mhurhangee/patent-ind-claim-en huggingface dataset:
A method for registering three-dimensional images with two-dimensional intra-operative images, comprising: segmenting a tubular structured organ in a three-dimensional image of the tubular structured organ; projecting the segmented three-dimensional image of the tubular structured organ into two-dimensional space to provide a projected image; characterized by : segmenting a medical instrument depicted in a two-dimensional image of the medical instrument to obtain a shape of the medical instrument; computing a similarity score between the projected image and the shape of the medical instrument depicted in the two-dimensional image to determine a best match; and registering the projected image to the two-dimensional image based on the best match. segmenting a tubular structured organ in a three-dimensional image of the tubular structured organ; projecting the segmented three-dimensional image of the tubular structured organ into two-dimensional space to provide a projected image; characterized by : segmenting a medical instrument depicted in a two-dimensional image of the medical instrument to obtain a shape of the medical instrument; computing a similarity score between the projected image and the shape of the medical instrument depicted in the two-dimensional image to determine a best match; and registering the projected image to the two-dimensional image based on the best match. segmenting a medical instrument depicted in a two-dimensional image of the medical instrument to obtain a shape of the medical instrument; computing a similarity score between the projected image and the shape of the medical instrument depicted in the two-dimensional image to determine a best match; and registering the projected image to the two-dimensional image based on the best match.
A method for the marking and identification of assets comprising the steps of; assigning a unique ratio of the concentrations of two or more organometallic encoding compounds to a desired property of an asset, where the two or more organometallic encoding compounds are selected from the group comprising rare earth compounds, a zirconium compound and a hafnium compound, wherein the encoding compounds are acetyl acetonate hydrates; preparing a composition which contains the unique ratio of said two or more organometallic encoding compounds and a base material selected from the group comprising two-part epoxy coatings, polyurethane coatings, one-part acrylate base coatings, one-part water based coatings and UV reactive resins; and applying said composition to the asset, such that analysis of the ratios of the concentrations of the encoding compounds to each other in the composition on the asset and comparison against a database of unique ratios enables the desired property of the asset to be identified. assigning a unique ratio of the concentrations of two or more organometallic encoding compounds to a desired property of an asset, where the two or more organometallic encoding compounds are selected from the group comprising rare earth compounds, a zirconium compound and a hafnium compound, wherein the encoding compounds are acetyl acetonate hydrates; preparing a composition which contains the unique ratio of said two or more organometallic encoding compounds and a base material selected from the group comprising two-part epoxy coatings, polyurethane coatings, one-part acrylate base coatings, one-part water based coatings and UV reactive resins; and applying said composition to the asset,
A saddle riding type vehicle comprising: a front fork that supports a front wheel , a head pipe that rotationally movably supports the front fork , a down frame extending downward from the head pipe , a front wheel brake supported by the front fork , to brake the front wheel , a braking force adjustment device that controls braking force of the front wheel brake , and brake piping that connects the braking force adjustment device and the front wheel brake , wherein the brake piping comprises metal piping extending forward from the braking force adjustment device disposed behind the down frame , flexible piping , and a connecting part that connects the metal piping and the flexible piping , the connecting part is disposed in front of the down frame , and the flexible piping extends forward from the connecting part , to be connected to the front wheel brake , the flexible piping extends forward in an upward posture from the connecting part in vehicle side view, and characterised in that a stopper that regulates rotational movement of the connecting part in an up-down direction is provided. a front fork that supports a front wheel , a head pipe that rotationally movably supports the front fork , a down frame extending downward from the head pipe , a front wheel brake supported by the front fork , to brake the front wheel , a braking force adjustment device that controls braking force of the front wheel brake , and brake piping that connects the braking force adjustment device and the front wheel brake , wherein the brake piping comprises metal piping extending forward from the braking force adjustment device disposed behind the down frame , flexible piping , and a connecting part that connects the metal piping and the flexible piping , the connecting part is disposed in front of the down frame , and the flexible piping extends forward from the connecting part , to be connected to the front wheel brake , the flexible piping extends forward in an upward posture from the connecting part in vehicle side view, and characterised in that a stopper that regulates rotational movement of the connecting part in an up-down direction is provided.
