mhurhangee/ep-ind-claims huggingface dataset:
Method of positioning a component arranged on a substrate, the method comprising: providing a substrate having arranged thereat at least one magnetic field sensor for sensing a static magnetic field and for determining the spatial orientation of the component in relation to the substrate, generating a dedicated conductive-trace structure on the substrate, said dedicated conductive-trace structure being provided for the purpose of generating a static magnetic field having a known field distribution, applying an electric voltage to the dedicated conductive-trace structure, so that the dedicated conductive-trace structure generates the static magnetic field having the known field distribution, sensing the generated static magnetic field having the known field distribution by means of the magnetic field sensor, and determining the spatial orientation of the component in relation to the substrate on the basis of said sensing of the static magnetic field having the known field distribution. providing a substrate having arranged thereat at least one magnetic field sensor for sensing a static magnetic field and for determining the spatial orientation of the component in relation to the substrate, generating a dedicated conductive-trace structure on the substrate, said dedicated conductive-trace structure being provided for the purpose of generating a static magnetic field having a known field distribution, applying an electric voltage to the dedicated conductive-trace structure, so that the dedicated conductive-trace structure generates the static magnetic field having the known field distribution, sensing the generated static magnetic field having the known field distribution by means of the magnetic field sensor, and determining the spatial orientation of the component in relation to the substrate on the basis of said sensing of the static magnetic field having the known field distribution.
A burst-mode chirped pulse amplification method, comprising: providing a burst generator; utilizing said burst generator to produce a series of amplified stretched-duration pulses from a single short-duration pulse; and directing said series of amplified stretched-duration pulses through a pulse compressor to produce a series of amplified short-duration output pulses, wherein each amplified stretched-duration output pulse of said series of amplified stretched-duration pulses is delayed from its immediately preceding amplified stretched-duration output pulse by a delay time that is sufficiently long such that the total optical fluence of said series of amplified stretched-duration pulses that can pass through and not damage said pulse compressor is greater than the minimum optical fluence of a single pulse that would damage said pulse compressor; the method further comprising directing and focusing said amplified short-duration output pulses onto a target in a pattern, wherein said pattern focuses each output pulse at a distance on said target from each other output pulse of said output pulses on said target. providing a burst generator; utilizing said burst generator to produce a series of amplified stretched-duration pulses from a single short-duration pulse; and directing said series of amplified stretched-duration pulses through a pulse compressor to produce a series of amplified short-duration output pulses, wherein each amplified stretched-duration output pulse of said series of amplified stretched-duration pulses is delayed from its immediately preceding amplified stretched-duration output pulse by a delay time that is sufficiently long such that the total optical fluence of said series of amplified stretched-duration pulses that can pass through and not damage said pulse compressor is greater than the minimum optical fluence of a single pulse that would damage said pulse compressor; the method further comprising directing and focusing said amplified short-duration output pulses onto a target in a pattern, wherein said pattern focuses each output pulse at a distance on said target from each other output pulse of said output pulses on said target.
A method for a system comprising an interferometric radar, a processing device and a display device, the method comprising: a) receiving at the processing device a first data set corresponding to a first detection signal transmitted over a first spatial region; b) receiving at the processing device a second data set corresponding to a second detection signal transmitted over a second spatial region, the second region having a first sub-region in common with the first region, wherein the first and second data set are radar reflections produced by an Interferometric radar; c) based on the first data set, assigning by the processing device a first occupancy value to a first cell in an evidence grid, the first cell representing the first sub-region, the first occupancy value characterizing whether an object has been detected by the first detection signal as being present in the first sub-region; d) calculating by the processing device, based on the first and second data sets, the probability that the first occupancy value accurately characterizes the presence of the object in the first sub-region; e) displaying by the display device a representation of the first sub-region based on the probability calculation; and repeating a)-d), wherein calculating comprises eliminating ghost radar returns after a plurality of repetitions of a)-d). a) receiving at the processing device a first data set corresponding to a first detection signal transmitted over a first spatial region; b) receiving at the processing device a second data set corresponding to a second detection signal transmitted over a second spatial region, the second region having a first sub-region in common with the first region, wherein the first and second data set are radar reflections produced by an Interferometric radar; c) based on the first data set, assigning by the processing device a first occupancy value to a first cell in an evidence grid, the first cell representing the first sub-region, the first occupancy value characterizing whether an object has been detected by the first detection signal as being present in the first sub-region; d) calculating by the processing device, based on the first and second data sets, the probability that the first occupancy value accurately characterizes the presence of the object in the first sub-region; e) displaying by the display device a representation of the first sub-region based on the probability calculation; and repeating a)-d), wherein calculating comprises eliminating ghost radar returns after a plurality of repetitions of a)-d).
