mhurhangee/patent-ind-claim-en huggingface dataset:
A camera module, comprising: a lens assembly ; a photosensitive chip ; an electrical bracket ; and at least one photosensitive chip connecting device , wherein the lens assembly is located on a photosensitive path of the photosensitive chip, and the electrical bracket comprises a bracket body and a circuit which is embedded in the bracket body, characterized in that the photosensitive chip connecting device is disposed on the photosensitive chip, wherein the photosensitive chip connecting device includes a connecting element and a conducting element , wherein the conducting element is disposed on the connecting element to increase the height of the photosensitive chip connecting device and the height of the conducting element is set in such a manner that the photosensitive chip connecting device is conductively connected to the circuit for implementing an electrical connection of the photosensitive chip and the photosensitive chip connecting device has a strong structure so as to firmly fix the photosensitive chip at a preset position; wherein the connecting element is preset on a surface of the photosensitive chip , and the conducting element is conductively and firmly disposed on the connecting element and protrudes from the connecting element, wherein the connecting element is specifically implemented as a metal pad disposed on the photosensitive chip, and the conducting element is specifically implemented as a metal cylinder plated with a thickness corresponding to the set height on the connecting element. a lens assembly ; a photosensitive chip ; an electrical bracket ; and at least one photosensitive chip connecting device , wherein the lens assembly is located on a photosensitive path of the photosensitive chip, and the electrical bracket comprises a bracket body and a circuit which is embedded in the bracket body, characterized in that the photosensitive chip connecting device is disposed on the photosensitive chip, wherein the photosensitive chip connecting device includes a connecting element and a conducting element , wherein the conducting element is disposed on the connecting element to increase the height of the photosensitive chip connecting device and the height of the conducting element is set in such a manner that the photosensitive chip connecting device is conductively connected to the circuit for implementing an electrical connection of the photosensitive chip and the photosensitive chip connecting device has a strong structure so as to firmly fix the photosensitive chip at a preset position; wherein the connecting element is preset on a surface of the photosensitive chip , and the conducting element is conductively and firmly disposed on the connecting element and protrudes from the connecting element, wherein the connecting element is specifically implemented as a metal pad disposed on the photosensitive chip, and the conducting element is specifically implemented as a metal cylinder plated with a thickness corresponding to the set height on the connecting element.
A resistance measurement device for the load-independent measurement of the internal resistance (Ri) of an energy storage , in particular in an electrical system of a motor vehicle, comprising: - a component connectable in parallel to the energy storage for generating a current pulse, wherein the component is designed as a passive energy storage element; - a switch element arrangeable between the energy storage and the component for shorting the energy storage via the component , and - a measuring device for measuring a voltage drop (ΔU) of the energy storage and for measuring a current difference (ΔI), characterized in that the resistance measurement device is configured as a retrofittable and modular component able to arranged separate from the power path of the energy storage . - a component connectable in parallel to the energy storage for generating a current pulse, wherein the component is designed as a passive energy storage element; - a switch element arrangeable between the energy storage and the component for shorting the energy storage via the component , and - a measuring device for measuring a voltage drop (ΔU) of the energy storage and for measuring a current difference (ΔI),
A method comprising: receiving, by a first router in a network , a first advertisement originated by a second router in a first Interior Gateway Protocol (IGP) level of the network (L1), wherein the first advertisement specifies a first prefix and a segment identifier (SID); receiving, by the first router, a second advertisement originated by a third router in a second IGP level of the network (L2), wherein the second advertisement specifies a second prefix and the SID; based on the first advertisement and the second advertisement specifying the same SID and based on the first IGP level having less visibility than the second IGP level: selecting, by the first router, the SID to be associated with a route to the first prefix instead of the SID being associated with a route to the second prefix; and generating, by the first router, data associating the SID with the route to the first prefix; and installing, by the first router, the route to the first prefix as an active route. receiving, by a first router in a network , a first advertisement originated by a second router in a first Interior Gateway Protocol (IGP) level of the network (L1), wherein the first advertisement specifies a first prefix and a segment identifier (SID); receiving, by the first router, a second advertisement originated by a third router in a second IGP level of the network (L2), wherein the second advertisement specifies a second prefix and the SID; based on the first advertisement and the second advertisement specifying the same SID and based on the first IGP level having less visibility than the second IGP level: selecting, by the first router, the SID to be associated with a route to the first prefix instead of the SID being associated with a route to the second prefix; and generating, by the first router, data associating the SID with the route to the first prefix; and selecting, by the first router, the SID to be associated with a route to the first prefix instead of the SID being associated with a route to the second prefix; and generating, by the first router, data associating the SID with the route to the first prefix; and installing, by the first router, the route to the first prefix as an active route.
