mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a virtual model of an object, comprising the step of constructing a fused model to represent the variation of the shape of the object in a plurality of configurations, in which; position variation vectors are calculated which describe the variation of a plurality of points in the fused model from their mean positions over all the configurations of the object; characterised in that: the position variation vectors are assigned a weighting factor which represents a measure of their probabilistic confidence; a weighted covariance matrix of said vectors is constructed to represent the variations; the weighted covariance matrix is operated on by singular value decomposition to obtain shape variation vectors representing the weighted direction and magnitude Z r of variations, by converting the eigenvectors of the factorised matrix into 3-vectors; such that the fused model describes how the shape of the object varies as a function of the shape variation vectors scaled by a shape parameter; the fused model is constructed from a conformed data set, obtained by performing the steps of; obtaining a set of range data from an object in a plurality of configurations, which range data represents the object by defining a plurality of vertices, the positions of which are described by vectors; transforming the range data from each configuration to a common reference frame; and fitting the transformed range data to a generic model, whereby the virtual model result from the estimated mean shape combined with the pose specific shape parameters. the position variation vectors are assigned a weighting factor which represents a measure of their probabilistic confidence; a weighted covariance matrix of said vectors is constructed to represent the variations; the weighted covariance matrix is operated on by singular value decomposition to obtain shape variation vectors representing the weighted direction and magnitude Z r of variations, by converting the eigenvectors of the factorised matrix into 3-vectors; such that the fused model describes how the shape of the object varies as a function of the shape variation vectors scaled by a shape parameter; the fused model is constructed from a conformed data set, obtained by performing the steps of; obtaining a set of range data from an object in a plurality of configurations, which range data represents the object by defining a plurality of vertices, the positions of which are described by vectors; transforming the range data from each configuration to a common reference frame; and fitting the transformed range data to a generic model, whereby the virtual model result from the estimated mean shape combined with the pose specific shape parameters.
A method for fractionally extracting mucin and collagen including: a protein-separating process comprising breaking a jellyfish to provide broken pieces containing water; subj ecting the broken pieces to first solid-liquid separation to provide a liquid component; mixing the liquid component with a water-soluble alcohol having 1 to 4 carbon atoms to prepare a first mixture wherein the water-soluble alcohol has a concentration of at least 50% by volume to a whole of the first mixture; and subjecting the first mixture to second solid-liquid separation to provide solids, and a fractionating process comprising mixing the solids, which have been provided in the protein-separating process, with an aqueous solution of a water-soluble alcohol having 1 to 4 carbon atoms wherein a concentration of the alcohol in the aqueous solution is from 10 to 40% by mass, to provide a second mixture; and subjecting the secondmixture to third solid-liquid separation whereby the second mixture is fractionally divided into a mucin-containing liquid constituent and a collagen-containing solid constituent. a protein-separating process comprising breaking a jellyfish to provide broken pieces containing water; subj ecting the broken pieces to first solid-liquid separation to provide a liquid component; mixing the liquid component with a water-soluble alcohol having 1 to 4 carbon atoms to prepare a first mixture wherein the water-soluble alcohol has a concentration of at least 50% by volume to a whole of the first mixture; and subjecting the first mixture to second solid-liquid separation to provide solids, and a fractionating process comprising mixing the solids, which have been provided in the protein-separating process, with an aqueous solution of a water-soluble alcohol having 1 to 4 carbon atoms wherein a concentration of the alcohol in the aqueous solution is from 10 to 40% by mass, to provide a second mixture; and subjecting the secondmixture to third solid-liquid separation whereby the second mixture is fractionally divided into a mucin-containing liquid constituent and a collagen-containing solid constituent.
A process for the production of cheese milk, comprising the steps of (a) subjecting raw milk to heat treatment at a temperature in the range of from 70 °C to 80 °C. and over a time period range of from 20 seconds to 60 seconds, (b) removing solids from the thermally treated product, (c) skimming the resulting intermediate, (d) subjecting the thus-obtained skimmed milk to microfiltration using a membrane with an average pore size of 1.3 to 1.5 μm, (e) adjusting the resulting permeate to the desired fat content by adding an amount of the cream separated in step (c), and (f) pasteurizing the thus-obtained standardized milk in a final step. (a) subjecting raw milk to heat treatment at a temperature in the range of from 70 °C to 80 °C. and over a time period range of from 20 seconds to 60 seconds, (b) removing solids from the thermally treated product, (c) skimming the resulting intermediate, (d) subjecting the thus-obtained skimmed milk to microfiltration using a membrane with an average pore size of 1.3 to 1.5 μm, (e) adjusting the resulting permeate to the desired fat content by adding an amount of the cream separated in step (c), and (f) pasteurizing the thus-obtained standardized milk in a final step.