Method for servicing an industrial truck with a control element, which has - at least one operating lever for a vehicle function and an unlocking device for the vehicle function and - a resetting device which interacts with the at least one operating lever and which specifies a resetting force as a function of a deflection of the at least one operating lever , characterized in that when the operating lever is actuated without previously unlocking the operating lever , the resetting force at the at least one operating lever is changed in order to indicate that an unlocking operation has not been performed. - at least one operating lever for a vehicle function and an unlocking device for the vehicle function and - a resetting device which interacts with the at least one operating lever and which specifies a resetting force as a function of a deflection of the at least one operating lever ,
A cam angle sensor fault diagnosis apparatus for a straddled vehicle (V), the cam angle sensor fault diagnosis apparatus configured to detect a fault of a cam angle sensor , the cam angle sensor configured to detect a rotation angle of a camshaft provided in an engine of the straddled vehicle (V), the cam angle sensor fault diagnosis apparatus for the straddled vehicle (V) comprising: a cam signal receiving unit connected to a signal output line through which a cam signal in accordance with the rotation angle is output by the cam angle sensor , the cam signal receiving unit being configured to receive a cam signal via the signal output line ; a state determination unit configured to determine one or two fault states of the cam angle sensor from a disconnection state, a power supply fault state, and a ground fault state, distinguishably from the other fault states, in accordance with a signal level of the cam signal received by the cam signal receiving unit and in accordance with a holding period, in which the signal level is held; and a signal output unit configured to output a fault signal representing the one or two fault states determined by the state determination unit , in such a manner that the fault signal representing the one or two fault states is different from a fault signal representing the other fault states. a cam signal receiving unit connected to a signal output line through which a cam signal in accordance with the rotation angle is output by the cam angle sensor , the cam signal receiving unit being configured to receive a cam signal via the signal output line ; a state determination unit configured to determine one or two fault states of the cam angle sensor from a disconnection state, a power supply fault state, and a ground fault state, distinguishably from the other fault states, in accordance with a signal level of the cam signal received by the cam signal receiving unit and in accordance with a holding period, in which the signal level is held; and a signal output unit configured to output a fault signal representing the one or two fault states determined by the state determination unit , in such a manner that the fault signal representing the one or two fault states is different from a fault signal representing the other fault states.
A method, comprising: embedding cells within an expandable material, the expandable material comprising acrylates and/or acrylamides; immobilizing target nucleic acids from the cells to the expandable material, comprising exposing the target nucleic acids to a plurality of anchor probes that immobilize the target nucleic acids at a single region of each target nucleic acid to the expandable material, wherein each of the plurality of anchor probes comprise a nucleic acid sequence complementary to at least a portion of the target nucleic acids from the cells and a portion that reacts with the expandable material; expanding the expandable material, comprising exposing the expandable material to a solution comprising water and/or to a solution hypotonic to the expandable material; exposing the expandable material to a plurality of nucleic acid probes; and determining binding of the nucleic acid probes to the immobilized target nucleic acids. embedding cells within an expandable material, the expandable material comprising acrylates and/or acrylamides; immobilizing target nucleic acids from the cells to the expandable material, comprising exposing the target nucleic acids to a plurality of anchor probes that immobilize the target nucleic acids at a single region of each target nucleic acid to the expandable material, wherein each of the plurality of anchor probes comprise a nucleic acid sequence complementary to at least a portion of the target nucleic acids from the cells and a portion that reacts with the expandable material; expanding the expandable material, comprising exposing the expandable material to a solution comprising water and/or to a solution hypotonic to the expandable material; exposing the expandable material to a plurality of nucleic acid probes; and determining binding of the nucleic acid probes to the immobilized target nucleic acids.
Alignment tool for mounting a flexible tube between a first pipe end and a second pipe end , where the alignment tool is adapted to be used to align the first pipe end to the second pipe end , characterized in that the alignment tool is provided with a single semi-circular body having a diameter corresponding to the diameter of the flexible tube , where the length of the alignment tool corresponds to the length of the flexible tube , and that the alignment tool is adapted to bear on the flexible tube during the mounting of the flexible tube between the first pipe end and the second pipe end .