A casing with a casting body for embedding at least one electrical and/or electronic component in the surrounding casing, wherein the casing body comprises a thermoplastic binding agent and at least one filler, characterised in that the binding agent has a melting point which lies above the maximal allowable operating temperature of the embedded component and that supporting bodies are provided in the areas where the component gets particularly hot, these supporting bodies support the mechanical hold of the component.
A system comprising: at least one imaging device configured to capture at least a portion of a gaming table; and at least one computing device coupled to the at least one imaging device, the at least one computing device configured to at least: capture an image from the at least one imaging device; identify a gaming chip tube in a gaming chip tray; determine a first position corresponding to an end of a plurality of the gaming chips stacked in the gaming chip tube; identify a spacer based at least in part on recognizing a predefined pattern on the spacer; determine a second position corresponding to the spacer; and determine a count of gaming chips in the gaming chip tube based at least in part on the first position and the second position. at least one imaging device configured to capture at least a portion of a gaming table; and at least one computing device coupled to the at least one imaging device, the at least one computing device configured to at least: capture an image from the at least one imaging device; identify a gaming chip tube in a gaming chip tray; determine a first position corresponding to an end of a plurality of the gaming chips stacked in the gaming chip tube; identify a spacer based at least in part on recognizing a predefined pattern on the spacer; determine a second position corresponding to the spacer; and determine a count of gaming chips in the gaming chip tube based at least in part on the first position and the second position. capture an image from the at least one imaging device; identify a gaming chip tube in a gaming chip tray; determine a first position corresponding to an end of a plurality of the gaming chips stacked in the gaming chip tube; identify a spacer based at least in part on recognizing a predefined pattern on the spacer; determine a second position corresponding to the spacer; and determine a count of gaming chips in the gaming chip tube based at least in part on the first position and the second position.
A method for managing a data exchange in a network environment, comprising: transmitting by an aggregation device a flowtag to a source device, the flowtag including a port identification corresponding to an egress port (Port 2,..., Port N) at the aggregation device, the port identification being a port number of the egress port, and the aggregation device being in communication with the destination device (112-2,..., 112-N) via the egress port; receiving by the aggregation device a data packet from the source device including the flowtag; authenticating the data packet at the aggregation device; and outputting by the aggregation device the authenticated data packet on the egress port according to the port number in the flowtag of the authenticated data packet. transmitting by an aggregation device a flowtag to a source device, the flowtag including a port identification corresponding to an egress port (Port 2,..., Port N) at the aggregation device, the port identification being a port number of the egress port, and the aggregation device being in communication with the destination device (112-2,..., 112-N) via the egress port; receiving by the aggregation device a data packet from the source device including the flowtag; authenticating the data packet at the aggregation device; and outputting by the aggregation device the authenticated data packet on the egress port according to the port number in the flowtag of the authenticated data packet.
A variable vane assembly, comprising: a variable vane; a trunnion arranged on one end of the variable vane; a bushing mated to the trunnion to define an interface between the trunnion and the bushing; and a surface modification on at least one of the trunnion and the bushing at the interface, whereby frictional heating at the interface during operation of the variable vane assembly is reduced, characterised in that the surface modification comprises an amorphous hydrogenated carbon coating. a variable vane; a trunnion arranged on one end of the variable vane; a bushing mated to the trunnion to define an interface between the trunnion and the bushing; and a surface modification on at least one of the trunnion and the bushing at the interface, whereby frictional heating at the interface during operation of the variable vane assembly is reduced, characterised in that the surface modification comprises an amorphous hydrogenated carbon coating.
A hollow-fiber membrane blood purification device obtained by filling a container with a hollow-fiber membrane, wherein the hollow-fiber membrane comprises a hydrophobic polymer, a hydrophilic polymer and a lipid-soluble vitamin, wherein the lipid soluble vitamin is selected from the group consisting of vitamin A, vitamin D, vitamin E, vitamin K and uniquinione, and wherein the amount of the lipid-soluble vitamin on the inner surface of the hollow-fiber membrane is 10 mg/m 2 or more and 300 mg/m 2 or less determined as defined in the description characterized in that the material of the container is selected from the group consisting of a vinyl chloride resin, a polycarbonate resin, an ABS resin, an acrylic resin, a polyester resin, a polyolefin resin, a polysulfone resin, a polyphenylene oxide resin and a polyacetal resin and in that the oxygen transmission rate of the container is 1.8 x 10 -10 cm 3 ·cm/(cm 2 ·s·1330 Pa) (cm 3 ·cm/(cm 2 ·s·cmHg)) or less determined as defined in the description.
