mhurhangee/ep-ind-claims huggingface dataset:
A system for assessing the distribution of shear forces at fixation points on a textile-based implant, the system comprising: a tissue model including an upper surface extending along a plane and defining an opening therethrough, and a fixation support configured to secure a textile-based implant against the upper surface at a plurality of fixation points defined along the plane of the upper surface; a load simulation device configured to apply a load to a textile-based implant secured to the tissue model, the system further characterized by markers disposed on the fixation support at the plurality of fixation points; and an analysis system configured to calculate a shear force vector at each of the fixation points where the markers are disposed in response to the load applied by the load simulation device, wherein the fixation support includes a plurality of rods, each rod including a first end fixed to a lower surface of the tissue model that extends around the upper surface of the tissue model, and a second end terminating about or above the plane of the upper surface, wherein the markers are disposed on the second end of respective ones of the plurality of rods, and wherein the analysis system includes a digital image acquisition and processing component including two or more cameras for recording the position of the markers in a 3D coordinate system and digital image correlation software for calculating a displacement vector of the markers. a tissue model including an upper surface extending along a plane and defining an opening therethrough, and a fixation support configured to secure a textile-based implant against the upper surface at a plurality of fixation points defined along the plane of the upper surface; a load simulation device configured to apply a load to a textile-based implant secured to the tissue model, the system further characterized by markers disposed on the fixation support at the plurality of fixation points; and an analysis system configured to calculate a shear force vector at each of the fixation points where the markers are disposed in response to the load applied by the load simulation device, wherein the fixation support includes a plurality of rods, each rod including a first end fixed to a lower surface of the tissue model that extends around the upper surface of the tissue model, and a second end terminating about or above the plane of the upper surface, wherein the markers are disposed on the second end of respective ones of the plurality of rods, and wherein the analysis system includes a digital image acquisition and processing component including two or more cameras for recording the position of the markers in a 3D coordinate system and digital image correlation software for calculating a displacement vector of the markers.
Method for filling containers under pressure and to a constant level by means of a filling nozzle comprising: - an annular connection part configured to provide a liquid-tight support with a neck of a container, and to demarcate a distribution zone, - a distribution tube connected to a source of supply of a liquid (4,5) under a distribution pressure by means of a distribution valve and discharging into the distribution zone, - an exhaust duct (36,51,39,59) discharging on the one hand into the distribution zone, and on the other hand via a vent orifice, and - an exhaust check valve controlled by a liquid level sensor in the exhaust duct, interposed in the exhaust duct between the distribution zone and the vent orifice, characterized in that it comprises the stages of: - closing the exhaust duct in a calibrated manner (61,62) according to a calibration to an exhaust pressure that is lower than the distribution pressure, between the exhaust check valve and the vent orifice, - placing into position a container to be filled, resting against the annular connection part, - opening the distribution valve and keeping it open until the closure of the exhaust check valve, - closing the distribution valve, - releasing the container from the annular connection part. - an annular connection part configured to provide a liquid-tight support with a neck of a container, and to demarcate a distribution zone, - a distribution tube connected to a source of supply of a liquid (4,5) under a distribution pressure by means of a distribution valve and discharging into the distribution zone, - an exhaust duct (36,51,39,59) discharging on the one hand into the distribution zone, and on the other hand via a vent orifice, and - an exhaust check valve controlled by a liquid level sensor in the exhaust duct, interposed in the exhaust duct between the distribution zone and the vent orifice, characterized in that it comprises the stages of: - closing the exhaust duct in a calibrated manner (61,62) according to a calibration to an exhaust pressure that is lower than the distribution pressure, between the exhaust check valve and the vent orifice, - placing into position a container to be filled, resting against the annular connection part, - opening the distribution valve and keeping it open until the closure of the exhaust check valve, - closing the distribution valve, - releasing the container from the annular connection part.