A disinfecting chamber, comprising: a chamber body; a chamber cover coupled to the chamber body and a vapor source containing a vapor, wherein the chamber cover is arranged to receive the vapor from the vapor source; and a vapor core coupled to the chamber cover to receive the vapor, wherein the vapor core channels the vapor to an interior of the chamber body, wherein the vapor core comprises at least one hole for passing the vapor into an interior of the chamber body, wherein, in use the vapor contacts a surface of an instrument within the chamber body, and wherein an anti-microbial film is deposited on the surface of the instrument after the contact, wherein the disinfecting chamber comprises at least one disc coupled to the vapor core, and characterised in that, the disc comprises slots wherein the slots include a first open end disposed on an outside circumference of the disc, and a second closed end opposite the first open end; and wherein in use the instrument is loaded into one or more of the slots such that the at least one instrument is held substantially adjacent to the vapor core. a chamber body; a chamber cover coupled to the chamber body and a vapor source containing a vapor, wherein the chamber cover is arranged to receive the vapor from the vapor source; and a vapor core coupled to the chamber cover to receive the vapor, wherein the vapor core channels the vapor to an interior of the chamber body, wherein the vapor core comprises at least one hole for passing the vapor into an interior of the chamber body, wherein, in use the vapor contacts a surface of an instrument within the chamber body, and wherein an anti-microbial film is deposited on the surface of the instrument after the contact, wherein the disinfecting chamber comprises at least one disc coupled to the vapor core, and characterised in that, the disc comprises slots wherein the slots include a first open end disposed on an outside circumference of the disc, and a second closed end opposite the first open end; and wherein in use the instrument is loaded into one or more of the slots such that the at least one instrument is held substantially adjacent to the vapor core.
Method for producing a plurality of structural elements in order to form, after assembly, at least a part of a structure made of cementitious material, the method involving: a) the production of a first structural element involving the 3D printing of a first body made of cementitious material, b) the production of a second structural element in contact with the first structural element, involving the 3D printing of a second body made of cementitious material, the first and second structural elements having facing faces, known as the "first face" and "second face", respectively, with complementary shapes, and c) the separation of the first and second structural elements. a) the production of a first structural element involving the 3D printing of a first body made of cementitious material, b) the production of a second structural element in contact with the first structural element, involving the 3D printing of a second body made of cementitious material, the first and second structural elements having facing faces, known as the "first face" and "second face", respectively, with complementary shapes, and c) the separation of the first and second structural elements.
A lamp, having - an LED light source with several first LEDs arranged in a first plane for the emission of a first light and second LEDs for the emission of a second light, - a light permeable, at least in first approximation plate-shaped cover, through which the first light is emitted to the outside, wherein the cover extends aligned in a second plane parallel to the first plane, - a light guide, which - when viewed in a cross section perpendicular to the first plane - extends starting from an edge region of the cover obliquely inwards towards the LED light source, in such a manner, that the second light radiates through an end-face end surface of the light guide facing the LED light source into said light guide and, in addition, at least partially leaves the light guide in the direction of the cover and then is emitted to the outside through the cover, characterized in that the second LEDs are arranged in a frame-like manner comprising the first LEDs. - an LED light source with several first LEDs arranged in a first plane for the emission of a first light and second LEDs for the emission of a second light, - a light permeable, at least in first approximation plate-shaped cover, through which the first light is emitted to the outside, wherein the cover extends aligned in a second plane parallel to the first plane, - a light guide, which - when viewed in a cross section perpendicular to the first plane - extends starting from an edge region of the cover obliquely inwards towards the LED light source, in such a manner, that the second light radiates through an end-face end surface of the light guide facing the LED light source into said light guide and, in addition, at least partially leaves the light guide in the direction of the cover and then is emitted to the outside through the cover,
An in vitro or ex vivo method for preparing stem cells; characterized in that it comprises a step of isolating the stem cells from an isolated chorionic trophoblast layer without villi.
