mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring the fixation of a patient's eye throughout the capture of its biometric measurement data, in which information relating to the fixation is extracted, depending on the different recording modes, from already available or additionally captured recordings and/or data, characterized by the method steps of: a) recording a central retinal OCT scan with absolute fixation information, b) recording a frontal image with relative fixation information at the same time as, or immediately before or after, the central retinal OCT scan with at least partly diffuse lighting, c) recording further frontal images with relative fixation information as continuously as possible over time, d) checking the fixation state on the basis of the central retinal OCT scan, e) should a correct fixation be present, the latter is also assumed for the frontal image recorded in method step b), f) calculating a difference vector for each frontal image recorded in method step c), said difference vector describing the deviations from the frontal image recorded in method step b), g) comparing the calculated difference vectors of the frontal images recorded in method step c) with a defined threshold, wherein h) a correct fixation for the recorded frontal images is assumed if the thresholds are undershot and no correct fixation is assumed if the thresholds are overshot and i) use is only made of the biometric measurement data captured just before, at the same time as or just after the frontal images with the correct fixation. a) recording a central retinal OCT scan with absolute fixation information, b) recording a frontal image with relative fixation information at the same time as, or immediately before or after, the central retinal OCT scan with at least partly diffuse lighting, c) recording further frontal images with relative fixation information as continuously as possible over time, d) checking the fixation state on the basis of the central retinal OCT scan, e) should a correct fixation be present, the latter is also assumed for the frontal image recorded in method step b), f) calculating a difference vector for each frontal image recorded in method step c), said difference vector describing the deviations from the frontal image recorded in method step b), g) comparing the calculated difference vectors of the frontal images recorded in method step c) with a defined threshold, wherein h) a correct fixation for the recorded frontal images is assumed if the thresholds are undershot and no correct fixation is assumed if the thresholds are overshot and i) use is only made of the biometric measurement data captured just before, at the same time as or just after the frontal images with the correct fixation.
An axle of railway wheel set extending along a longitudinal axis between two ends (101, 102), both intended to support a railway wheel and the respective bearing so as to form a wheel set, characterized in that in both ends (101, 102) there is a blind hole, named main hole, coaxial to the axle and sized to accommodate an ultrasonic probe, thereby aiding the inspection of the axle itself.
Agricultural distributor, for dispensing granular or granulated material from at least one storage container with a metering system for metered delivery to a pneumatic transport system and of at least one distributing device connected to the pneumatic transport system, whereby the metering system is allocated at least one driven cell wheel rotating around an axle from which axle several rib-type elements extend to the outside around the circumference of the cell wheel and form the cell chambers that divide the cell wheel, whereby the respective cell chambers are limited at the side by a casing reaching to the perimeter of the cell wheel, whereby an inlet opening for the inflow of material into the cell chambers, which extends in its profile over at least one partition of the cell wheel or a cell chamber, is formed above the cell chambers in the upper section of the metering system, whereby the casing of the cell wheel at the side and approximately opposite to the inlet opening of the storage containers has a discharge opening that extends in its profile at the perimeter of the casing and at least over one partition of the cell wheel or a cell chamber, whereby the discharge opening for the material discharge is connected at least indirectly with the pneumatic transport system, whereby the inlet opening and the discharge opening are formed in such a way that at least one partition of the cell wheel or a cell chamber separate the inlet opening and the discharge opening from one another, characterised in that the axle of the cell wheel is arranged practically vertical and the volumes of the cell chambers in the lower section of the cell wheel are defined or limited by one or more partition elements movable in an axial direction to the cell wheel, whose axial distance (α) to the upper edge of the rib-type elements is designed to be adjustable.
A heater assembly comprising: a foil heater having at least one slot; an insulating plate configured to electrically and thermally insulate the foil heater, the insulating plate defining a central opening, at least one first mounting hole and at least one first fastening hole; and a heat dissipation element configured to conduct heat from the foil heater to an exterior of the heater assembly, the heat dissipation element having at least one second mounting hole and at least one second fastening hole, wherein the foil heater is between the insulating plate and the heat dissipation element, characterized in that the slot of the foil heater is aligned with (i) the at least one first fastening hole and the at least one first mounting hole adjacent to the at least one first fastening hole, and (ii) the at least one second fastening hole and the at least one second mounting hole adjacent to the at least one second fastening hole. a foil heater having at least one slot; an insulating plate configured to electrically and thermally insulate the foil heater, the insulating plate defining a central opening, at least one first mounting hole and at least one first fastening hole; and a heat dissipation element configured to conduct heat from the foil heater to an exterior of the heater assembly, the heat dissipation element having at least one second mounting hole and at least one second fastening hole, wherein the foil heater is between the insulating plate and the heat dissipation element, characterized in that the slot of the foil heater is aligned with (i) the at least one first fastening hole and the at least one first mounting hole adjacent to the at least one first fastening hole, and (ii) the at least one second fastening hole and the at least one second mounting hole adjacent to the at least one second fastening hole. (i) the at least one first fastening hole and the at least one first mounting hole adjacent to the at least one first fastening hole, and (ii) the at least one second fastening hole and the at least one second mounting hole adjacent to the at least one second fastening hole.