A scroll compressor comprising: a casing which is extended in a direction of an axis; a discharge cover which is accommodated in the casing and formed so as to divide a space in the casing into a high-pressure side space on one side in the direction of the axis and a low-pressure side space on the other side; an orbital scroll which is positioned in the low-pressure side space and is configured to eccentrically rotate with respect to the axis; and a fixed scroll which is positioned between the discharge cover and the orbital scroll in the low-pressure side space, a compression chamber to which refrigerant introduced from the low-pressure side space being formed between the fixed scroll and the orbital scroll, wherein a discharge port through which the refrigerant compressed in the compression chamber is discharged to the high-pressure side space is formed so as to be passed through the fixed scroll and the discharge cover, an annular injection space surrounding the discharge port, characterised in that a communication path communicating the injection space with the low-pressure side space is are formed between the fixed scroll and the discharge cover, and the scroll compressor further comprises an injection pipe through which liquid refrigerant is introduced to the injection space from an outside thereof. a casing which is extended in a direction of an axis; a discharge cover which is accommodated in the casing and formed so as to divide a space in the casing into a high-pressure side space on one side in the direction of the axis and a low-pressure side space on the other side; an orbital scroll which is positioned in the low-pressure side space and is configured to eccentrically rotate with respect to the axis; and a fixed scroll which is positioned between the discharge cover and the orbital scroll in the low-pressure side space, a compression chamber to which refrigerant introduced from the low-pressure side space being formed between the fixed scroll and the orbital scroll, wherein a discharge port through which the refrigerant compressed in the compression chamber is discharged to the high-pressure side space is formed so as to be passed through the fixed scroll and the discharge cover, an annular injection space surrounding the discharge port, characterised in that a communication path communicating the injection space with the low-pressure side space is are formed between the fixed scroll and the discharge cover, and the scroll compressor further comprises an injection pipe through which liquid refrigerant is introduced to the injection space from an outside thereof.
A solid state drawing process comprising the following steps: (a) providing a polymer billet that has a softening temperature and that comprises filler and a continuous phase of polyethylene polymer; and (b) solid state drawing the polymer billet at a drawing rate of 1.2 meters per minute or faster using a tensile force in order to form an oriented and cavitated polymer composition; wherein that portion of the polymer billet that is undergoing solid state drawing is at a drawing temperature that is below the softening temperature of the polymer billet and wherein the polyethylene polymer accounts for more than 50% of all polymers in the polymer billet and has a density of 0.941-0.959 grams per cubic centimeter and a weight-average molecular weight that is 110,000 grams per mole or greater and wherein drawing of the polymer billet ceases while all cross section dimensions of the oriented and cavitated polymer composition exceed two millimeters. (a) providing a polymer billet that has a softening temperature and that comprises filler and a continuous phase of polyethylene polymer; and (b) solid state drawing the polymer billet at a drawing rate of 1.2 meters per minute or faster using a tensile force in order to form an oriented and cavitated polymer composition;
Closure arrangement for the opening of a refrigerator and / or freezer, comprising at least one first wall and at least one vacuum insulation panel, wherein the vacuum insulation panel is completely encased by a cured casting compound and fixed via this to the first wall, characterised in that the casting compound has a density following curing of between 1.1 and 1.8 g / cm 3, in particular between 1.2 and 1.7 g / cm 3, that the casting compound has a Shore D hardness according to DIN EN ISO 868 following casting of between 70 and 80, that the casting compound has a flexural modulus of elasticity according to DIN EN 178 following casting of between 1800 and 2500 MPa.
Method of inspecting at least a first drying section of a gas blowing cellulose pulp dryer selected in the group of dryers comprising airborne web dryers and vertical dryers, the cellulose pulp dryer being operative for drying a web of cellulose pulp by means of blowing gas towards the web from gas outlets of blow boxes (22, 26) of the first drying section, the method being characterized in inspecting the first drying section by - detecting radiation reflected from the first drying section; and - analysing, based on t e detected reflected radiation, at least one of a lateral position of an edge of the web during operation of the dryer, and the occurrence of any residue of the web. - detecting radiation reflected from the first drying section; and - analysing, based on t e detected reflected radiation, at least one of a lateral position of an edge of the web during operation of the dryer, and the occurrence of any residue of the web.
An internal manifold type fuel cell formed by stacking an electrolyte electrode assembly and separators in a stacking direction, said electrolyte electrode assembly including a pair of electrodes (62, 64) and an electrolyte interposed between said electrodes (62, 64), reactant gas flow fields for supplying reactant gases along surfaces of said electrodes (62, 64) being formed between said electrolyte electrode assembly and said separators, reactant gas passages being connected to said reactant gas flow fields, and extending through said fuel cell in the stacking direction, wherein a connection channel connecting said reactant gas passage and said reactant gas flow field is provided on said separator; one of the gas diffusion layers of said electrolyte electrode assembly has an overlapping portion overlapped on said connection channel; and the connection channel and the reactant gas flow field connected to the reactant gas passage by the connection channel are provided on the same surface of the separator, characterized in that the separator is made of a metal plate, and the overlapping portion contacts protrusions (30a, 30b; 92a, 92b) of the metal separator dividing a plurality of parallel flow grooves comprised in the connection channel such that said overlapping portion is tightly attached on said separator for sealing said connection channel, wherein said overlapping portion includes a protruded end protruding from an end of said gas diffusion layer in parallel to the surface of said gas diffusion layer, and wherein at said protruded end, a seal member is stacked on a surface opposite to a surface overlapped on said connection channel such that an electrolyte membrane as said electrolyte is interposed between said protruded end and said seal member.
