mhurhangee/ep-ind-claims huggingface dataset:
A method for adaptively storing distance information for volume rendering a first volumetric dataset, the first volumetric dataset including voxels having respective values, the method comprising: generating, by a processor, a second volumetric dataset, the second volumetric dataset identifying a first subset of the voxels of the first volumetric dataset representing empty space and a second subset of the voxels of the first volumetric dataset representing non-empty space; generating, by the processor, a distance field based on the second volumetric dataset, the distance field identifying, for each voxel of the first subset of voxels, a distance to a closest voxel of the second subset of voxels; identifying, by the processor, a third volumetric dataset, the third volumetric dataset identifying, for each of the voxels, to which portion or portions of the first volumetric dataset the respective voxel belongs; selecting, by the processor, at least one compression method based on available storage or an available value range within the third volumetric dataset; characterized by compressing, by the processor, the distance field based on the at least one compression method; and merging, by the processor, the compressed distance field with the third volumetric dataset. generating, by a processor, a second volumetric dataset, the second volumetric dataset identifying a first subset of the voxels of the first volumetric dataset representing empty space and a second subset of the voxels of the first volumetric dataset representing non-empty space; generating, by the processor, a distance field based on the second volumetric dataset, the distance field identifying, for each voxel of the first subset of voxels, a distance to a closest voxel of the second subset of voxels; identifying, by the processor, a third volumetric dataset, the third volumetric dataset identifying, for each of the voxels, to which portion or portions of the first volumetric dataset the respective voxel belongs; selecting, by the processor, at least one compression method based on available storage or an available value range within the third volumetric dataset; characterized by compressing, by the processor, the distance field based on the at least one compression method; and merging, by the processor, the compressed distance field with the third volumetric dataset.
A method of controlling a supply of feed water into a boiler, the boiler comprising a feed water inlet for supplying feed water into the boiler, a steam outlet for taking steam from the boiler and a liquid level sensor for measuring a liquid level in the boiler, the steam outlet comprising a steam valve defining a steam valve opening degree, the method comprising: measuring the liquid level in the boiler using the liquid level sensor, determining a rate of change of the steam valve opening degree, and controlling the supply of feed water into the boiler via the feed water inlet based on the liquid level in the boiler and a reference liquid level for the boiler characterised in that controlling the supply of feed water into the boiler is further based on the rate of change of the steam valve opening degree. measuring the liquid level in the boiler using the liquid level sensor, determining a rate of change of the steam valve opening degree, and controlling the supply of feed water into the boiler via the feed water inlet based on the liquid level in the boiler and a reference liquid level for the boiler characterised in that controlling the supply of feed water into the boiler is further based on the rate of change of the steam valve opening degree.
A supercharging device for a combustion engine, having an electrically driven compressor which has a compressor housing with a compressor housing inlet and a compressor housing outlet, in which compressor housing there is arranged a radial compressor wheel which is fastened to one end of a motor shaft of an electric motor, and which compressor housing has a radially outwardly directed diffuser, wherein the compressor housing outlet is in the form of an axial outlet; characterized in that a cylindrical first housing section of the compressor housing adjoins the radially outwardly directed diffuser; and in that the said diffuser is provided with flow-guiding blades (32, 33). in which compressor housing there is arranged a radial compressor wheel which is fastened to one end of a motor shaft of an electric motor, and which compressor housing has a radially outwardly directed diffuser,
An apparatus comprising: a robotic diagnostic device which includes at least one input and one output and configured to assist in the determination of a health of a robot having moving mechanical components by distinguishing changes in operation of the robot from a change in health of the robot, the robotic diagnostic device structured to align data features of a training data and data features of an operation data in a common subspace, and utilize a classifier within the common subspace trained on the training data and applied to the operation data, wherein the operation data includes features related to a mechanical movement of the robot which is targeted for health evaluation and the training data includes features related to a reference mechanical movement that the operation data is to be compared against.
Method of producing poultry raw sausage, particularly poultry salami, characterized in that crushed nuts and/or crushed oilseeds are added to sausage meat, and/or that nuts and/or oilseeds are added to sausage meat and said nuts and/or oilseeds are subsequently crushed.