A support and guide structure for an articulated link conveyor, the support and guide structure comprising: - at least two guides distinct and arranged at a predefined distance (Z) from each other, said guides being oriented according to respective development axis (X1, X2, X3, X4, X5, X6, X7) and defining respective sliding surfaces for a sliding path of the articulated link conveyor; - at least one support component developing on a respective plane (P), said support component comprising at least one first surface and at least one second surface opposite to each other, wherein said guides protrude from said first surface to define at least one sliding channel delimited by side walls of contiguous pairs of said guides and by at least one portion of said first surface , said at least one sliding channel allowing to house at least one portion of the articulated links of the conveyor, the support and guide structure being characterized in that it comprises at least one housing (24; 24A, 24B; 24C, 24D) extending for at least half the length of said support component along a direction parallel to said development axis (X1, X2, X3, X4, X5, X6, X7), said housing (24; 24A, 24B; 24C, 24D) containing at least one respective reinforcing element to limit the deformation of at least said support component along a direction perpendicular to said plane (P), wherein each reinforcing element has a cross-sectional shape which is compatible with the cross-sectional shape of the respective housing (24; 24A, 24B; 24C, 24D) and wherein each reinforcing element is manufactured with a material having a hardness, defined as resistance to permanent deformation, which is greater than the hardness of the materials said guides and said support component are manufactured with. - at least two guides distinct and arranged at a predefined distance (Z) from each other, said guides being oriented according to respective development axis (X1, X2, X3, X4, X5, X6, X7) and defining respective sliding surfaces for a sliding path of the articulated link conveyor; - at least one support component developing on a respective plane (P), said support component comprising at least one first surface and at least one second surface opposite to each other, wherein said guides protrude from said first surface to define at least one sliding channel delimited by side walls of contiguous pairs of said guides and by at least one portion of said first surface , said at least one sliding channel allowing to house at least one portion of the articulated links of the conveyor,
Method for coding a sequence of video images, comprising the steps of: - dividing into zones at least one current image of the sequence, - to code at least one target zone of said at least one current image, determining a set of candidate neighborhoods respectively associated with candidate source zones belonging to portions previously coded then decoded of images of the sequence, minimizing a prediction error computed in the neighborhood of the target zone, characterized in that it comprises the steps of: - forming K groups of candidate zones from said candidate source zones, each of the K groups containing similar candidate zones, said K groups being formed by means of a clustering method, - identifying a best group among said K groups, said best group minimizing a reconstruction error with respect to the target zone, - determining an indication (n) representative of said identified best group; and - coding said indication. - dividing into zones at least one current image of the sequence, - to code at least one target zone of said at least one current image, determining a set of candidate neighborhoods respectively associated with candidate source zones belonging to portions previously coded then decoded of images of the sequence, minimizing a prediction error computed in the neighborhood of the target zone, - forming K groups of candidate zones from said candidate source zones, each of the K groups containing similar candidate zones, said K groups being formed by means of a clustering method, - identifying a best group among said K groups, said best group minimizing a reconstruction error with respect to the target zone, - determining an indication (n) representative of said identified best group; and - coding said indication.
A photovoltaic assembly for a portable solar energy system, the photovoltaic assembly comprising: a row of interconnected photovoltaic panels or laminates ; a foldable stiffening and/or supporting structure comprising articulated members , the foldable stiffening and/or supporting structure being movable between a folded position, in which the articulated members are received in a receiving zone provided in the photovoltaic assembly, and an operative position, in which the foldable stiffening and/or supporting structure protrudes out from the receiving zone; the receiving zone comprising at least one intermediate region located adjacent to contiguous longitudinal side edges of adjacent photovoltaic panels or laminates , said intermediate region being configured to receive therein in the folded position one or more of the articulated members of the stiffening and/or supporting structure ; characterized in that the photovoltaic panels or laminates are interconnected by at least a first connection pin parallel to major surfaces of the photovoltaic panels or laminates and perpendicular to the longitudinal side edges of the photovoltaic panels or laminates , and wherein the articulated members comprise a first articulated member having an end portion pivotally connected to said first connection pin . a row of interconnected photovoltaic panels or laminates ; a foldable stiffening and/or supporting structure comprising articulated members , the foldable stiffening and/or supporting structure being movable between a folded position, in which the articulated members are received in a receiving zone provided in the photovoltaic assembly, and an operative position, in which the foldable stiffening and/or supporting structure protrudes out from the receiving zone; the receiving zone comprising at least one intermediate region located adjacent to contiguous longitudinal side edges of adjacent photovoltaic panels or laminates , said intermediate region being configured to receive therein in the folded position one or more of the articulated members of the stiffening and/or supporting structure ; characterized in that the photovoltaic panels or laminates are interconnected by at least a first connection pin parallel to major surfaces of the photovoltaic panels or laminates and perpendicular to the longitudinal side edges of the photovoltaic panels or laminates , and wherein the articulated members comprise a first articulated member having an end portion pivotally connected to said first connection pin .
