mhurhangee/ep-ind-claims huggingface dataset:
A line striper comprises: a wheeled frame; a fluid reservoir mounted on the wheeled frame; a sprayer mounted to the wheeled frame, and fluidly connected to the fluid reservoir to receive spray fluid; a guided wheel assembly rotatably mounted to the frame, such that rotational orientation of the guided wheel assembly relative to the frame determines a turning angle of the wheeled frame, the guided wheel assembly comprising: a spindle axle secured to but rotatable with respect to the wheeled frame; and a guide wheel secured to the spindle axle, and rotatable therewith, characterized by further comprising: an adjustment disk fixedly anchored to the spindle axle, and having first and second screw notches in its outer diameter, the first and second screw notches having first and second adjustment surfaces, respectively; an alignment plate surrounding and rotatably abutting the adjustment disk, the alignment plate having a locking feature; and first and second alignment screws threadable through the alignment plate into the screw notches of the adjustment disk to abut the adjustment surfaces and thereby determine a rotational alignment of the alignment plate relative to the adjustment disk. a wheeled frame; a fluid reservoir mounted on the wheeled frame; a sprayer mounted to the wheeled frame, and fluidly connected to the fluid reservoir to receive spray fluid; a guided wheel assembly rotatably mounted to the frame, such that rotational orientation of the guided wheel assembly relative to the frame determines a turning angle of the wheeled frame, the guided wheel assembly comprising: a spindle axle secured to but rotatable with respect to the wheeled frame; and a guide wheel secured to the spindle axle, and rotatable therewith, characterized by further comprising: an adjustment disk fixedly anchored to the spindle axle, and having first and second screw notches in its outer diameter, the first and second screw notches having first and second adjustment surfaces, respectively; an alignment plate surrounding and rotatably abutting the adjustment disk, the alignment plate having a locking feature; and first and second alignment screws threadable through the alignment plate into the screw notches of the adjustment disk to abut the adjustment surfaces and thereby determine a rotational alignment of the alignment plate relative to the adjustment disk. a spindle axle secured to but rotatable with respect to the wheeled frame; and a guide wheel secured to the spindle axle, and rotatable therewith, characterized by further comprising: an adjustment disk fixedly anchored to the spindle axle, and having first and second screw notches in its outer diameter, the first and second screw notches having first and second adjustment surfaces, respectively; an alignment plate surrounding and rotatably abutting the adjustment disk, the alignment plate having a locking feature; and first and second alignment screws threadable through the alignment plate into the screw notches of the adjustment disk to abut the adjustment surfaces and thereby determine a rotational alignment of the alignment plate relative to the adjustment disk.
A phase shift mask blank having a transparent substrate and a phase shift film formed on the transparent substrate, wherein the phase shift film has a phase difference of 160 to 200° and a transmittance of 3 to 15% at exposure wavelength of 200 nm or less, the phase shift film includes a lower layer and an upper layer in order from the transparent substrate side, the upper layer contains transition metal, silicon, nitrogen and/or oxygen, or silicon, nitrogen and/or oxygen, the lower layer contains chromium, silicon, nitrogen and/or oxygen, and the content of silicon is 3 at% or more to less than 15 at% for the sum of chromium and silicon in the lower layer, and the ratio of oxygen content to the total content of chromium and silicon is less than 1.7, and etching selectivity of the upper layer is 10 or more compared to the lower layer in fluorine-based dry etching. the phase shift film has a phase difference of 160 to 200° and a transmittance of 3 to 15% at exposure wavelength of 200 nm or less, the phase shift film includes a lower layer and an upper layer in order from the transparent substrate side, the upper layer contains transition metal, silicon, nitrogen and/or oxygen, or silicon, nitrogen and/or oxygen, the lower layer contains chromium, silicon, nitrogen and/or oxygen, and the content of silicon is 3 at% or more to less than 15 at% for the sum of chromium and silicon in the lower layer, and the ratio of oxygen content to the total content of chromium and silicon is less than 1.7, and etching selectivity of the upper layer is 10 or more compared to the lower layer in fluorine-based dry etching.
