mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus for a machine tool that replaces a tool and machines a workpiece based on a machining program, comprising: a machining program analysis part that analyzes the machining program and extracts measurement related information, which includes at least one of the presence of a correction of a tool length or the presence of a correction of a tool diameter, on size measurement of the tool from the machining program; a storage part that stores the measurement related information, including at least one of the presence of a correction of a tool length or the presence of a correction of a tool diameter; and a measurement program creation part that creates a measurement program for measuring a size of the tool based on the measurement related information, including at least one of the presence of a correction of a tool length or the presence of a correction of a tool diameter, and basic information of the tool inputted in advance, characterised in that the storage part stores rules for creating the measurement program, and the measurement program creation part selects one rule corresponding to the basic information on the tool, and creates the measurement program based on the selected rule. a machining program analysis part that analyzes the machining program and extracts measurement related information, which includes at least one of the presence of a correction of a tool length or the presence of a correction of a tool diameter, on size measurement of the tool from the machining program; a storage part that stores the measurement related information, including at least one of the presence of a correction of a tool length or the presence of a correction of a tool diameter; and a measurement program creation part that creates a measurement program for measuring a size of the tool based on the measurement related information, including at least one of the presence of a correction of a tool length or the presence of a correction of a tool diameter, and basic information of the tool inputted in advance, characterised in that the storage part stores rules for creating the measurement program, and the measurement program creation part selects one rule corresponding to the basic information on the tool, and creates the measurement program based on the selected rule.
A method for printing on a continuous material from a material roll comprising: - providing a continuous material to be printed onto on a material roll; - feeding the continuous material from the material roll to a printing table by means of feed in a feed direction comprising: - arranging a printing section of the continuous material on the printing table and - detecting a reference marking extending in a feed direction on the continuous material in the region of the printing section by means of a measuring device before arranging the printing section on the printing table; - determining a positional deviation of the reference marking of the continuous material in relation to a reference position along a direction transverse to the feed direction by means of a control device; - providing a print layout for printing on the printing section in the control device; - determining a corrected print layout by means of the control device which corrected print layout is corrected with respect to a positioning of the print layout along the direction transverse to the feed direction depending on the positional deviation; and - printing onto the continuous material in the printing section according to the corrected print layout by means of a printing device that is displaced relative to the printing section arranged on the printing table during printing according to the corrected print layout. - providing a continuous material to be printed onto on a material roll; - feeding the continuous material from the material roll to a printing table by means of feed in a feed direction comprising: - arranging a printing section of the continuous material on the printing table and - detecting a reference marking extending in a feed direction on the continuous material in the region of the printing section by means of a measuring device before arranging the printing section on the printing table; - arranging a printing section of the continuous material on the printing table and - detecting a reference marking extending in a feed direction on the continuous material in the region of the printing section by means of a measuring device before arranging the printing section on the printing table; - determining a positional deviation of the reference marking of the continuous material in relation to a reference position along a direction transverse to the feed direction by means of a control device; - providing a print layout for printing on the printing section in the control device; - determining a corrected print layout by means of the control device which corrected print layout is corrected with respect to a positioning of the print layout along the direction transverse to the feed direction depending on the positional deviation; and - printing onto the continuous material in the printing section according to the corrected print layout by means of a printing device that is displaced relative to the printing section arranged on the printing table during printing according to the corrected print layout.