Electromagnetic induction fluid heater , comprising: - a coil crossed by an alternating electric current for the generation of an electromagnetic field, - a container , arranged inside the electromagnetic induction coil, consisting of a hollow cylindrical element made of non-magnetic electrically non-conductive material, containing inside it a heating element , in the area in which the coil induces the electromagnetic field, - two perforated flanges for closing the container provided with connections for the passage of the fluid, - a thermal insulation between the coil and the container made of electrically non-conductive and non-magnetic material, wherein the heating element consists of a set of balls , characterized in that the set of balls have a core (4 ") of electrically conductive material and an outer coating (4 ') of electrically insulating material. - a coil crossed by an alternating electric current for the generation of an electromagnetic field, - a container , arranged inside the electromagnetic induction coil, consisting of a hollow cylindrical element made of non-magnetic electrically non-conductive material, containing inside it a heating element , in the area in which the coil induces the electromagnetic field, - two perforated flanges for closing the container provided with connections for the passage of the fluid, - a thermal insulation between the coil and the container made of electrically non-conductive and non-magnetic material, wherein the heating element consists of a set of balls , characterized in that the set of balls have a core (4 ") of electrically conductive material and an outer coating (4 ') of electrically insulating material.
A fluoride-ion battery system comprising core-shell nanoparticles including: a core comprising an active material; and a fluoride-containing shell at least partially surrounding the active material. a core comprising an active material; and a fluoride-containing shell at least partially surrounding the active material.
A method comprising: outputting infrared, IR, light from an IR light source of an active infrared, AIR, sensor , the AIR sensor being located in a room; receiving reflected IR light with a light sensor located in the room; and determining , with a processor coupled to the light sensor , a three-dimensional map of the room and, with the 3D map, whether an exterior portal of a room is open according to the received reflected IR light. outputting infrared, IR, light from an IR light source of an active infrared, AIR, sensor , the AIR sensor being located in a room; receiving reflected IR light with a light sensor located in the room; and determining , with a processor coupled to the light sensor , a three-dimensional map of the room and, with the 3D map, whether an exterior portal of a room is open according to the received reflected IR light.
A non-aqueous electrolyte solution for a lithium secondary battery, comprising an electrolyte salt and an organic solvent, wherein the organic solvent is a cyclic carbonate or a cyclic carbonate and any organic solvent selected from the group consisting of a linear carbonate, an ether, an ester, and an amide, wherein the non-aqueous electrolyte solution further comprises an ester-based compound with a branched-chain alkyl group, and the amount of the ester-based compound with a branched-chain alkyl group is in the range of 50 to 90 vol% based on the total volume of the organic solvent and the ester-based compound with a branched-chain alkyl group, and the ester-based compound with a branched-chain alkyl group is at least one selected from the group consisting of isobutyl propionate, isoamyl propionate, isobutyl butylate, ethyl 2-methyl butylate, methyl 2-methyl butyrate, methyl isovalerate, propyl-2-methyl butylate and propyl isovalerate.
A pressure sensitive adhesive foam comprising a rubber-based elastomeric material, at least one hydrocarbon tackifier and a crosslinking additive selected from the group of multifunctional (meth)acrylate compounds having the following Formula: H 2 C=C(R 1 )-(CO)-O-R 2 -[O-(CO)-(R 1 )C=CH 2 ] n wherein R 1 is hydrogen or methyl; n is 1, 2, 3 or 4; and R 2 is an alkylene, arylene, heteroalkylene, or any combinations thereof; wherein the amount of crosslinking additive is in the range of from 0.1 wt% to 10 wt%, based on the weight of the pressure sensitive adhesive foam; wherein the pressure sensitive adhesive foam further comprises a plasticizer selected from the group of polyisobutylene plasticizers; wherein the hydrocarbon tackifier(s) and the plasticizer(s) have a Volatile Organic Compound (VOC) value of less than 1000 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method; and wherein the pressure sensitive adhesive foam further comprises a filler material which is selected from the group consisting of microspheres, expandable microspheres, glassbeads, glass microspheres, glassbubbles and any combinations or mixtures thereof. wherein R 1 is hydrogen or methyl; n is 1, 2, 3 or 4; and R 2 is an alkylene, arylene, heteroalkylene, or any combinations thereof; wherein the amount of crosslinking additive is in the range of from 0.1 wt% to 10 wt%, based on the weight of the pressure sensitive adhesive foam; wherein the pressure sensitive adhesive foam further comprises a plasticizer selected from the group of polyisobutylene plasticizers; wherein the hydrocarbon tackifier(s) and the plasticizer(s) have a Volatile Organic Compound (VOC) value of less than 1000 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method; and wherein the pressure sensitive adhesive foam further comprises a filler material which is selected from the group consisting of microspheres, expandable microspheres, glassbeads, glass microspheres, glassbubbles and any combinations or mixtures thereof.