A computer-implemented method for extracting a feature from a bio-signal, the method comprising: acquiring the bio-signal; analyzing concavity and convexity of a waveform of the bio-signal in intervals of the bio-signal; and extracting the feature from the bio-signal based on the analyzed concavity and the analyzed convexity, characterized in that the analyzing comprises calculating a convex-to-concave difference, CCD, value based on the concavity and the convexity of the waveform of the bio-signal in the intervals, and the extracting comprises extracting characteristic points (T1, T2, T3, P1, P2, P3) from the bio-signal based on the calculated CCD values. acquiring the bio-signal; analyzing concavity and convexity of a waveform of the bio-signal in intervals of the bio-signal; and extracting the feature from the bio-signal based on the analyzed concavity and the analyzed convexity, characterized in that the analyzing comprises calculating a convex-to-concave difference, CCD, value based on the concavity and the convexity of the waveform of the bio-signal in the intervals, and the extracting comprises extracting characteristic points (T1, T2, T3, P1, P2, P3) from the bio-signal based on the calculated CCD values.
A method for operating an emergency call system which has at least one mobile device with at least one radio module for transmitting an emergency call, and a multiplicity of receiving stations each with at least one radio module for receiving the emergency call, each receiving station being configured as a router and having an alarm device for outputting an acoustic and/or visual alarm signal, and the mobile device sending the emergency call to a first of the receiving stations in order to trigger an alarm signal, a position of the mobile device being determined with respect to the receiving stations and only one of the receiving stations being selected based upon the determined position to output the alarm signal.
A method of amplifying and detecting in a sample a methicillin-resistant Staphylococcus aureus (MRSA) which comprises an insertion of an SCCmec cassette within Staphylococcus aureus chromosomal DNA, wherein the SCCmec cassette comprises a mecA variant element, the method comprising: performing on the sample a single amplification reaction utilizing an oligonucleotide set comprising: a. a first oligonucleotide having a nucleic acid sequence capable of specifically hybridizing to a region of orfX of chromosomal Staphylococcus aureus DNA, and b. a second oligonucleotide having a nucleic acid sequence capable of specifically hybridizing to a region of a mecA variant, and c. a third oligonucleotide capable of specifically hybridizing within a region of the MRSA between the hybridizing region of the first oligonucleotide and the hybridizing region of the second oligonucleotide, wherein each of the first oligonucleotide and the second oligonucleotide is oriented such that, under amplification conditions, if the sample contains the MRSA, the region of the MRSA between the hybridizing region of the first oligonucleotide and the hybridizing region of the second oligonucleotide is amplified and then if the sample contains the MRSA, hybridization of the third oligonucleotide is detected. a. a first oligonucleotide having a nucleic acid sequence capable of specifically hybridizing to a region of orfX of chromosomal Staphylococcus aureus DNA, and b. a second oligonucleotide having a nucleic acid sequence capable of specifically hybridizing to a region of a mecA variant, and c. a third oligonucleotide capable of specifically hybridizing within a region of the MRSA between the hybridizing region of the first oligonucleotide and the hybridizing region of the second oligonucleotide,
A filament refilling system for automatically loading into a 3-D printer extruder a refill filament to replace a first filament, the filament refilling system comprising: a filament guide configured to receive the first filament, receive the refill filament, and output received filaments to the extruder; and a preloading device (1100; 1200; 1400) configured to exert a first force on the refill filament in a direction towards the filament guide and the extruder, which first force, when exerted on the refill filament, causes the refill filament to automatically travel through the filament guide and into the extruder upon removal of a blocking force by the first filament, the filament guide being configured for the removal of the blocking force to occur upon depletion of the first filament. a filament guide configured to receive the first filament, receive the refill filament, and output received filaments to the extruder; and a preloading device (1100; 1200; 1400) configured to exert a first force on the refill filament in a direction towards the filament guide and the extruder, which first force, when exerted on the refill filament, causes the refill filament to automatically travel through the filament guide and into the extruder upon removal of a blocking force by the first filament, the filament guide being configured for the removal of the blocking force to occur upon depletion of the first filament.
An adapter for mounting overvoltage protection devices designed as plug-in modules on a circuit board in a terminal device, wherein the adapter comprises a base with means for electrically connecting the exchangeable plug-in module received in the respective base to a terminal device application circuit, and at least one chamber which is open to the top and delimited by side walls (20; 21), from the bottom side of which chamber at least one mounting and adjusting protrusion extends, which has a cross-sectional shape that is substantially complementary to an opening in the circuit board of the terminal device, characterized in that furthermore, within the chamber zone that can be occupied by the respective plug-in module, electrical connecting parts pass through the bottom side and permit a direct electrical connection to the circuit board, and the electrical connecting parts constitute a structural unit with inner contacts for the respective plug-in module.