Modular plasma jet treatment system, for the treatment of biological materials or medical applications, comprising a plasma source with at least the following components: - A high-voltage module comprising a high-voltage electrode and a first connection means for connecting the high-voltage module with a plasma jet applicator, wherein - the plasma jet applicator is comprised by the modular plasma jet treatment system and configured to generate with the high-voltage electrode of the high-voltage module at least one plasma jet, wherein the plasma jet applicator has a cavity for a process gas, wherein a ceiling portion of the cavity is arranged on the high-voltage module or arranged on the plasma jet applicator, the cavity comprising a) a process gas inlet, b) at least one plasma jet outlet, wherein the plasma jet applicator comprises a second connection means, wherein the first and second connection means are configured such that the plasma jet applicator and the high-voltage module are repeatedly connectable and releasable, wherein the modular plasma jet treatment system furthermore comprises a dielectric (23, 47), wherein, when the plasma jet applicator is connected to the high-voltage module, the cavity is adjacently arranged with the ceiling portion at the high-voltage module, and wherein the cavity is separated by the dielectric (23, 47) from the high-voltage electrode of the high-voltage module. - A high-voltage module comprising a high-voltage electrode and a first connection means for connecting the high-voltage module with a plasma jet applicator, wherein - the plasma jet applicator is comprised by the modular plasma jet treatment system and configured to generate with the high-voltage electrode of the high-voltage module at least one plasma jet, wherein the plasma jet applicator has a cavity for a process gas, wherein a ceiling portion of the cavity is arranged on the high-voltage module or arranged on the plasma jet applicator, the cavity comprising a) a process gas inlet, b) at least one plasma jet outlet, a) a process gas inlet, b) at least one plasma jet outlet,
A composition formulated for topical or mucosal administration to a mammal, the composition comprising a genetically modified Propionibacterium acnes ( P. acnes) type II, ribotype 6 strain comprising a nucleic acid encoding a mammalian growth factor or a mammalian cytokine, wherein the nucleic acid includes a regulatory element that drives the expression of the mammalian growth factor or the mammalian cytokine in the P. acnes strain, the P. acnes strain comprises an endogenous CRISPR array, and the nucleic acid and regulatory element are integrated into the genome of the P. acnes strain.
An upper for an article of footwear that is configured to be connected to a sole structure, the upper comprising: a knitted component having a base portion that is configured to be disposed adjacent the sole structure and to extend underneath the wearer's foot, the base portion defining an interior surface and an exterior surface of the knitted component, characterised in that the base portion defines a base portion passage between the interior surface and the exterior surface; and in that a tensile strand extends through the base portion passage. a knitted component having a base portion that is configured to be disposed adjacent the sole structure and to extend underneath the wearer's foot, the base portion defining an interior surface and an exterior surface of the knitted component, characterised in that the base portion defines a base portion passage between the interior surface and the exterior surface; and in that a tensile strand extends through the base portion passage.
A computer-implemented method for controlling a plurality of electromagnetic energy sources, comprising: executing instructions on a processor to display on a computer-human interface display device a user interface region (106, 200) of a controller, the controller coupled to the plurality of electromagnetic energy sources, the user interface region (106, 200) including: a pie-graph configured to display a total output power of the plurality of the electromagnetic energy sources, the pie-graph including a circumference based on a radius (r) that indicates the total output power and a plurality of sectors (0, 1, 2, 3) that indicate percentages of the total output power contributed by each of the plurality of the electromagnetic energy sources, receiving an input via the user interface region (106, 200), the input being an interaction with the pie-graph comprising one of the user dragging and dropping a point of the circumference that changes one of the radius (r) or the user dragging and dropping a point on a partition separating sectors of the plurality of the sectors; and wherein the action of dragging and dropping a point of the circumference or partition adjusts a power output of one or more of the electromagnetic energy sources. a pie-graph configured to display a total output power of the plurality of the electromagnetic energy sources, the pie-graph including a circumference based on a radius (r) that indicates the total output power and a plurality of sectors (0, 1, 2, 3) that indicate percentages of the total output power contributed by each of the plurality of the electromagnetic energy sources, receiving an input via the user interface region (106, 200), the input being an interaction with the pie-graph comprising one of the user dragging and dropping a point of the circumference that changes one of the radius (r) or the user dragging and dropping a point on a partition separating sectors of the plurality of the sectors; and wherein the action of dragging and dropping a point of the circumference or partition adjusts a power output of one or more of the electromagnetic energy sources.