A lubricant composition comprising: a major amount of a base oil; and a reaction product of a hydrocarbyl carbonyl compound chosen from compounds of formula IV; wherein R 14 is a hydrocarbyl moiety, said hydrocarbyl carbonyl compound being derived from high reactivity polyisobutenes having at least 60% or more terminal olefinic double bonds and an amine compound of the general formula III or salts thereof; where X is NR 5, O or S, wherein R 5 is H or C 1 to C 15 hydrocarbyl; and R 4 is -NR 7 R 8, wherein R 7 and R 8 can be the same or different and are H or C 1 to C 20 hydrocarbyl or hydroxyl-substituted hydrocarbyl; with the proviso that the lubricant composition is free of zinc dihydrocarbyldithiophosphate wear inhibitors and the lubricant composition is free of chlorinated paraffins, boron-containing compounds and calcium Mannich phenate, and wherein the lubricant composition provides improved lead corrosion protection as compared to the same composition that does not contain the reaction product as determined by comparing lead contents of lubricant compositions subjected to a bubbling oxidation test run for 120 hours on 300 grams of lubricant composition in an ASTM D943 apparatus at 148.9 °C with 5 l/hr oxygen bubbling through the lubricant composition and a 2.54 cm square lead coupon, using an inductively coupled plasma method. a major amount of a base oil; and a reaction product of a hydrocarbyl carbonyl compound chosen from compounds of formula IV; wherein R 14 is a hydrocarbyl moiety, said hydrocarbyl carbonyl compound being derived from high reactivity polyisobutenes having at least 60% or more terminal olefinic double bonds and an amine compound of the general formula III or salts thereof; where X is NR 5, O or S, wherein R 5 is H or C 1 to C 15 hydrocarbyl; and R 4 is -NR 7 R 8, wherein R 7 and R 8 can be the same or different and are H or C 1 to C 20 hydrocarbyl or hydroxyl-substituted hydrocarbyl; with the proviso that the lubricant composition is free of zinc dihydrocarbyldithiophosphate wear inhibitors and the lubricant composition is free of chlorinated paraffins, boron-containing compounds and calcium Mannich phenate, and wherein the lubricant composition provides improved lead corrosion protection as compared to the same composition that does not contain the reaction product as determined by comparing lead contents of lubricant compositions subjected to a bubbling oxidation test run for 120 hours on 300 grams of lubricant composition in an ASTM D943 apparatus at 148.9 °C with 5 l/hr oxygen bubbling through the lubricant composition and a 2.54 cm square lead coupon, using an inductively coupled plasma method.
Photovoltaic laminated glass pane extending in a direction of thickness (Z-Z) between a front side or sun side and a rear side and comprising a plurality of superimposed layers in said direction of thickness, said layers comprising a front glass sheet, the front surface of which forms the sun side, a rear glass sheet and at least one photovoltaic layer arranged between the front glass sheet and the rear glass sheet, wherein the photovoltaic layer has an active layer designed to be irradiated by solar energy and to produce electric energy and wherein the front glass sheet is made of a heat-tempered glass with a dilatometric softening point higher than or equal to 650°C, preferably higher than 660°C; characterized in that the rear glass sheet is a sheet of glass which has undergone heat hardening treatment and/or has a softening point and/or fire resistance period less than that of the front glass sheet on the sun side.
Physiologically active composition comprising N-acetylglucosamine for use in a method for the prophylaxis and/or treatment of back pain caused by degenerative changes in the intervertebral discs, wherein the composition additionally comprises hyaluronic acid, which is provided in the form of a constituent of a collagen hydrolysate.
Motor-vehicle structure, comprising: - a floor structure, - two lateral beams each welded to a respective longitudinal lateral edge of the floor structure, - two rear beams wherein each rear beam is composed by a first front element and a second rear element connected to each other, wherein said first front element is welded to said floor structure and to the respective lateral beam and said second rear element is welded to said lateral beam, - two attachment brackets each positioned at one of the opposite sides of the floor structure, wherein each attachment bracket is provided for the connection to a motor-vehicle suspension element, and is connected to the respective second rear element, said motor-vehicle structure being characterized in that: - each lateral beam comprises a front lateral beam element and a second rear lateral beam element welded to each other, - each attachment bracket comprises an inner bracket and an outer bracket, wherein said inner bracket is welded to said second rear element and said outer bracket is welded to said second rear element and to said rear lateral beam element, - said second rear element has a substantially vertical wall adjacent to said rear lateral beam element, wherein said second rear element and said rear lateral beam element are welded to each other at said substantially vertical wall. - a floor structure, - two lateral beams each welded to a respective longitudinal lateral edge of the floor structure, - two rear beams wherein each rear beam is composed by a first front element and a second rear element connected to each other, wherein said first front element is welded to said floor structure and to the respective lateral beam and said second rear element is welded to said lateral beam, - two attachment brackets each positioned at one of the opposite sides of the floor structure, wherein each attachment bracket is provided for the connection to a motor-vehicle suspension element, and is connected to the respective second rear element, - each lateral beam comprises a front lateral beam element and a second rear lateral beam element welded to each other, - each attachment bracket comprises an inner bracket and an outer bracket, wherein said inner bracket is welded to said second rear element and said outer bracket is welded to said second rear element and to said rear lateral beam element, - said second rear element has a substantially vertical wall adjacent to said rear lateral beam element, wherein said second rear element and said rear lateral beam element are welded to each other at said substantially vertical wall.