A pharmaceutical composition suitable for oral administration wherein the composition comprises spray-dried particles of a compound of Formula I or a pharmaceutically acceptable salt thereof 2-(1,5-dimethyl-3-phenyl-1H-pyrrol-2-yl)-N-(4-(4-(5-fluoropyrimidin-2-yl)piperazin-1-yl)phenyl)-2-oxoacetamide.
A composition containing at least one member of 5-Hydroxy-1-methylhydantoin and a pharmaceutically acceptable salt thereof for use as a carcinogenesis inhibitor for gastrointestinal cancer.
A method of determining a form measurement for a curved feature of an artefact, the method comprising: i) a machine tool relatively moving the artefact and a measurement device along a predefined curved path in a first direction, to obtain a first set of data points along the surface of the curved feature; ii) the machine tool relatively moving the artefact and the measurement device along a predefined curved path in a second direction, opposite to the first direction, to obtain a second set of data points along the surface of the curved feature; and iii) using the first and second sets of data points to determine a form measurement for the artefact; in which the relative movement along the predefined curved path in the first and second directions in steps i) and ii) is effected by the motion of at least one linear movement axis of the machine tool, which is reversed during said movement along the predefined curved path in each of the first and second directions. i) a machine tool relatively moving the artefact and a measurement device along a predefined curved path in a first direction, to obtain a first set of data points along the surface of the curved feature; ii) the machine tool relatively moving the artefact and the measurement device along a predefined curved path in a second direction, opposite to the first direction, to obtain a second set of data points along the surface of the curved feature; and iii) using the first and second sets of data points to determine a form measurement for the artefact;
A method of printing a garment to retain moisture and liquid wicking or heat management properties of an underlying fabric, the method comprising: mapping active body regions onto a print file for the garment, to provide a print file defining standard print areas on said garment and modified print areas wherein the modified printing areas correspond to said active body regions, said mapping active body regions onto a print file comprising carrying out a pixel by pixel concatenation of said print file for a garment with a map of active body regions, wherein said active body region is a region of the body producing an above-average amount of heat, or is a region of the body producing an above-average amount of sweat; printing onto said garment over said standard print areas using a first ink density; and printing onto said garment at active areas with a second ink density, said second ink density being lower than said first ink density, said lower ink density at said active areas being achieved by printing fewer pixels, or by printing less ink per pixel, or by not printing under-layers, or by diluting of ink. mapping active body regions onto a print file for the garment, to provide a print file defining standard print areas on said garment and modified print areas wherein the modified printing areas correspond to said active body regions, said mapping active body regions onto a print file comprising carrying out a pixel by pixel concatenation of said print file for a garment with a map of active body regions, wherein said active body region is a region of the body producing an above-average amount of heat, or is a region of the body producing an above-average amount of sweat; printing onto said garment over said standard print areas using a first ink density; and printing onto said garment at active areas with a second ink density, said second ink density being lower than said first ink density, said lower ink density at said active areas being achieved by printing fewer pixels, or by printing less ink per pixel, or by not printing under-layers, or by diluting of ink.
An apparatus comprising: a compute server; and a storage server to manage a plurality of storage devices communicatively coupled to the storage server, the compute server and the storage server communicatively coupled via a network, the plurality of storage devices managed by the storage server disaggregated from the compute server to enable storage capacity of the plurality of storage devices to scale independent of the compute server; characterized by the storage server further comprising: a network interface controller communicatively coupled to the network; and a system-on-chip (306, 604), the system-on-chip comprising a plurality of cores and a last level cache memory, the plurality of cores communicatively coupled to the last level cache memory, the last level cache memory comprising a plurality of cache ways, a portion of the plurality of cache ways allocated for exclusive use by a logical volume in the plurality of storage devices and the network interface controller being configured to transfer data between the logical volume and the plurality of cache ways. a compute server; and a storage server to manage a plurality of storage devices communicatively coupled to the storage server, the compute server and the storage server communicatively coupled via a network, the plurality of storage devices managed by the storage server disaggregated from the compute server to enable storage capacity of the plurality of storage devices to scale independent of the compute server; characterized by the storage server further comprising: a network interface controller communicatively coupled to the network; and a system-on-chip (306, 604), the system-on-chip comprising a plurality of cores and a last level cache memory, the plurality of cores communicatively coupled to the last level cache memory, the last level cache memory comprising a plurality of cache ways, a portion of the plurality of cache ways allocated for exclusive use by a logical volume in the plurality of storage devices and the network interface controller being configured to transfer data between the logical volume and the plurality of cache ways. a network interface controller communicatively coupled to the network; and a system-on-chip (306, 604), the system-on-chip comprising a plurality of cores and a last level cache memory, the plurality of cores communicatively coupled to the last level cache memory, the last level cache memory comprising a plurality of cache ways, a portion of the plurality of cache ways allocated for exclusive use by a logical volume in the plurality of storage devices and the network interface controller being configured to transfer data between the logical volume and the plurality of cache ways.