A separator which comprises a porous polymer substrate comprising a polymer showing a variation in phase angle with an increase in temperature at 0.1 Hz represented by the following Formula 1: Variation in phase angle at 0.1 Hz = [(Phase angle 190 - Phase angle 280)/(Phase angle 190)] × 100 ≥ 0% wherein Phase angle 190 means the phase angle of the porous polymer substrate at 0.1 Hz and 190°C, Phase angle 280 means the phase angle of the porous polymer substrate at 0.1 Hz and 280°C, and Phase angle 190 and Phase angle 280 are measured using a rheometer in the manner set out in the description; wherein the polymer has a Z average molecular weight of 700,000-2,000,000, as measured in accordance with the section "Method for Determining Z Average Molecular Weight" in the description; wherein the polymer has a melt index of 0.05-4 g/10 min, as measured in accordance with the section "Method for Determining Melt Index" in the description; and wherein the polymer has a branch content of 5-25%, as measured in accordance with the section "Method for Determining Branch Content" in the description. Phase angle 280 means the phase angle of the porous polymer substrate at 0.1 Hz and 280°C, and Phase angle 190 and Phase angle 280 are measured using a rheometer in the manner set out in the description; wherein the polymer has a Z average molecular weight of 700,000-2,000,000, as measured in accordance with the section "Method for Determining Z Average Molecular Weight" in the description; wherein the polymer has a melt index of 0.05-4 g/10 min, as measured in accordance with the section "Method for Determining Melt Index" in the description; and wherein the polymer has a branch content of 5-25%, as measured in accordance with the section "Method for Determining Branch Content" in the description.
A filter element comprising: a core having a non-circular core cross-sectional shape, the core comprising: a longitudinally extending central shaft; a plurality of circumferential ribs protruding radially from the central shaft, each rib of the plurality of circumferential ribs defining the non-circular core cross-sectional shape of the core, a first circumferential rib of the plurality of circumferential ribs being disposed at a first end of the central shaft; and a rib sidewall extending from outer edges of the first circumferential rib and away from the central shaft such that a cavity is defined between the first circumferential rib and the rib sidewall, wherein the cavity is configured to receive a correspondingly shaped pin or key; a filter media pack comprising a filter media layer wrapped around an outer periphery of the core such that the filter media pack has a filter media pack cross-sectional shape the corresponds to the non-circular core cross-sectional shape; a seal member, the seal member being an axial seal member configured to form a seal with a filter housing such that, in use, fluid being filtered through the filter element cannot bypass the filter element wherein the seal member comprises both planar and non-planar portions that are configured to interact with matching planar and curved surfaces of the filter housing. a longitudinally extending central shaft; a plurality of circumferential ribs protruding radially from the central shaft, each rib of the plurality of circumferential ribs defining the non-circular core cross-sectional shape of the core, a first circumferential rib of the plurality of circumferential ribs being disposed at a first end of the central shaft; and a rib sidewall extending from outer edges of the first circumferential rib and away from the central shaft such that a cavity is defined between the first circumferential rib and the rib sidewall, wherein the cavity is configured to receive a correspondingly shaped pin or key; a filter media pack comprising a filter media layer wrapped around an outer periphery of the core such that the filter media pack has a filter media pack cross-sectional shape the corresponds to the non-circular core cross-sectional shape; a seal member, the seal member being an axial seal member configured to form a seal with a filter housing such that, in use, fluid being filtered through the filter element cannot bypass the filter element wherein the seal member comprises both planar and non-planar portions that are configured to interact with matching planar and curved surfaces of the filter housing.
A tooth coating and whitening composition comprising a whitening ingredient comprising materials with a high refractive index of at least 2.0 or blue dyes/pigments, an acryl based polymer and 5 to 25 wt% of the total composition of a smectite clay.
