of tips of the guide rails (21a, 21b) and provided so as to be able to land the flying object guided from sides of the one set of tips of the guide rails (21a, 21b) to the sides of the other set of tips through the suspension portion between the guide rails (21a, 21b). a passive guidance mechanism having a pair of guide rails (21a, 21b) arranged side by side with a space therebetween and provided so that the space increases toward one set of tips of the guide rails (21a, 21b), wherein one guide rail is supported so as to be rotatable about a first shaft extending in a direction perpendicular to a plane including the guide rails (21a, 21b), at or near the tip thereof, and the other guide rail is supported so as to be rotatable about a second shaft extending in a direction perpendicular to the plane including the guide rails (21a, 21b), at or near the tip thereof; a flying object having a suspension portion provided on an upper part so as to be inserted between the guide rails (21a, 21b) from sides of the one set of tips of the guide rails (21a, 21b); and a landing means arranged on the sides of the other set of tips of the guide rails (21a, 21b) and provided so as to be able to land the flying object guided from sides of the one set of tips of the guide rails (21a, 21b) to the sides of the other set of tips through the suspension portion between the guide rails (21a, 21b).
An arrangement of an inverter for controlling at least one hydraulic pump, said arrangement comprising power and control electronic components and a straight length of a tubular metallic body to be assembled in-line on a duct for the flowing of a fluid in a hydraulic plant, at least said power electronic components being connected with said tubular body so as to result in a relationship of conductive heat transfer with the same body, said electronic components being fixed to said tubular body, so as to abut against an outer surface of the body, said arrangement being characterised in that said tubular body comprises threaded ends for the hydraulic connection with corresponding ends of said duct.
A portable electrocautery device, comprising - a source of energy, and - an applicator wherein the source of energy is a source of DC energy with the maximal current of 1mA and voltage of 0.8 to 12kV and wherein the applicator further comprises a disposable grounding electrode adapted to conductively connect a patient to the electrocautery device so that an output of a spark discharge between a working electrode and a surface of the skin of the patient is a DC output in the range of 0.3 to 4.0 W. - a source of energy, and - an applicator
A device comprising an upwardly open hollow body and a removable lid, having fuel content arranged inside the upwardly open hollow body, wherein the lid is pluggable onto the hollow body, wherein in the attached state the shell of the lid projects upwards beyond the shell of the upwardly open hollow body, wherein the shell of the lid is provided with openings and the lid is upwardly closed, wherein the upper rim of the upwardly open hollow body is higher than the lower lid rim of the lid, wherein the lid has an inner wall in the area of each opening, wherein the upper inner edge of the inner wall is further inside and further up than the lower rim of the openings, and wherein the lid is plugged onto the upwardly open hollow body with its area adjoining below the openings, characterised in that multiple ducts are located in said area between the inner shell surface of the lid and the outer shell surface of the hollow body, wherein the first end of the ducts opens out into the inside of the hollow body and the lid below the upper inner edge of the inner wall of the lid, and wherein the second end of the ducts leads to the outer side of the device, and wherein the first end of the ducts is further up than the second end of the ducts. wherein the lid has an inner wall in the area of each opening, wherein the upper inner edge of the inner wall is further inside and further up than the lower rim of the openings, and wherein the lid is plugged onto the upwardly open hollow body with its area adjoining below the openings, characterised in that multiple ducts are located in said area between the inner shell surface of the lid and the outer shell surface of the hollow body, wherein the first end of the ducts opens out into the inside of the hollow body and the lid below the upper inner edge of the inner wall of the lid, and wherein the second end of the ducts leads to the outer side of the device, and wherein the first end of the ducts is further up than the second end of the ducts.
Method for optimizing the architecture of an electric power supply of a load, which comprises the following steps: - determination, by a number of test series, of a dimensioning mission profile according to the capacity demand (Pchg(t)) over time of the load (t); - definition of different energy storage sources (13, 14) that are candidates for hybridization, chosen among energy storage sources (13, 14) of the battery, super-capacitor or fuel cell type; - association of a characteristic behavior model with each energy storage source (13, 14); characterized by the following steps: - determination of couples of energy storage sources (13, 14) which are capable of generating the mission profile with minimum mass; and - determination, among the potential couples of energy storage sources (13, 14), of the couple with the lowest mass. - determination, by a number of test series, of a dimensioning mission profile according to the capacity demand (Pchg(t)) over time of the load (t); - definition of different energy storage sources (13, 14) that are candidates for hybridization, chosen among energy storage sources (13, 14) of the battery, super-capacitor or fuel cell type; - association of a characteristic behavior model with each energy storage source (13, 14); - determination of couples of energy storage sources (13, 14) which are capable of generating the mission profile with minimum mass; and - determination, among the potential couples of energy storage sources (13, 14), of the couple with the lowest mass.