A method for generating a ciphered signal using an iterative cipher, comprising: receiving a first signal; determining a current instance of a state value of the iterative cipher from the first signal; determining a rotation distance using the current instance of the state value; rotating a substitution box value by the rotation distance; combining the rotated substitution box value and the current instance of the state value yielding a combination of said rotated substitution box value and said current instance of the state value; and generating a subsequent instance of the state value of the iterative cipher using the combination of the rotated substitution box value and the current instance of the state value. receiving a first signal; determining a current instance of a state value of the iterative cipher from the first signal; determining a rotation distance using the current instance of the state value; rotating a substitution box value by the rotation distance; combining the rotated substitution box value and the current instance of the state value yielding a combination of said rotated substitution box value and said current instance of the state value; and generating a subsequent instance of the state value of the iterative cipher using the combination of the rotated substitution box value and the current instance of the state value.
A tool for the stamping of a flan for the formation of a stamped part, including a motor vehicle, including - a lower base ∘ attached to a support table ∘ and having a punch, ∘ a stamping cushion under the support table, ∘ a flannel located above the base and having vertical columns at the lower ends with bobbins in support on the upper ends of vertical stamping stems passing through bores of the base and of the support table, respectively, and the lower ends of which are in support of the cushion stamping, ∘ a slider ▪ supporting a matrix capable of moving vertically to the flanking wheel, ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed, the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse, characterized in that the vertical columns of the flannel each have between its end and the corresponding coil at least one flannel allowing elastic deformation of the flannel by the stamping cushion and the stamping rod to ensure a homogeneous tightening of the flan over the full range of the greenhouse flan. - a lower base ∘ attached to a support table ∘ and having a punch, ∘ a stamping cushion under the support table, ∘ a flannel located above the base and having vertical columns at the lower ends with bobbins in support on the upper ends of vertical stamping stems passing through bores of the base and of the support table, respectively, and the lower ends of which are in support of the cushion stamping, ∘ a slider ▪ supporting a matrix capable of moving vertically to the flanking wheel, ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed, the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse, ∘ attached to a support table ∘ and having a punch, ∘ a stamping cushion under the support table, ∘ a flannel located above the base and having vertical columns at the lower ends with bobbins in support on the upper ends of vertical stamping stems passing through bores of the base and of the support table, respectively, and the lower ends of which are in support of the cushion stamping, ∘ a slider ▪ supporting a matrix capable of moving vertically to the flanking wheel, ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed, the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse, ▪ supporting a matrix capable of moving vertically to the flanking wheel, ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed, the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse,
A method of preparing a converted cannabinol -concentrate by converting tetrahydrocannabinol in a THC extract to CBN, comprising: preparing a THC extract which is a THC concentrate by: (a) concentrating glandular trichomes from Cannabis plant material; (b) passing a solvent though said plant material to produce a cannabinoid/terpenoid-containing eluate; (c) filtering solids from the eluate; and (d) refining the eluate to remove undesirable impurities; and further (e) contacting said THC extract with an oxidizing agent under conditions such that THC is oxidized to CBN; and (f) allowing sufficient time for said oxidizing agent to react with said THC extract such that THC is converted to one or more CBN-type cannabinoids to provide a converted-CBN extract; wherein from about 10 to about 95% of THC in said THC extract is converted to a CBN-type cannabinoid. preparing a THC extract which is a THC concentrate by: (a) concentrating glandular trichomes from Cannabis plant material; (b) passing a solvent though said plant material to produce a cannabinoid/terpenoid-containing eluate; (c) filtering solids from the eluate; and (d) refining the eluate to remove undesirable impurities; (a) concentrating glandular trichomes from Cannabis plant material; (b) passing a solvent though said plant material to produce a cannabinoid/terpenoid-containing eluate; (c) filtering solids from the eluate; and (d) refining the eluate to remove undesirable impurities; and further (e) contacting said THC extract with an oxidizing agent under conditions such that THC is oxidized to CBN; and (f) allowing sufficient time for said oxidizing agent to react with said THC extract such that THC is converted to one or more CBN-type cannabinoids to provide a converted-CBN extract; wherein from about 10 to about 95% of THC in said THC extract is converted to a CBN-type cannabinoid. (e) contacting said THC extract with an oxidizing agent under conditions such that THC is oxidized to CBN; and (f) allowing sufficient time for said oxidizing agent to react with said THC extract such that THC is converted to one or more CBN-type cannabinoids to provide a converted-CBN extract; wherein from about 10 to about 95% of THC in said THC extract is converted to a CBN-type cannabinoid.