An impeller comprising: a hub; an extension disc connected to the hub; a plurality of blades disposed annularly around the hub, wherein each of the plurality of blades has a bottom edge connected to the extension disc; and an air guiding cover connected to top edges of the plurality of blades, wherein the air guiding cover includes an air inlet edge which encircles and delimits an air inlet, wherein the air guiding cover further includes an air outlet edge, wherein a plurality of air outlets is formed between the air outlet edge of the air guiding cover and an outer edge of the extension disc and is separated from each other by the plurality of blades, wherein the air guiding cover further includes an inner face having a plurality of grooves, wherein each two adjacent blades have at least one of the plurality of grooves therebetween, wherein each groove extends from a respective air outlet towards the air inlet, and wherein a width of each groove decreases from the respective air outlet towards the air inlet; wherein each groove includes an inner end and an outer end, wherein the inner end of each groove is located between the air inlet edge and the air outlet edge of the air guiding cover, wherein the outer end of each groove is located on the air outlet edge of the air guiding cover; characterized in that each groove includes two sides connected to the inner end and the outer end, and wherein each of the two sides extends rectilinearly from the inner end to the outer end. a hub; an extension disc connected to the hub; a plurality of blades disposed annularly around the hub, wherein each of the plurality of blades has a bottom edge connected to the extension disc; and an air guiding cover connected to top edges of the plurality of blades, wherein the air guiding cover includes an air inlet edge which encircles and delimits an air inlet, wherein the air guiding cover further includes an air outlet edge, wherein a plurality of air outlets is formed between the air outlet edge of the air guiding cover and an outer edge of the extension disc and is separated from each other by the plurality of blades, wherein the air guiding cover further includes an inner face having a plurality of grooves, wherein each two adjacent blades have at least one of the plurality of grooves therebetween, wherein each groove extends from a respective air outlet towards the air inlet, and wherein a width of each groove decreases from the respective air outlet towards the air inlet; wherein each groove includes an inner end and an outer end, wherein the inner end of each groove is located between the air inlet edge and the air outlet edge of the air guiding cover, wherein the outer end of each groove is located on the air outlet edge of the air guiding cover; characterized in that each groove includes two sides connected to the inner end and the outer end, and wherein each of the two sides extends rectilinearly from the inner end to the outer end.
A hydroxylated unsaturated fatty acid having 18 carbon atoms and having a hydroxyl group at the 10-position, wherein the hydroxylated unsaturated fatty acid has a cis double bond at the 12-position, for use in the prophylaxis or improvement of a disease caused by damage in intestinal tract barrier function.
A method of producing a veneered element, comprising - providing a substrate, - applying a sub-layer on a surface of the substrate, - applying a veneer layer comprising a wood veneer on the sub-layer, - applying pressure to the veneer layer and/or the substrate, such that at least a portion of the sub-layer permeates through cracks and/or holes of the veneer layer, characterized in that it comprises the steps of: - controlling a design of the veneer by controlling permeation of the sub-layer through the veneer layer, wherein permeation is varied by applying a varying fluid pressure, the fluid pressure being controlled by generating a gas pressure in the sub-layer, wherein the gas pressure is generated by including chemical blowing agents in the sub-layer. - providing a substrate, - applying a sub-layer on a surface of the substrate, - applying a veneer layer comprising a wood veneer on the sub-layer, - applying pressure to the veneer layer and/or the substrate, such that at least a portion of the sub-layer permeates through cracks and/or holes of the veneer layer, characterized in that it comprises the steps of: - controlling a design of the veneer by controlling permeation of the sub-layer through the veneer layer, - controlling a design of the veneer by controlling permeation of the sub-layer through the veneer layer,
A system configured to modify a set of time ordered digital images comprising at least one computer configured to: create at least one mask associated with a region of a source image; associate depth values with said at least one mask of said source image; render a left viewpoint image of said source image; generate a left translation map for said left viewpoint image; wherein said left translation map comprises a map of horizontal directional offsets of one or more pixels in said left viewpoint image; render a right viewpoint image of said source image; generate a right translation map for said right viewpoint image; wherein said right translation map comprises a map of horizontal directional offsets of one or more pixels in said right viewpoint image; modify said at least one mask associated with said left translation map and said right translation map to create at least one modified mask and regenerate said horizontal direction offsets in said left translation map and said right translation map; and, update said left viewpoint image and said right viewpoint image based on said left translation map and said right translation map respectively and said at least one modified mask. create at least one mask associated with a region of a source image; associate depth values with said at least one mask of said source image; render a left viewpoint image of said source image; generate a left translation map for said left viewpoint image; wherein said left translation map comprises a map of horizontal directional offsets of one or more pixels in said left viewpoint image; render a right viewpoint image of said source image; generate a right translation map for said right viewpoint image; wherein said right translation map comprises a map of horizontal directional offsets of one or more pixels in said right viewpoint image; modify said at least one mask associated with said left translation map and said right translation map to create at least one modified mask and regenerate said horizontal direction offsets in said left translation map and said right translation map; and, update said left viewpoint image and said right viewpoint image based on said left translation map and said right translation map respectively and said at least one modified mask.