A method of synchronizing a master integrated circuit, IC with a slave integrated circuit, IC, comprising in the master integrated circuit: setting a master output enable (OE_M) on an enable line between the master integrated circuit and the slave integrated circuit; sending a first pulse from the master integrated circuit to the slave integrated circuit over a SYNC bus; releasing the master output enable signal (OE_M); receiving a second pulse on the SYNC bus from the slave integrated circuit sent in response to the first pulse; checking the second pulse with respect to width and delay in comparison with the first pulse; triggering an interrupt if a failure is detected in the pulse width or delay of the second pulse; initiating measurement if synchronization is detected by detecting a correct second pulse during check; comprising in the slave integrated circuit: receiving the first pulse on the SYNC bus; checking the width of the first pulse using a clock signal of the slave integrated circuit; indicating a faulty width of the first pulse and stopping the algorithm if the width of the first pulse is not within expectations; when the width of the first pulse is within the expectations, setting a slave output enable (OE_S) on the enable line, providing the second pulse on the SYNC bus, and releasing the slave output enable (OE_S). setting a master output enable (OE_M) on an enable line between the master integrated circuit and the slave integrated circuit; sending a first pulse from the master integrated circuit to the slave integrated circuit over a SYNC bus; releasing the master output enable signal (OE_M); receiving a second pulse on the SYNC bus from the slave integrated circuit sent in response to the first pulse; checking the second pulse with respect to width and delay in comparison with the first pulse; triggering an interrupt if a failure is detected in the pulse width or delay of the second pulse; initiating measurement if synchronization is detected by detecting a correct second pulse during check; comprising in the slave integrated circuit: receiving the first pulse on the SYNC bus; checking the width of the first pulse using a clock signal of the slave integrated circuit; indicating a faulty width of the first pulse and stopping the algorithm if the width of the first pulse is not within expectations; when the width of the first pulse is within the expectations, setting a slave output enable (OE_S) on the enable line, providing the second pulse on the SYNC bus, and releasing the slave output enable (OE_S). receiving the first pulse on the SYNC bus; checking the width of the first pulse using a clock signal of the slave integrated circuit; indicating a faulty width of the first pulse and stopping the algorithm if the width of the first pulse is not within expectations; when the width of the first pulse is within the expectations, setting a slave output enable (OE_S) on the enable line, providing the second pulse on the SYNC bus, and releasing the slave output enable (OE_S).
Composition for determining origin of materials, the composition having exactly two constituents, the first constituent being at least one isotope of the metal osmium and the second constituent containing at least W, with the mass fraction w 2 of the second constituent being greater by at least 5%, preferably 10%, than the mass fraction w 1 of the first constituent, characterized in that the second constituent consists of metals and in that the first constituent is 184 Os and/or 186 Os.
Method for controlling an apparatus for providing a reminder in a vehicle, comprising the following steps: a. inputting a required reminder situation and a required reminder by means of a communication interface; b. storing the required reminder situation and the required reminder in a memory; c. recording at least one actual definition quantity of a current operating situation of the vehicle by means of at least one recording device (26a-c); d. determining the current operating situation in light of the recorded actual definition quantity in a determination device; e. comparing the current operating situation with the required reminder situation in a comparator to ascertain whether the required reminder situation tallies with the current operating situation of the vehicle; f. providing the reminder by means of a communication interface on the basis of the result of the comparison. a. inputting a required reminder situation and a required reminder by means of a communication interface; b. storing the required reminder situation and the required reminder in a memory; c. recording at least one actual definition quantity of a current operating situation of the vehicle by means of at least one recording device (26a-c); d. determining the current operating situation in light of the recorded actual definition quantity in a determination device; e. comparing the current operating situation with the required reminder situation in a comparator to ascertain whether the required reminder situation tallies with the current operating situation of the vehicle; f. providing the reminder by means of a communication interface on the basis of the result of the comparison.