A condensed-cyclic compound represented by one of Compound 1-1, Compound 1-2, and/or Compound 1-3, wherein: Compound 1-1 is: Compound 1-2 is: Compound 1-3 is: Compound 1-1 is: Compound 1-2 is: Compound 1-3 is:
Method for facilitating the approach to a platform with an aircraft comprising: - a construction step for constructing a database of platforms including for each stored platform attributes including at least one platform identifier, coordinates of the platform, - a parameterisation step on board the aircraft in a parameterisation module for determining the following information: o the target platform to be reached from among the platforms stored in said database, ∘ a course to be followed in order to reach said target platform, ∘ a height parameter relative to a minimum decision altitude for a descent in a final approach towards said target platform, - a construction step for constructing an approach trajectory implemented by a navigation module, characterised in that: - during said construction step, said attributes include at least one height of a landing zone of the platform called the "landing height (HDECK)" and the radius of a circle within which the platform is inscribed, - during the construction step, the position of an initial approach fix, of a final approach fix, of an offset point and of a decision point is determined in response to said information and to said attributes of the target platform, the initial approach fix and the final approach fix and the offset point and the location of the coordinates of the target platform being present in a same vertical plane directed along said course, the decision point being offset in relation to this vertical plane. - a construction step for constructing a database of platforms including for each stored platform attributes including at least one platform identifier, coordinates of the platform, - a parameterisation step on board the aircraft in a parameterisation module for determining the following information: o the target platform to be reached from among the platforms stored in said database, ∘ a course to be followed in order to reach said target platform, ∘ a height parameter relative to a minimum decision altitude for a descent in a final approach towards said target platform, o the target platform to be reached from among the platforms stored in said database, ∘ a course to be followed in order to reach said target platform, ∘ a height parameter relative to a minimum decision altitude for a descent in a final approach towards said target platform, - a construction step for constructing an approach trajectory implemented by a navigation module, - during said construction step, said attributes include at least one height of a landing zone of the platform called the "landing height (HDECK)" and the radius of a circle within which the platform is inscribed, - during the construction step, the position of an initial approach fix, of a final approach fix, of an offset point and of a decision point is determined in response to said information and to said attributes of the target platform, the initial approach fix and the final approach fix and the offset point and the location of the coordinates of the target platform being present in a same vertical plane directed along said course, the decision point being offset in relation to this vertical plane.
An excavation perimeter surface lining system for lining a perimeter surface of an excavation; the perimeter surface defined by a solid structure (133; 146); characterized in that the perimeter surface lined by means of precast concrete panels (122; 135) which are affixed to the solid structure (133; 146); wherein the solid structure (133; 146) is a rock face; wherein the solid structure comprises a plurality of columns; wherein the precast concrete panels (122; 135) are affixed to a front portion of the columns; wherein material in the volume between the columns is not excavated; wherein the precast concrete panels (122; 135) are arranged with their edges in a juxtaposed relationship; wherein the precast concrete panels (122; 135) adjoin at a location between the columns; wherein the precast concrete panels (122; 135) adjoin vertically; where the precast concrete panels (122; 135) adjoin horizontally; wherein the columns are substantially parallel to each other; and wherein the concrete panels (122; 135) are arranged in juxtaposed relationship such that an overlap component of a flexible seal member of a first type overlaps at least a portion of a surface component of a flexible seal member of a second type so as to form an elongated weld zone along edges of the juxtaposed concrete panels; and wherein a welding operation is performed along the length of the elongated weld zone whereby the overlap component of the flexible seal member of the first type is welded to the flexible seal member of the second type substantially along the elongated weld zone thereby to form a substantially water tight flexible seal between the juxtaposed concrete panels; and wherein the overlap component of the overlap components of the flexible seal members proximate the vertical edge of first and second vertical concrete panels are welded.
A strain of Bacillus amyloliquefaciens deposited in the Spanish Type Culture Collection (CECT) with the access number CECT8836 which produces the lipopeptides surfactin, bacilomicin, iturin and fengycin, the lantibiotic subtilin, and the dipeptide bacilysin, or a mutant thereof, wherein said mutant strain is obtained using the strain CECT8836 of Bacillus amyloliquefaciens and also maintains the following features of the starting strain CECT8836: - antagonistic activity of the starting strain against the bacteria Erwinia amylovora, Pseudomonas syringae pv syringae, P. syringae pv tomato, Xanthomonas axonopodis pv vesicatoria, X. arboricola pv fragariae, Clavibacter michiganensis subsp. michiganensis, Ralstonia solanacearum, Rhizobium radiobacter, Pectobacterium carotovorum, and against the fungi Phytophthora cinnamomi, P. cactorum, Penicillium expansum, Botrytis cinerea, Fusarium oxysporum and Pytium ultimum; - ability to colonise and survive in an aerial part of a plant; and - the production of lipopeptides surfactin, bacilomicin, iturin and fengycin, the lantibiotic subtilin, and the dipeptide bacilysin. - antagonistic activity of the starting strain against the bacteria Erwinia amylovora, Pseudomonas syringae pv syringae, P. syringae pv tomato, Xanthomonas axonopodis pv vesicatoria, X. arboricola pv fragariae, Clavibacter michiganensis subsp. michiganensis, Ralstonia solanacearum, Rhizobium radiobacter, Pectobacterium carotovorum, and against the fungi Phytophthora cinnamomi, P. cactorum, Penicillium expansum, Botrytis cinerea, Fusarium oxysporum and Pytium ultimum; - ability to colonise and survive in an aerial part of a plant; and - the production of lipopeptides surfactin, bacilomicin, iturin and fengycin, the lantibiotic subtilin, and the dipeptide bacilysin.