A multi-purpose electrosurgical device for treating biological tissues, comprising a first member comprising at the front end thereof a first electrode to form a first electrical contact with the tissues and a second member consisting of a single second electrode connected to a gripping element, the single second electrode forming the front end of the second member, to form a second electrical contact with the tissues, the first and second members (2, 3) being connected by an articulation pivot making it possible to bring the members (2, 3) closer to and further away from one another; the first electrode having a concave cross-section, able to partly house the second electrode and to make the second electrode project from the first electrode, the end of the second electrode being longer than the end of the first electrode, when the two members (2, 3) are brought together to allow the formation of the first electrical contact on the external surface of the first electrode and the formation of the second electrical contact on the projecting part of the second electrode.
Resin composition comprising (a) an unsaturated polyester resin and/or a methacrylate functional resin, characterized in that the resin composition further comprises (b) an aromatic amine according to formula 1 in which P 1 =an organic residue, R 1 =H or a C 1 -C 6 alkyl, R 2 = H or CH 3.
A process for producing an absorbent structure comprising the following steps: - providing a carrier layer; - depositing and positioning absorbent material onto the carrier layer according to a continuously connected absorbent material pattern of absorbent material clusters with areas where substantially no absorbent material is present, in between the absorbent material clusters; wherein the areas are intended to act as additional distribution and transport channel facilitating the flow of liquid away from the point of insult and toward the absorbent material clusters; - providing an auxiliary layer covering the absorbent material so as to form a sandwich structure of the carrier layer, the auxiliary layer and the absorbent material; - attaching an adhesive to the carrier layer and/or to the auxiliary layer prior to the bringing together of the sandwich structure; - after the bringing together of the sandwich structure, attaching the carrier layer to the auxiliary layer to provide permanent primary bonding regions and substantially detachable or temporary secondary bonding regions; said secondary bonding regions being configured to release under the swelling force of the absorbent materials and/or under the influence of water; and said primary bonding regions being arranged in a primary attachment grid composed of continuous lines so as to allow for additional liquid distribution and transport; wherein said continuous lines are adjoining the absorbent material clusters. - providing a carrier layer; - depositing and positioning absorbent material onto the carrier layer according to a continuously connected absorbent material pattern of absorbent material clusters with areas where substantially no absorbent material is present, in between the absorbent material clusters; wherein the areas are intended to act as additional distribution and transport channel facilitating the flow of liquid away from the point of insult and toward the absorbent material clusters; - providing an auxiliary layer covering the absorbent material so as to form a sandwich structure of the carrier layer, the auxiliary layer and the absorbent material; - attaching an adhesive to the carrier layer and/or to the auxiliary layer prior to the bringing together of the sandwich structure; - after the bringing together of the sandwich structure, attaching the carrier layer to the auxiliary layer to provide permanent primary bonding regions and substantially detachable or temporary secondary bonding regions; said secondary bonding regions being configured to release under the swelling force of the absorbent materials and/or under the influence of water; and said primary bonding regions being arranged in a primary attachment grid composed of continuous lines so as to allow for additional liquid distribution and transport; wherein said continuous lines are adjoining the absorbent material clusters.
Stacking storage arrangement comprising a frame (4, 5, 6, 7, 8) with a plurality of container receiving spaces, which each have an opening at their lower end, wherein a latch arrangement is arranged at at least one opening and which has at least one latch unit with a holding latch that can be moved between a locking position and a release position, wherein the holding latch can be replaced from the inside of the opening, wherein the latch unit, in which the holding latch is pivotally arranged in a carrier element, is detachably mounted in the frame (4, 5, 6, 7, 8), the latch unit and the carrier element being mountable or replaceable from the inside of the opening by removing the carrier element from the inside of the opening and inserting another carrier element with a holding latch attached to it, characterized in that the opening has two longitudinal sides and two transverse sides and the holding latch can be pivoted about an axis which encloses an angle of less than 90° with both a longitudinal side and a transverse side.