A liquid chromatography system comprising: a solvent delivery system; a sample delivery system in fluidic communication with solvent delivery system; a liquid chromatography column located downstream from the solvent delivery system and the sample delivery system; a detector located downstream from the liquid chromatography column; and a pressure transducer comprising: a body made of a first material having a first coefficient of thermal expansion, the body having a flat surface on the outside of the body, wherein the first material is titanium or stainless steel; a fluidic inlet; a fluidic outlet; and a fluidic cavity enclosed by the body extending between the fluidic inlet and the fluidic outlet; further comprising a strain gauge including a resistive element in operable contact with the body and disposed on the flat outside surface of the body, characterized by at least a portion of the resistive element made of a second material having a second coefficient of thermal expansion that is different from the first coefficient of thermal expansion of the body, wherein the second material is aluminum. a solvent delivery system; a sample delivery system in fluidic communication with solvent delivery system; a liquid chromatography column located downstream from the solvent delivery system and the sample delivery system; a detector located downstream from the liquid chromatography column; and a pressure transducer comprising: a body made of a first material having a first coefficient of thermal expansion, the body having a flat surface on the outside of the body, wherein the first material is titanium or stainless steel; a fluidic inlet; a fluidic outlet; and a fluidic cavity enclosed by the body extending between the fluidic inlet and the fluidic outlet; further comprising a strain gauge including a resistive element in operable contact with the body and disposed on the flat outside surface of the body, characterized by at least a portion of the resistive element made of a second material having a second coefficient of thermal expansion that is different from the first coefficient of thermal expansion of the body, wherein the second material is aluminum. a body made of a first material having a first coefficient of thermal expansion, the body having a flat surface on the outside of the body, wherein the first material is titanium or stainless steel; a fluidic inlet; a fluidic outlet; and a fluidic cavity enclosed by the body extending between the fluidic inlet and the fluidic outlet; further comprising a strain gauge including a resistive element in operable contact with the body and disposed on the flat outside surface of the body, characterized by at least a portion of the resistive element made of a second material having a second coefficient of thermal expansion that is different from the first coefficient of thermal expansion of the body, wherein the second material is aluminum.
An assembly comprising a tank of a machine for preparing hot beverages or jug for storing water and comprising a device for water treatment comprising at least one cartridge with an ion exchange material as well as conveying means for suctioning water and guiding the water through the cartridge with the ion exchange material, wherein the device has magnetic means for driving the conveying means through a wall of the tank or the jug, further comprising a first housing and a further housing, which is placed on the outer side of the tank or jug opposite a first housing and which has the magnetic means to drive the conveying means and wherein current-carrying components of the device for water treatment are located completely outside of the tank or of the jug.
A TIR high power laser tool comprising: a. a beam tube, the beam tube (201; 301; 408; 508/509; 901) comprising a laser beam path (101; 202) for transmitting a laser beam within the beam tube (201; 301; 408; 508/509; 901) and a fluid path for transmitting a fluid; b. a housing (212; 312; 912) in fluid communication with the beam tube (201; 301; 408; 508/509; 901), the housing (212; 312; 912) comprising a TIR polyhedron structure comprised of a material transmissive to the laser beam; and, a passage (206; 513; 951) defined in part by a TIR surface (104; 204; 304; 904) of the TIR polyhedron structure, the passage (206; 513; 951) in fluid communication with the beam tube fluid path and removed from the laser beam path (101/102; 202); c. the laser beam path (101; 202) extending through a first face (103; 210) of the TIR polyhedron structure and into the material; and, d. the laser beam path (101/102; 202) extending to and from the TIR surface (104; 204; 304; 904) and forming an angle of incidence θ i on the TIR surface (104; 204; 304; 904) that is greater than a critical angle θ c for the TIR surface (104; 204; 304; 904); whereby the laser beam traveling along the laser beam path (101/102; 202) is reflected within the TIR structure by total internal reflection from the TIR surface_(104; 204; 304; 904). a. a beam tube, the beam tube (201; 301; 408; 508/509; 901) comprising a laser beam path (101; 202) for transmitting a laser beam within the beam tube (201; 301; 408; 508/509; 901) and a fluid path for transmitting a fluid; b. a housing (212; 312; 912) in fluid communication with the beam tube (201; 301; 408; 508/509; 901), the housing (212; 312; 912) comprising a TIR polyhedron structure comprised of a material transmissive to the laser beam; and, a passage (206; 513; 951) defined in part by a TIR surface (104; 204; 304; 904) of the TIR polyhedron structure, the passage (206; 513; 951) in fluid communication with the beam tube fluid path and removed from the laser beam path (101/102; 202); c. the laser beam path (101; 202) extending through a first face (103; 210) of the TIR polyhedron structure and into the material; and, d. the laser beam path (101/102; 202) extending to and from the TIR surface (104; 204; 304; 904) and forming an angle of incidence θ i on the TIR surface (104; 204; 304; 904) that is greater than a critical angle θ c for the TIR surface (104; 204; 304; 904); whereby the laser beam traveling along the laser beam path (101/102; 202) is reflected within the TIR structure by total internal reflection from the TIR surface_(104; 204; 304; 904).
A film comprising at least 50 wt% xyloglucan, based on the dry weight of the film, characterized in that the xyloglucan comprises 9-11 mol% of galactose residues, and that the oxygen permeability of the film at 80 %RH and 23 °C is not more than 7 cm 3 μm 1 m -2 day -1 kPa -1.