A light bulb shaped lamp, comprising: a hollow globe; a light-emitting module including a base platform and a light-emitting device mounted on the base platform, wherein the base platform is of rectangular shape, the light-emitting module being provided in the globe; a lead wire for supplying power to the light-emitting module; and a single stem extending toward the interior of the globe, wherein the light-emitting module is fixed to the single stem, the single stem includes a first engaging part which suppresses rotational movement of the light-emitting module having an axis in the extending direction of the single stem, characterized in that the base platform includes a first through hole penetrating the base platform and serving as a second engaging part which engages with the first engaging part, and in that the first through hole is provided at the center of the base platform. a hollow globe; a light-emitting module including a base platform and a light-emitting device mounted on the base platform, wherein the base platform is of rectangular shape, the light-emitting module being provided in the globe; a lead wire for supplying power to the light-emitting module; and a single stem extending toward the interior of the globe, wherein the light-emitting module is fixed to the single stem, the single stem includes a first engaging part which suppresses rotational movement of the light-emitting module having an axis in the extending direction of the single stem, characterized in that the base platform includes a first through hole penetrating the base platform and serving as a second engaging part which engages with the first engaging part, and in that the first through hole is provided at the center of the base platform.
A method for use in a base station, BS, the method comprising: receiving an event indication message from one device of a plurality of devices in communication with the BS; determining (220, 430), based on the event indication message, whether a widespread exception event is imminent, wherein a widespread exception event is an event that will result in the plurality of devices in communication with the BS losing communication with the BS; characterized in that on a condition that a widespread exception event is imminent, transmitting (230, 440) a first system indication message to at least the one device, wherein the first system indication message is a beacon that indicates that the plurality of devices in communication with the BS should cease transmitting event indication messages to the BS. receiving an event indication message from one device of a plurality of devices in communication with the BS; determining (220, 430), based on the event indication message, whether a widespread exception event is imminent, wherein a widespread exception event is an event that will result in the plurality of devices in communication with the BS losing communication with the BS; characterized in that on a condition that a widespread exception event is imminent, transmitting (230, 440) a first system indication message to at least the one device, wherein the first system indication message is a beacon that indicates that the plurality of devices in communication with the BS should cease transmitting event indication messages to the BS.
A golf club head comprising: a face; a sole continuing from the face and including a guide groove having a plurality of positioning grooves; and a weight member including a plurality of protrusions, being positionally adjustable along the guide groove of the sole, and being positioned in the guide groove with the plurality of protrusions engaging with the plurality of positioning grooves, characterised by the plurality of positioning grooves each including a pair of sidewalls (5b1) and a bottom (5b2) connecting the sidewalls (5b1) of the pair to each other, the sidewalls (5b1) of the pair each being formed in an arc shape bulging outward from the bottom (5b2), the sidewalls (5b1) of the pair being formed to be separated further away from each other as a distance from the bottom (5b2) increases, the plurality of protrusions each including a pair of side surfaces (6a1) and a ridge (6a2) connecting the side surfaces (6a1) of the pair to each other, the side surfaces of the pair each being formed in an arc shape receding inward from the ridge (6a2), the side surfaces of the pair being formed to be separated further away from each other as a distance from the ridge (6a2) increases. a face; a sole continuing from the face and including a guide groove having a plurality of positioning grooves; and a weight member including a plurality of protrusions, being positionally adjustable along the guide groove of the sole, and being positioned in the guide groove with the plurality of protrusions engaging with the plurality of positioning grooves, characterised by the plurality of positioning grooves each including a pair of sidewalls (5b1) and a bottom (5b2) connecting the sidewalls (5b1) of the pair to each other, the sidewalls (5b1) of the pair each being formed in an arc shape bulging outward from the bottom (5b2), the sidewalls (5b1) of the pair being formed to be separated further away from each other as a distance from the bottom (5b2) increases, the plurality of protrusions each including a pair of side surfaces (6a1) and a ridge (6a2) connecting the side surfaces (6a1) of the pair to each other, the side surfaces of the pair each being formed in an arc shape receding inward from the ridge (6a2), the side surfaces of the pair being formed to be separated further away from each other as a distance from the ridge (6a2) increases.