A polymer-metal compound composite ink, comprising: at least one polymer; at least one metal compound material, the metal compound material being a polyoxometalate compound; and at least one solvent which is used for forming a disperse system in the form of a uniform fluid together with the remaining components in the composite ink. at least one polymer; at least one metal compound material, the metal compound material being a polyoxometalate compound; and at least one solvent which is used for forming a disperse system in the form of a uniform fluid together with the remaining components in the composite ink.
Power supply device for metallurgic equipment to be operated with electric energy with non-linear load comprising a maximum power consumption greater than or equal to 180 MVA, such as an electric arc furnace with a power consumption greater than or equal to 180 MVA, comprising at least two structurally equivalent three-phase furnace transformers (100, 200) with an output power greater than or equal to 90 MVA, each of the furnace transformers comprising an input-side three-phase medium voltage connector (1U-100, 1V-100, 1W-100; 1U-200, 1V-200, 1W-200) and a delta interconnection on the input-side and an output-side three-phase low voltage connector (2U1-100, 2U2-100, 2V1-100, 2V2-100, 2W1-100, 2W2-100; 2U1-200, 2U2-200, 2V1-200, 2V2-200, 2W1-200, 2W2-200) and an external interconnection (iii) on the output side, at least one medium voltage furnace bar (140; 140a, 140b) connected to the input-side medium voltage connectors (1U-100, 1V-100, 1W-100; 1U-200, 1V-200, 1W-200) of the furnace transformers (100, 200), and a low voltage-side parallel circuit of the output-side low voltage connectors (2U1-100, 2U2-100, 2V1-100, 2V2-100, 2W1-100, 2W2-100; 2U1-200, 2U2-200, 2V1-200, 2V2-200, 2W1-200, 2W2-200) of the furnace transformers (100, 200) with symmetrized external delta interconnections by means of water-cooled high current conductors, which low voltage-side parallel circuit is connectable to electrodes (11, 12, 13) of the metallurgic equipment. at least two structurally equivalent three-phase furnace transformers (100, 200) with an output power greater than or equal to 90 MVA, each of the furnace transformers comprising an input-side three-phase medium voltage connector (1U-100, 1V-100, 1W-100; 1U-200, 1V-200, 1W-200) and a delta interconnection on the input-side and an output-side three-phase low voltage connector (2U1-100, 2U2-100, 2V1-100, 2V2-100, 2W1-100, 2W2-100; 2U1-200, 2U2-200, 2V1-200, 2V2-200, 2W1-200, 2W2-200) and an external interconnection (iii) on the output side, at least one medium voltage furnace bar (140; 140a, 140b) connected to the input-side medium voltage connectors (1U-100, 1V-100, 1W-100; 1U-200, 1V-200, 1W-200) of the furnace transformers (100, 200), and a low voltage-side parallel circuit of the output-side low voltage connectors (2U1-100, 2U2-100, 2V1-100, 2V2-100, 2W1-100, 2W2-100; 2U1-200, 2U2-200, 2V1-200, 2V2-200, 2W1-200, 2W2-200) of the furnace transformers (100, 200) with symmetrized external delta interconnections by means of water-cooled high current conductors, which low voltage-side parallel circuit is connectable to electrodes (11, 12, 13) of the metallurgic equipment.
A system for closing an aperture in a biological tissue, the system comprising: a handle; a shaft connected to the handle; and a deployment scaffold connected to the shaft, wherein the scaffold is configured to releasably retain a surgical implant and the scaffold comprises an open configuration and a closed configuration, the open configuration being substantially X-shaped wherein the deployment scaffold further comprises: a plurality of deployment arms that are centrally coupled together and are also coupled to the shaft; and characterised by a plurality of frame arms, the frame arms being movably coupled to distal portions of the deployment arms. a handle; a shaft connected to the handle; and a deployment scaffold connected to the shaft, wherein the scaffold is configured to releasably retain a surgical implant and the scaffold comprises an open configuration and a closed configuration, the open configuration being substantially X-shaped wherein the deployment scaffold further comprises: a plurality of deployment arms that are centrally coupled together and are also coupled to the shaft; and characterised by a plurality of frame arms, the frame arms being movably coupled to distal portions of the deployment arms. a plurality of deployment arms that are centrally coupled together and are also coupled to the shaft; and characterised by a plurality of frame arms, the frame arms being movably coupled to distal portions of the deployment arms.