An isolated polynucleotide encoding a fusion protein capable of specifically binding CD20, wherein the polynucleotide: (a) comprises the polynucleotide sequence of any one of SEQ ID NOS.:53-56; (b) comprises the polynucleotide sequence of any one of SEQ ID NOS.:44-47; (c) consists of the polynucleotide sequence of any one of SEQ ID NOS.:53-56; or (d) consists of the polynucleotide sequence of any one of SEQ ID NOS.:44-47. (a) comprises the polynucleotide sequence of any one of SEQ ID NOS.:53-56; (b) comprises the polynucleotide sequence of any one of SEQ ID NOS.:44-47; (c) consists of the polynucleotide sequence of any one of SEQ ID NOS.:53-56; or (d) consists of the polynucleotide sequence of any one of SEQ ID NOS.:44-47.
Sectional door comprising: - a plurality of panels having a shape such that they can be stacked on top of each other in a stacked state of the sectional door, and next to each other in a stored state of the sectional door; - a drive system with a cable or a chain attached to a bottom panel, adapted to move the bottom panel and the panels resting thereon in the height direction; - upright rails for guiding the panels stacked on top of each other; - means for guiding the panels in a storage zone; - wherein the drive system further comprises a lifting mechanism (41, 45) adapted to each time remove the highest panel from the stack of panels by accelerating it, and to subsequently transfer said panel to the means for guiding the panels in the storage zone, characterised in that the means for guiding the panels in a storage zone comprise a worm wheel having a helical groove for guiding the panels in the storage zone, by supporting a lateral extension of the panels in the helical groove. - a plurality of panels having a shape such that they can be stacked on top of each other in a stacked state of the sectional door, and next to each other in a stored state of the sectional door; - a drive system with a cable or a chain attached to a bottom panel, adapted to move the bottom panel and the panels resting thereon in the height direction; - upright rails for guiding the panels stacked on top of each other; - means for guiding the panels in a storage zone; - wherein the drive system further comprises a lifting mechanism (41, 45) adapted to each time remove the highest panel from the stack of panels by accelerating it, and to subsequently transfer said panel to the means for guiding the panels in the storage zone,
A method of filling a micro-chamber with sample material, the method comprising the steps of: • A step of providing a micro-chamber equipped for inspecting sample material, the micro-chamber comprising: • an inspection volume for holding the sample material, the inspection volume defined by: ∘ a first rigid layer (102A+102B), ∘ a second rigid layer (103A+103B) spaced from the first rigid layer, and ∘ a hermetic seal between the first and the second rigid layers, • a thin part of at least one of the rigid layers separates the inspection volume from the outside, • the thin part is equipped to be punctured, and • the inspection volume is an evacuated volume, • A step of providing the sample material immersed in a liquid, • A step of inspecting the sample material, The method characterized in that After the step of providing the sample material immersed in a liquid and prior to the step of inspecting the sample, the sample material is introduced in the inspection volume by • A step of placing a droplet of the liquid with immersed sample material on the thin part of the micro-chamber, • A step of puncturing the thin part, As a result of which the liquid with immersed sample material is sucked into the inspection volume. • A step of providing a micro-chamber equipped for inspecting sample material, the micro-chamber comprising: • an inspection volume for holding the sample material, the inspection volume defined by: ∘ a first rigid layer (102A+102B), ∘ a second rigid layer (103A+103B) spaced from the first rigid layer, and ∘ a hermetic seal between the first and the second rigid layers, • a thin part of at least one of the rigid layers separates the inspection volume from the outside, • the thin part is equipped to be punctured, and • the inspection volume is an evacuated volume, • an inspection volume for holding the sample material, the inspection volume defined by: ∘ a first rigid layer (102A+102B), ∘ a second rigid layer (103A+103B) spaced from the first rigid layer, and ∘ a hermetic seal between the first and the second rigid layers, ∘ a first rigid layer (102A+102B), ∘ a second rigid layer (103A+103B) spaced from the first rigid layer, and ∘ a hermetic seal between the first and the second rigid layers, • a thin part of at least one of the rigid layers separates the inspection volume from the outside, • the thin part is equipped to be punctured, and • the inspection volume is an evacuated volume, • A step of providing the sample material immersed in a liquid, • A step of inspecting the sample material, The method characterized in that After the step of providing the sample material immersed in a liquid and prior to the step of inspecting the sample, the sample material is introduced in the inspection volume by • A step of placing a droplet of the liquid with immersed sample material on the thin part of the micro-chamber, • A step of puncturing the thin part, As a result of which the liquid with immersed sample material is sucked into the inspection volume.