A bridged metallocene compound represented by the formula: wherein Y is a carbon; M is Ti, Zr or Hf; R 1 to R 4 are all hydrogen; R 5 to R 12, which may be the same or different, are each hydrogen, a hydrocarbon group or a silicon-containing group; neighboring substituents of R 5 to R 12 may be linked with each other to form a ring; R 13 and R 14, which may be the same or different, are both represented by R 15 R 16 CH-, in which R 15 is an aryl group of 6 to 20 carbon atoms and R 16 is hydrogen; Q is a halogen, a hydrocarbon group, an anionic ligand or a neutral ligand capable of coordination by a lone pair of electrons, and may be the same or different when plural; and j is an integer from 1 to 4.
A polygon retrieving method performed by a polygon retrieving device including a storage unit, the polygon retrieving method comprising: collecting temporospatial information from a management device that manages temporospatial information output from a sensor and storing the temporospatial information in the storage unit, wherein the temporospatial information is information comprising sensor values including positional information and temporal information; converting one or more polygonal areas each indicating a shape of a respective lane of a road within a predetermined unit area on a map into polygonal information indicated using coordinates of vertexes of the polygonal area and storing the polygonal information in the storage unit in association with the predetermined unit area; specifying temporospatial information including positional information corresponding to coordinates within the predetermined unit area on the map, from among the stored temporospatial information; extracting temporospatial information including positional information corresponding to coordinates inside a polygonal area indicated by the polygonal information associated with the predetermined unit area among the specified temporospatial information; and outputting the extracted temporospatial information that is associated with the predetermined unit area on the map. collecting temporospatial information from a management device that manages temporospatial information output from a sensor and storing the temporospatial information in the storage unit, wherein the temporospatial information is information comprising sensor values including positional information and temporal information; converting one or more polygonal areas each indicating a shape of a respective lane of a road within a predetermined unit area on a map into polygonal information indicated using coordinates of vertexes of the polygonal area and storing the polygonal information in the storage unit in association with the predetermined unit area; specifying temporospatial information including positional information corresponding to coordinates within the predetermined unit area on the map, from among the stored temporospatial information; extracting temporospatial information including positional information corresponding to coordinates inside a polygonal area indicated by the polygonal information associated with the predetermined unit area among the specified temporospatial information; and outputting the extracted temporospatial information that is associated with the predetermined unit area on the map.
A cell measurement method, applied to a base station, wherein the method comprises: configuring, for an unmanned aerial vehicle, UAV, a reporting parameter for a measurement report for cell measurement; and sending the reporting parameter for the measurement report to the UAV, to enable the UAV to send the measurement report to the base station when it is detected that a candidate cell queue meets a reporting rule according to the reporting parameter for the measurement report; wherein the reporting parameter for the measurement report specifically comprises multiple sets of specified measured cell numbers and specified measurement time values, and each set of the multiple sets of specified measured cell numbers and specified measurement time values corresponds to a UAV height. configuring, for an unmanned aerial vehicle, UAV, a reporting parameter for a measurement report for cell measurement; and sending the reporting parameter for the measurement report to the UAV, to enable the UAV to send the measurement report to the base station when it is detected that a candidate cell queue meets a reporting rule according to the reporting parameter for the measurement report; wherein the reporting parameter for the measurement report specifically comprises multiple sets of specified measured cell numbers and specified measurement time values, and each set of the multiple sets of specified measured cell numbers and specified measurement time values corresponds to a UAV height.