A method for additive manufacturing a 3D-printed article, comprising: (a) printing and depositing one or more layers of a slurry by using a 3D printer to obtain a main body with desired geometric shape, wherein the slurry comprises a ceramic powder composition and wherein the temperature of a printing carrier of the 3D printer is from 30 to 80°C; (b) covering the main body by dripping and attaching an oil; and (c) sintering the main body by heating to obtain the 3D-printed article (a) printing and depositing one or more layers of a slurry by using a 3D printer to obtain a main body with desired geometric shape, wherein the slurry comprises a ceramic powder composition and wherein the temperature of a printing carrier of the 3D printer is from 30 to 80°C; (b) covering the main body by dripping and attaching an oil; and (c) sintering the main body by heating to obtain the 3D-printed article
A fuel injector for a gas turbine engine comprising: - an inlet having a fuel inlet fitting for receiving fuel; - a feed arm mounted to the inlet; - a first conduit and a second conduit in fluid communication with the inlet for conveying fuel from the inlet fitting through the feed arm, wherein the conduits are intertwined with each other; and - a nozzle body operatively connected to the feed arm for injecting fuel from the conduits into a combustor of a gas turbine engine; characterized in that the feed arm includes a lattice support structure, the lattice support structure including a plurality of three-dimensional elements; wherein the three-dimensional elements of the lattice support structure wrap around both of the conduits (110, 112) at multiple locations; and wherein the conduits (110, 112) are joined to the three-dimensional elements of lattice support structure at multiple locations. - an inlet having a fuel inlet fitting for receiving fuel; - a feed arm mounted to the inlet; - a first conduit and a second conduit in fluid communication with the inlet for conveying fuel from the inlet fitting through the feed arm, wherein the conduits are intertwined with each other; and - a nozzle body operatively connected to the feed arm for injecting fuel from the conduits into a combustor of a gas turbine engine; characterized in that the feed arm includes a lattice support structure, the lattice support structure including a plurality of three-dimensional elements; wherein the three-dimensional elements of the lattice support structure wrap around both of the conduits (110, 112) at multiple locations; and wherein the conduits (110, 112) are joined to the three-dimensional elements of lattice support structure at multiple locations. characterized in that the feed arm includes a lattice support structure, the lattice support structure including a plurality of three-dimensional elements; wherein the three-dimensional elements of the lattice support structure wrap around both of the conduits (110, 112) at multiple locations; and wherein the conduits (110, 112) are joined to the three-dimensional elements of lattice support structure at multiple locations.
A cooking appliance, being provided with a first cooking mode and a second cooking mode, and the cooking appliance comprising: a pot body assembly, the pot body assembly comprising a food container being configured to hold food, and a first heating assembly being configured to heat the food in the food container; a first pot cover assembly, the cooking appliance being in the first cooking mode when the first pot cover assembly is closed on the pot body assembly and the first heating assembly operates; a second pot cover assembly, the second pot cover assembly being provided with a second heating assembly being configured to heat the food in the food container, the cooking appliance being in the second cooking mode when the second pot cover assembly is closed on the pot body assembly and the second heating assembly operates; characterized in that the cooking appliance comprising a first heating control assembly, the first heating control assembly being configured to be suitable to detect a closing state of the second pot cover assembly on the pot body assembly and to control the first heating assembly not to operate when detecting the second pot cover assembly is closed on the pot body assembly. a pot body assembly, the pot body assembly comprising a food container being configured to hold food, and a first heating assembly being configured to heat the food in the food container; a first pot cover assembly, the cooking appliance being in the first cooking mode when the first pot cover assembly is closed on the pot body assembly and the first heating assembly operates; a second pot cover assembly, the second pot cover assembly being provided with a second heating assembly being configured to heat the food in the food container, the cooking appliance being in the second cooking mode when the second pot cover assembly is closed on the pot body assembly and the second heating assembly operates; characterized in that the cooking appliance comprising a first heating control assembly, the first heating control assembly being configured to be suitable to detect a closing state of the second pot cover assembly on the pot body assembly and to control the first heating assembly not to operate when detecting the second pot cover assembly is closed on the pot body assembly.