An apparatus (100, 300, 500, 700) for fixing a cargo insulation panel (200, 400, 600, 800) the fixing apparatus being configured to fix the insulation panel (200, 400, 600, 800) to a hull, the fixing apparatus comprising: a fixing plate (110, 310, 510, 710) adhered to one face of the insulation panel (200, 400, 600, 800); a plurality of fixing brackets (120, 320, 520, 720) protruded to the outside of the fixing plate (110, 310, 510, 710), protruded portions of the fixing brackets being fixable to the hull by stud bolts arranged on the hull; and coupling means (130, 330, 530, 730) being configured to couple the fixing brackets (120, 320, 520, 720) to the fixing plate (110, 310, 510, 710) characterized in that the plurality of fixing brackets (120, 320, 520, 720) are reciprocally movable toward an inside and the outside of the fixing plate (110, 310, 510, 710). a fixing plate (110, 310, 510, 710) adhered to one face of the insulation panel (200, 400, 600, 800); a plurality of fixing brackets (120, 320, 520, 720) protruded to the outside of the fixing plate (110, 310, 510, 710), protruded portions of the fixing brackets being fixable to the hull by stud bolts arranged on the hull; and coupling means (130, 330, 530, 730) being configured to couple the fixing brackets (120, 320, 520, 720) to the fixing plate (110, 310, 510, 710) characterized in that the plurality of fixing brackets (120, 320, 520, 720) are reciprocally movable toward an inside and the outside of the fixing plate (110, 310, 510, 710).
A specimen mover configured for rotating one or more specimens in abutment with a preparation surface, said specimen mover includes: - a drive housing, - a driveshaft protruding from said drive housing, and - a thrust housing disposed coaxially on said driveshaft protruding from said drive housing and including at least one thrust pad, CHARACTERIZED IN that said thrust housing is displaceably connected to said driveshaft protruding from said drive housing in a manner allowing said thrust housing to move along, and relative to, said driveshaft protruding from said drive housing. - a drive housing, - a driveshaft protruding from said drive housing, and - a thrust housing disposed coaxially on said driveshaft protruding from said drive housing and including at least one thrust pad,
A system that produces a coffee beverage from coffee beans, the system comprising an apparatus that performs an estimation process and a beverage making apparatus that produces the coffee beverage, wherein the apparatus that performs an estimation process comprises: obtaining means for obtaining photograph data of the coffee bean; estimation means for estimating a property of the coffee bean based on the photograph data obtained by the obtaining means; and display means for displaying one or more types of coffee beans based on the result of the estimation by the estimation means; and the beverage making apparatus comprises: production means for producing the coffee beverage according to a type of coffee bean specified by a user in one or more types of coffee beans based on a result of the estimation by the estimation means. obtaining means for obtaining photograph data of the coffee bean; estimation means for estimating a property of the coffee bean based on the photograph data obtained by the obtaining means; and display means for displaying one or more types of coffee beans based on the result of the estimation by the estimation means; and the beverage making apparatus comprises: production means for producing the coffee beverage according to a type of coffee bean specified by a user in one or more types of coffee beans based on a result of the estimation by the estimation means.
An air cycle machine, comprising: a housing having an exterior wall and an interior wall; a scavenging turbine supported for rotation within the housing; and an ambient air fan supported for rotation within the housing; and characterized in that the ambient air fan is operably associated with the scavenging turbine, wherein the interior wall defines therethrough a turbine-fan port fluidly coupling the ambient air fan to the scavenging turbine. a housing having an exterior wall and an interior wall; a scavenging turbine supported for rotation within the housing; and an ambient air fan supported for rotation within the housing; and characterized in that the ambient air fan is operably associated with the scavenging turbine, wherein the interior wall defines therethrough a turbine-fan port fluidly coupling the ambient air fan to the scavenging turbine.