An image processing device for increasing the resolution of an input image comprising: a memory storing one or more instructions and: a dictionary , generated using a trained deep neural network, DNN, that includes n convolution layers and is trained to output a second image by performing image processing on a first image to increase the resolution of the first image, wherein the dictionary includes mapping information indicating mappings between a plurality of patches and pieces of feature information respectively corresponding to the plurality of patches, wherein the pieces of information are extracted from a feature map output from an n-1-th convolution layer, and a filter kernel based on a filter kernel included in an n-th convolution layer of the DNN; and a processor configured to execute the one or more instructions stored in the memory to: extract one or more input patches based on an input image ; extract pieces of feature information respectively corresponding to the one or more input patches using the dictionary ; and obtain a final image by performing a convolution operation between the extracted pieces of feature information and the filter kernel wherein the final image is a high-resolution image obtained by increasing a resolution of the input image . a memory storing one or more instructions and: a dictionary , generated using a trained deep neural network, DNN, that includes n convolution layers and is trained to output a second image by performing image processing on a first image to increase the resolution of the first image, wherein the dictionary includes mapping information indicating mappings between a plurality of patches and pieces of feature information respectively corresponding to the plurality of patches, wherein the pieces of information are extracted from a feature map output from an n-1-th convolution layer, and a filter kernel based on a filter kernel included in an n-th convolution layer of the DNN; and a dictionary , generated using a trained deep neural network, DNN, that includes n convolution layers and is trained to output a second image by performing image processing on a first image to increase the resolution of the first image, wherein the dictionary includes mapping information indicating mappings between a plurality of patches and pieces of feature information respectively corresponding to the plurality of patches, wherein the pieces of information are extracted from a feature map output from an n-1-th convolution layer, and a filter kernel based on a filter kernel included in an n-th convolution layer of the DNN; and a processor configured to execute the one or more instructions stored in the memory to: extract one or more input patches based on an input image ; extract pieces of feature information respectively corresponding to the one extract one or more input patches based on an input image ; extract pieces of feature information respectively corresponding to the one or more input patches using the dictionary ; and
Electric actuating drive of a rotating system for positioning at least a first component of the rotating system with respect to at least a second component of the rotating system, having an electric machine with a stator and a rotor with windings , and having an actuator , the rotor of the electric machine and the actuator being coupled to each other in such a way that in a first current feed condition of the electric machine , the rotor of the same and the actuator rotate at identical speeds, and that in a second current feed condition of the electric machine , the rotor of the same and the actuator rotate at different speeds, it being possible for linear and/or rotating positioning of the or each first rotating component with respect to the or each second rotating component of the rotating system to be performed via the actuating drive when the rotor of the electric machine and the actuator rotate at different speeds, and the electric machine transmitting the actuating energy for increasing or reducing the speed of the rotor of the electric machine with respect to the speed of the actuator through an air gap formed between the stator of the electric machine and the rotor of the same, and having a braking device which is assigned to the actuator and which, in a first current feed condition, in particular in a non-energized condition, prevents the linear and/or rotating positioning of the same via the actuating drive and, in a second current feed condition, permits the same, characterized in that the electric machine is formed as an asynchronous machine, and the windings of the rotor are coupled to a rectifier which rotates together with the rotor and which converts an alternating voltage induced in the windings of the rotor into a direct voltage for feeding the braking device .
A process for the manufacture of a modified form of a polysaccharide gum which comprises the step of heating the natural gum, in the solid state, at atmospheric pressure at a temperature of between 100 to 130°C for at least 12 hours, wherein the modified gum has a gel fraction of between 10 and 80 wt% and a hydration value of between 60 and 10 wt%.