A check valve, comprising: a check valve body having a seat defining an aperture through which a fluid flow is permitted; a pin-hinge disposed to bifurcate the aperture into first and second openings (221; 222) and a housing connected to the seat and supportively coupled to the pin-hinge; the check valve body further comprising a housing having sidewalls connected to the seat and respectively coupled to opposite ends of the pin hinge to support the pin hinge; first and second petals (30, 40) pivotably coupled to the pin-hinge to occupy respective open and closed positions in accordance with a pressure differential of the fluid flow across the check valve; bearing elements disposed in sequence along the pin-hinge to pivotably couple the first and second petals (30, 40) to the pin-hinge; and a respective lift generating element coupled to each of the petals (30, 40) and configured to aerodynamically interact with the fluid flow to generate a lift force on the petals (30, 40) in a direction transverse to a direction of the fluid flow; characterized by further comprising: a washer element interposed between an endmost one of the bearing elements and the adjacent corresponding sidewall so as to support the bearing element and bear the weight of the first and second petals (30, 40) when the check valve is in a vertical orientation with the said one of the bearing elements lowermost, the lift force being directed to relieve the weight of the first and second petals (30, 40) borne by the washer element when the valve is in that orientation. a check valve body having a seat defining an aperture through which a fluid flow is permitted; a pin-hinge disposed to bifurcate the aperture into first and second openings (221; 222) and a housing connected to the seat and supportively coupled to the pin-hinge; the check valve body further comprising a housing having sidewalls connected to the seat and respectively coupled to opposite ends of the pin hinge to support the pin hinge; first and second petals (30, 40) pivotably coupled to the pin-hinge to occupy respective open and closed positions in accordance with a pressure differential of the fluid flow across the check valve; bearing elements disposed in sequence along the pin-hinge to pivotably couple the first and second petals (30, 40) to the pin-hinge; and a respective lift generating element coupled to each of the petals (30, 40) and configured to aerodynamically interact with the fluid flow to generate a lift force on the petals (30, 40) in a direction transverse to a direction of the fluid flow; characterized by further comprising: a washer element interposed between an endmost one of the bearing elements and the adjacent corresponding sidewall so as to support the bearing element and bear the weight of the first and second petals (30, 40) when the check valve is in a vertical orientation with the said one of the bearing elements lowermost, the lift force being directed to relieve the weight of the first and second petals (30, 40) borne by the washer element when the valve is in that orientation.
A sol comprising inorganic oxide particles as a dispersoid; and a dispersion medium containing an organic solvent containing a C 6-18 paraffinic hydrocarbon, a C 6-18 naphthenic hydrocarbon, or a mixture of these, and a C 4-8 alcohol having a carbon-carbon bond in the molecule, wherein: the alcohol is contained in an amount of 0.1 to 5% by mass in the entire dispersion medium, the inorganic oxide particles have an average particle diameter of 5 to 200 nm as measured by dynamic light scattering, and the inorganic oxide particles contain a silicon atom bonded to a C 1-3 alkyl group and a silicon atom bonded to a C 4-18 alkyl group.
A composition for use in regulating the level of glucose in blood to reduce the symptoms of hyperglycaemia in a non-diabetic human, where the composition contains beta-casein, and where the beta-casein comprises at least 75% by weight beta-casein A2.
A device for generating a magnetic field, associable with a movable rod of a pneumatic actuator, comprising a containment element including an elongate portion and a flange at a base of the elongate portion, a housing inside the elongate portion, a mouth of the housing and a magnet positioned in the housing, the flange comprising an annular surface extending mainly flat with an inner edge surrounding the mouth of the housing, wherein the device also comprises a closing element inserted in the housing through the mouth of the housing and extending outside the housing beyond a main plane of extension of the annular surface, characterised in that the closing element is substantially made of an elastically compressible polymeric material that is solidified directly in the housing in such a way that it adheres to the containment element and the closing element is fixed to the containment element.
Method for winding the stator of a multi-phase electric motor, in which a plurality of spaced-apart stator teeth are assigned to each phase, all teeth of the stator being wound without an interruption to the winding wire, and the winding wire in each case being passed, before or after all stator teeth assigned to a phase are wound, over a contacting element, arranged outside the stator core in a radial direction, of a contacting device, so as to produce a delta connection.