A centrifugal fan comprising: a housing; an impeller which is mounted in the housing; a hub which is provided in the impeller and is rotated by a driving force of a motor; and a plurality of blades which radially extend at the hub, wherein each of the plurality of blades is formed to have a shape curved from a leading edge to a trailing edge in a rotational direction of the impeller in each of the plurality of blades, a farthest point from a plane connecting the leading edge and the trailing edge is defined as a peak portion, and the peak portion is placed closer to the leading edge than the trailing edge characterized in that an entrance angle (β 1) of air at the leading edge is in a range of 90.74° to 104.35°, and an angle formed between the leading edge and the trailing edge with respect to a rotational center of the impeller is in a range of 5.5° to 9.8°. a housing; an impeller which is mounted in the housing; a hub which is provided in the impeller and is rotated by a driving force of a motor; and a plurality of blades which radially extend at the hub, wherein each of the plurality of blades is formed to have a shape curved from a leading edge to a trailing edge in a rotational direction of the impeller in each of the plurality of blades, a farthest point from a plane connecting the leading edge and the trailing edge is defined as a peak portion, and the peak portion is placed closer to the leading edge than the trailing edge characterized in that an entrance angle (β 1) of air at the leading edge is in a range of 90.74° to 104.35°, and an angle formed between the leading edge and the trailing edge with respect to a rotational center of the impeller is in a range of 5.5° to 9.8°.
A method of identifying the covert foci of attention of a person comprising: presenting the person with an image having a plurality of visual elements; measuring eye movements of the subject with respect to the image; processing the positional information of the eyes to detect multiple microsaccades; extrapolating a trajectory of each of the multiple microsaccades; and associating the eye movements with a visual element of interest of the plurality of elements by extrapolating the trajectories of the microsaccades to a location in the image where intersection of trajectories concentrate to determine the position of covert attentional foci. presenting the person with an image having a plurality of visual elements; measuring eye movements of the subject with respect to the image; processing the positional information of the eyes to detect multiple microsaccades; extrapolating a trajectory of each of the multiple microsaccades; and associating the eye movements with a visual element of interest of the plurality of elements by extrapolating the trajectories of the microsaccades to a location in the image where intersection of trajectories concentrate to determine the position of covert attentional foci.
A cellulase variant polypeptide, characterized in that the variant polypeptide has cellulase activity and comprises an amino acid sequence having at least 90% identity to residues 22-235 of SEQ ID NO:1 comprising a substitution at position 122, wherein at position 122 N is substituted to A, S, G, T, V, I or L, and wherein the amino acid positions of said variant polypeptide are numbered by correspondence with the mature amino acid sequence of SEQ ID NO:3.
An RFID transceiver device comprising: a control and signal processing circuit; a local oscillation circuit for generating a local oscillation signal of frequency that is set for a given channel by said control and signal processing circuit; and a reception circuit for demodulating the reception signal of the given channel using the local oscillation signal that is output from said local oscillation circuit; characterized in that said control and signal processing circuit is further configured to control the local oscillation circuit to generate the local oscillation signal of a reference frequency in the case of ordinary communication with a tag, and to generate a carrier sensing local oscillation signal with a frequency shifted from the reference frequency by a prescribed frequency which is within a reception band of the given channel in the case of carrier sensing, as a local oscillation signal for demodulating the reception signal of the given channel in the reception circuit. a control and signal processing circuit; a local oscillation circuit for generating a local oscillation signal of frequency that is set for a given channel by said control and signal processing circuit; and a reception circuit for demodulating the reception signal of the given channel using the local oscillation signal that is output from said local oscillation circuit; characterized in that said control and signal processing circuit is further configured to control the local oscillation circuit to generate the local oscillation signal of a reference frequency in the case of ordinary communication with a tag, and to generate a carrier sensing local oscillation signal with a frequency shifted from the reference frequency by a prescribed frequency which is within a reception band of the given channel in the case of carrier sensing, to generate the local oscillation signal of a reference frequency in the case of ordinary communication with a tag, and to generate a carrier sensing local oscillation signal with a frequency shifted from the reference frequency by a prescribed frequency which is within a reception band of the given channel in the case of carrier sensing,