A preparation comprising at least one urinary acidifier combined with at least one calcium phosphate crystallization inhibitor for simultaneously use in the treatment or prevention of renal lithiasis; and wherein the urinary acidifier is selected from a portion or an extract of the plant species Vaccinum, pharmaceutically acceptable ammonium salts, arginine or any of its pharmaceutically acceptable salts, cysteine or any of its pharmaceutically acceptable salts, methionine or any of its pharmaceutically acceptable salts or mixtures thereof; and wherein the crystallization inhibitor is phytic acid or any of its pharmaceutically acceptable salts; and wherein renal lithiasis is: - calcium oxalate lithiasis induced by calcium phosphate; or - a mixed calcium oxalate/calcium phosphate lithiasis induced by calcium phosphate; and wherein the preparation is a composition comprising at least one of said urinary acidifiers and at least one of said calcium phosphate crystallization inhibitors. - calcium oxalate lithiasis induced by calcium phosphate; or - a mixed calcium oxalate/calcium phosphate lithiasis induced by calcium phosphate; and
A PEGylated liposomal drug formulation for treating a disease in a patient, comprising: echinomycin, a PEGylated phospholipid, a neutral phosphoglyceride, and a sterol, wherein the formulation comprises a plurality of PEGylated liposomes encapsulating the echinomycin, and wherein the liposomes are suspended in a pharmaceutically acceptable carrier. echinomycin, a PEGylated phospholipid, a neutral phosphoglyceride, and a sterol, wherein the formulation comprises a plurality of PEGylated liposomes encapsulating the echinomycin, and wherein the liposomes are suspended in a pharmaceutically acceptable carrier.
Computer-implemented method for generating a combined tissue-vessel representation (C), comprising: - Receiving (RT) imaging data of a tissue, - Receiving (RV) imaging data of a vessel, - Generating (GT) a tissue representation (T) based on the imaging data of the tissue, wherein the tissue representation (T) comprises a planar polar plot of the tissue, - Generating (GV) a vessel representation (V) based on the imaging data of the vessel, wherein the vessel representation (V) comprises a projection of the vessel onto a reference plane, the reference plane being in-plane with the planar polar plot of the tissue, - Generating (GC) a combined tissue-vessel representation (C) based on the vessel representation (V) and the tissue representation (T), wherein the vessel representation (V) is overlaid over the tissue representation (T), - characterized in that the vessel representation (V) comprises a local feature of the vessel, the local feature of the vessel being color-encoded quantitative information indicative of a plaque composition, and that the tissue representation (T) comprises, for each position of a plurality of positions across the tissue, color-encoded quantitative information indicative of a value of a geometrical parameter of the tissue at that position, wherein the geometrical parameter of the tissue is a ventricle wall thickening. - Receiving (RT) imaging data of a tissue, - Receiving (RV) imaging data of a vessel, - Generating (GT) a tissue representation (T) based on the imaging data of the tissue, wherein the tissue representation (T) comprises a planar polar plot of the tissue, - Generating (GV) a vessel representation (V) based on the imaging data of the vessel, wherein the vessel representation (V) comprises a projection of the vessel onto a reference plane, the reference plane being in-plane with the planar polar plot of the tissue, - Generating (GC) a combined tissue-vessel representation (C) based on the vessel representation (V) and the tissue representation (T), wherein the vessel representation (V) is overlaid over the tissue representation (T), - characterized in that the vessel representation (V) comprises a local feature of the vessel, the local feature of the vessel being color-encoded quantitative information indicative of a plaque composition, and that the tissue representation (T) comprises, for each position of a plurality of positions across the tissue, color-encoded quantitative information indicative of a value of a geometrical parameter of the tissue at that position, wherein the geometrical parameter of the tissue is a ventricle wall thickening.