Apparatus for the examination of the internal wall of a tube by turning inside out a tube portion the section of which is open over an arc of its circumference, in particular over approximately a quarter of its circumference, characterized in that it includes: - two adjacent parallel bars (3a, 3b), mounted to slide in a frame and adapted to be moved in their plane, around which bars may be engaged the concave side of the open portion of the tube, with its geometrical axis parallel to the bars, - pusher means for pushing in a direction substantially orthogonal to the mean plane of the bars, adapted to come to bear against the exterior convex area of the tube portion, and - spreader means adapted to move the bars apart in response to the pushing against the convex area of the tube portion, wherein the tube portion may be turned inside out on either side of the pushing area. wherein the pusher means comprise, in order to come into contact with the tube portion, an interchangeable cylindrical element having a geometrical axis parallel to the bars, disposed on the convex side of the tube portion opposite the bars, the cylindrical element being carried at each end by a pusher moved by a rod, so that the conjugate action of the movement apart of the bars and the cylindrical element pushing causes relative flattening of the portion 1 followed by complete turning inside out, this portion 1 finding itself wound over substantially 180° onto the cylindrical element. - two adjacent parallel bars (3a, 3b), mounted to slide in a frame and adapted to be moved in their plane, around which bars may be engaged the concave side of the open portion of the tube, with its geometrical axis parallel to the bars, - pusher means for pushing in a direction substantially orthogonal to the mean plane of the bars, adapted to come to bear against the exterior convex area of the tube portion, and - spreader means adapted to move the bars apart in response to the pushing against the convex area of the tube portion,
Control system for a centrifugal spreader for applying agricultural material, preferably fertilizer, wherein the centrifugal spreader has a container for storing the material, wherein the material is applied in a wide spread by means of two centrifugal discs, wherein the speed of the centrifugal discs can be adapted in a controllable manner, wherein the amount of material to be applied can be supplied to the centrifugal discs by means of a respective metering element, preferably a metering slider, wherein the centrifugal spreader has at least one sensor for determining measured values which can be directly or indirectly used to derive a measure of the symmetry of the distribution characteristic (25, 32) based on the direction of travel of the centrifugal spreader, wherein a maximum speed as a limit value for the speed of the centrifugal discs and a desired working width as a desired value are input to the control system and/or transferred to the latter and/or stored therein, wherein the controllable parameters are adjusted by the control system during normal operation in such a manner that a distribution characteristic which is as symmetrical as possible based on the direction of travel of the centrifugal spreader is achieved, wherein a desired value for the discharge angle, which is dependent on the desired working width and the current speed, is stored in the control system or is calculated by the latter, characterized in that if the limit value for the speed of at least one centrifugal disc is reached during normal operation, the desired value for the discharge angle of this centrifugal disc is accordingly adapted by the control system in order to maintain the desired working width and the speed of the second centrifugal disc and the desired value for the discharge angle of the second centrifugal disc are accordingly adapted by the control system in order to maintain a symmetrical distribution characteristic.
An apparatus for collecting fluid from a tissue site, the apparatus comprising: an upstream layer having a hydrophilic side and a hydrophobic side; a sealing member adapted to cover the tissue site and the upstream layer, the sealing member being bonded to the upstream layer, the hydrophilic side of the upstream layer being positioned to face the sealing member; and an absorbent member positioned between the upstream layer and the sealing member, wherein the hydrophobic side of the upstream layer is adapted to distribute fluids along the upstream layer. an upstream layer having a hydrophilic side and a hydrophobic side; a sealing member adapted to cover the tissue site and the upstream layer, the sealing member being bonded to the upstream layer, the hydrophilic side of the upstream layer being positioned to face the sealing member; and an absorbent member positioned between the upstream layer and the sealing member, wherein the hydrophobic side of the upstream layer is adapted to distribute fluids along the upstream layer.
Blends obtainable by reactive molten mixing of hydrolysed proteins, gelatins or mixtures thereof with functional copolymers with an ethylene base, said copolymers being selected from poly(vinyl alcohol-co-ethylene) (EVAL) or copolymer ethylene vinyl acetate wherein the hydrolysed protein is obtained from: - by-products and/or waste and/or residues originating from the tanning industry, obtained before and after the tanning stage; or - products and/or by-products and/or waste and/or residues and/or industrial or agrifood waste of animal or plant origin; and wherein when said copolymers are selected from EVAL, the blends also include glycerol. - by-products and/or waste and/or residues originating from the tanning industry, obtained before and after the tanning stage; or - products and/or by-products and/or waste and/or residues and/or industrial or agrifood waste of animal or plant origin;