A wind power generation system (10, 76, 80, 82, 86, 90) including a power generation unit (14, 120, 130) having an elastically deformable base material (44, 122) in a shape of a longitudinal flat plate and a piezoelectric element (46, 124, 132) disposed on the base material, in which the power generation unit is arranged to be held at its both longitudinal ends and to be placed at a position where wind blows, and which is configured to generate electricity as the power generation unit is vibrated so that an intermediate portion of the power generation unit in a longitudinal direction reciprocates in a thickness direction of the power generation unit and the piezoelectric element is configured to be repeatedly bent and deformed by the vibration, the wind power generation system characterized in that a piezoelectric film made of resin is used as the piezoelectric element, and the piezoelectric element is stacked on the base material, at least one of the longitudinal ends of the power generation unit is coupled to a movable member (30; 102) that is configured to move in the longitudinal direction of the power generation unit, the wind power generation system includes a tension adjusting device (38; 92) that is configured, when a wind speed is increased, to move the movable member to increase a tensile force that pulls the power generation unit in the longitudinal direction, and the tension adjusting device is a lift generating member that is formed integrally with the movable member so as to be extended and to have wing shape to both sides of the movable member and that is configured to move the movable member based on lift generated according to the wind speed.
A set of packaging bags for the purchase of separate fruit and vegetables, consisting of 6 bags,made out of 100% polyester with a weight of 30 to 60 gr. per m 2 to optimize the weight. The bags are very light to help the consumer with his purchase of 5 different types of fruit and vegetables. The set is packed as a spiral in a protective cover and can be stored in a handbag, a shopping bag or in the glove compartment.
A scrap submergence device for mixing molten metal in a furnace, the scrap submergence device comprising: an upper structure; a shaft extending down from the upper structure; and an impeller at a lower end of the shaft, the impeller comprising: a plurality of blades, each of the plurality of blades having a blade height and a blade radius; and a plate, wherein a ratio of the blade height to the blade radius is 0.3 to 1, and at least one of the plurality of blades comprises a radial extension extending in a tangential direction from an outermost edge (101.3) on a leading face of the at least one of the plurality of blades. an upper structure; a shaft extending down from the upper structure; and an impeller at a lower end of the shaft, the impeller comprising: a plurality of blades, each of the plurality of blades having a blade height and a blade radius; and a plate, wherein a ratio of the blade height to the blade radius is 0.3 to 1, and at least one of the plurality of blades comprises a radial extension extending in a tangential direction from an outermost edge (101.3) on a leading face of the at least one of the plurality of blades. a plurality of blades, each of the plurality of blades having a blade height and a blade radius; and a plate, wherein a ratio of the blade height to the blade radius is 0.3 to 1, and at least one of the plurality of blades comprises a radial extension extending in a tangential direction from an outermost edge (101.3) on a leading face of the at least one of the plurality of blades.
A set of a wheel and a frame part, both suitable for a bicycle, wherein the frame part comprises a first longitudinal part and a second longitudinal part, and the at least one wheel comprises: - a central ring in turn comprising a plurality of bearings, - a rim, arranged around and rotatable in relation to said central ring, being rotatable by means of said plurality of bearings, and - a bicycle tyre, which is connectable to and rotates jointly with the rim, wherein the first longitudinal part is suitable to be coupled to a first side of the central ring of the wheel and the second longitudinal part is suitable to be coupled to a second side of the central ring of the wheel, the first and second sides being opposite to one another, and characterised in that each of the first and second longitudinal parts comprises an elongated portion and a wheel coupling portion, wherein i) the wheel coupling portion provides for the coupling to the side of the central ring and ii) an opening is provided between the elongated portion and the coupling portion, the wheel passing and rotating through such opening. - a central ring in turn comprising a plurality of bearings, - a rim, arranged around and rotatable in relation to said central ring, being rotatable by means of said plurality of bearings, and - a bicycle tyre, which is connectable to and rotates jointly with the rim, wherein the first longitudinal part is suitable to be coupled to a first side of the central ring of the wheel and the second longitudinal part is suitable to be coupled to a second side of the central ring of the wheel, the first and second sides being opposite to one another, and characterised in that each of the first and second longitudinal parts comprises an elongated portion and a wheel coupling portion, wherein i) the wheel coupling portion provides for the coupling to the side of the central ring and ii) an opening is provided between the elongated portion and the coupling portion, the wheel passing and rotating through such opening.