An exhaust gas purifying facility of a combustion engine, comprising: a combustion engine ; a reducing device for feeding a reducing agent solution into an exhaust gas in an exhaust gas line of the combustion engine ; and a generation device for generating the reducing agent solution from reducing agent powder, wherein the generation device includes: a storage-generation tank device having a storage-generation tank for storing the reducing agent powder and feeding a solvent to the reducing agent powder for dissolution, characterized in that the storage-generation tank device includes a densifying device for densifying the reducing agent solution generated in the storage-generation tank , and the densifying device includes: a generation density meter (CE1) for measuring the density of the reducing agent solution; and a densifying line (L3) for returning the reducing agent solution generated in the storage-generation tank to the storage-generation tank to dissolve the reducing agent powder again. a combustion engine ; a reducing device for feeding a reducing agent solution into an exhaust gas in an exhaust gas line of the combustion engine ; and a generation device for generating the reducing agent solution from reducing agent powder, wherein the generation device includes: a storage-generation tank device having a storage-generation tank for storing the reducing agent powder and feeding a solvent to the reducing agent powder for dissolution, characterized in that the storage-generation tank device includes a densifying device for densifying the reducing agent solution generated in the storage-generation tank , and the densifying device includes: a generation density meter (CE1) for measuring the density of the reducing agent solution; and a densifying line (L3) for returning the reducing agent solution generated in the storage-generation tank to the storage-generation tank to dissolve the reducing agent powder again. a generation density meter (CE1) for measuring the density of the reducing agent solution; and a densifying line (L3) for returning the reducing agent solution generated in the storage-generation tank to the storage-generation tank to dissolve the reducing agent powder again.
A method of severing and spacing a first web of material comprising: providing a first web of material at a first speed in a machine direction; severing said first web in a cross-machine direction to create a first discrete portion and a second discrete portion of said first web; accelerating said first and second discrete portions of said first web to a second speed faster than said first speed on a first accelerating unit ; creating a first machine direction gap space between said first and second discrete portions of said first web; severing said first and second discrete portions of said first web in a cross-machine direction to create a first and a second subdivision (2102") of said first discrete portion of said first web; and a first and a second subdivision (2102") of said second discrete portion of said first web; providing said first and second subdivisions of said first discrete portion of said first web and said first and second subdivisions of said second discrete portion of said first web to a second accelerating unit operating at a third speed faster than said second speed; creating a second machine direction gap space between said first and second subdivisions of said first discrete portion of said first web and an additional second machine direction gap space between said first and second subdivisions of said second discrete portion of said first web. providing a first web of material at a first speed in a machine direction; severing said first web in a cross-machine direction to create a first discrete portion and a second discrete portion of said first web; accelerating said first and second discrete portions of said first web to a second speed faster than said first speed on a first accelerating unit ; creating a first machine direction gap space between said first and second discrete portions of said first web; severing said first and second discrete portions of said first web in a cross-machine direction to create a first and a second subdivision (2102") of said first discrete portion of said first web; and a first and a second subdivision (2102") of said second discrete portion of said first web; providing said first and second subdivisions of said first discrete portion of said first web and said first and second subdivisions of said second discrete portion of said first web to a second accelerating unit operating at a third speed faster than said second speed; creating a second machine direction gap space between said first and second subdivisions of said first discrete portion of said first web and an additional second machine direction gap space between said first and second subdivisions of said second discrete portion of said first web.
A catalytic support for catalysis processes comprising a main body made of plastic material, at least one conduit made in said main body , said conduit having an inlet portion made on a first surface of said main body and an outlet portion made on a second surface of said main body , said first surface being opposite said second surface characterised in that said main body comprises a plurality of layers at least partially superposed and mutually adherent in such a way as to form said main body , said layers of said main body forming a plurality of recesses at the intersections and superposition of said layers , said recesses being configured to house particles of at least one catalyst element, and in that said main body comprises honeycomb type structure or in any case reticular with cells of any shape, that is to say, with the conduits arranged alongside each other.
A multi-passage installation structure for pipe bundles, i.e. a multi-passage installation structure for service cables and/or pipes through a wall, comprising a mask , having a plate body provided with a plurality of through openings between two opposite faces of the plate body and associated to respective sleeves which project from the plate body and define, in use, respective passages for service cables; and a peripheral gasket arranged about the plate body along an outer peripheral edge of the plate body ; characterized in that the gasket is housed in a seat formed along the peripheral edge and leans against a bottom surface , defined by a radially outer surface of the peripheral edge , and, laterally, against opposite lateral restraint elements , which project outwards from the peripheral edge on opposite sides of the bottom surface .