mhurhangee/ep-ind-claims huggingface dataset:
A profile adjustment method for causing a computer to execute a process for adjusting a to-be-adjusted profile representing a correspondence relationship between first coordinate values (CMYK in) in a first device dependent color space and device independent coordinate values (Lab S1) in a profile connection space PCS, the profile adjustment method comprising: acquiring, for an adjustment point corresponding to a to-be-adjusted color, an adjustment target (cmyk T)based on coordinates in a second device dependent color space; performing optimization including, defining, as a first conversion table, a color conversion table used to convert the device independent coordinate values (Lab S1) into second coordinate values (cmyk p) in the second device dependent color space, in an output profile representing a correspondence relationship between the device independent coordinate values and the second coordinate values, defining the device independent coordinate values at the adjustment point as to-be-adjusted PCS values, and executing an optimization process including setting initial values of provisional PCS values (Lab pS1) and further including searching for a solution which makes provisional color values (cmyk pp) closer to the adjustment target relative to their initial values, thus acquiring an optimal solution (lab b) for the device independent coordinate values corresponding to the adjustment target, wherein the values of provisional color values are acquired by a conversion, in accordance with the first conversion table, of provisional PCS values (Lab pS1) resulting from a change in the to-be-adjusted PCS values; and adjusting the to-be-adjusted profile, based on the optimal solution for the device independent coordinate values. acquiring, for an adjustment point corresponding to a to-be-adjusted color, an adjustment target (cmyk T)based on coordinates in a second device dependent color space; performing optimization including, defining, as a first conversion table, a color conversion table used to convert the device independent coordinate values (Lab S1) into second coordinate values (cmyk p) in the second device dependent color space, in an output profile representing a correspondence relationship between the device independent coordinate values and the second coordinate values, defining the device independent coordinate values at the adjustment point as to-be-adjusted PCS values, and executing an optimization process including setting initial values of provisional PCS values (Lab pS1) and further including searching for a solution which makes provisional color values (cmyk pp) closer to the adjustment target relative to their initial values, thus acquiring an optimal solution (lab b) for the device independent coordinate values corresponding to the adjustment target, wherein the values of provisional color values are acquired by a conversion, in accordance with the first conversion table, of provisional PCS values (Lab pS1) resulting from a change in the to-be-adjusted PCS values; and adjusting the to-be-adjusted profile, based on the optimal solution for the device independent coordinate values.
A structure (400; 500; 600; 700; 800; 1000) for being included in an outer wall of a building and configured to provide an enclosed and/or shielded space beyond the outer wall of the building that a person can use and/or occupy, the structure comprising: a frame (140, 145) configured to be secured and positioned in a wall opening: several expansion units (410, 420, 430; 510, 520, 530; 610, 620, 630; 710, 720, 730), each expansion unit having: - a first member movable about a connection, wherein the first member defines a left side member, a top side member, and a right side member, wherein a lower portion of the left side member and the right side member are movably connected to the frame by a mechanism; and - a sash member (516; 616) permanently secured to the left side member, the top side member, and the right side member of the first member, wherein the left side member, the top side member, and the right side member of the first member form a weatherproof seal with the sash member (516; 616) and the frame (140, 145), the mechanism allowing movement of the structure (700; 1000) between a retracted position and an extended position, the structure being characterized in that the mechanism includes gear driven crank systems, wherein each expansion unit (410, 420, 430; 510, 520, 530; 610, 620, 630; 710, 720, 730) is movably connected to an independent crank system. - a first member movable about a connection, wherein the first member defines a left side member, a top side member, and a right side member, wherein a lower portion of the left side member and the right side member are movably connected to the frame by a mechanism; and - a sash member (516; 616) permanently secured to the left side member, the top side member, and the right side member of the first member, wherein the left side member, the top side member, and the right side member of the first member form a weatherproof seal with the sash member (516; 616) and the frame (140, 145),
A headlamp control method of controlling a headlamp so as to regulate an irradiation amount, the headlamp being installed in a vehicle equipped with an autonomous driving mode driven in accordance with an image acquired by a visible light camera for capturing a circumference of the vehicle and a manual driving mode driven by a driver of the vehicle, the method comprising decreasing the irradiation amount of the headlamp in the autonomous driving mode so as to be smaller than the irradiation amount of the headlamp in the manual driving mode; characterised by, when a fault in the autonomous driving mode is detected, setting the irradiation amount to be equal to the irradiation amount in the manual driving mode until an operation of switching from the autonomous driving mode to the manual driving mode is completed. decreasing the irradiation amount of the headlamp in the autonomous driving mode so as to be smaller than the irradiation amount of the headlamp in the manual driving mode; characterised by, when a fault in the autonomous driving mode is detected, setting the irradiation amount to be equal to the irradiation amount in the manual driving mode until an operation of switching from the autonomous driving mode to the manual driving mode is completed.
A method of power management for a mobile station in a multi-carrier wireless network, the method comprising: establishing a primary connection between the mobile station and a base station by performing initial ranging to adjust power over a primary radio frequency "RF" carrier; performing open-loop power control and thereby obtaining long-term link measurement of the primary RF carrier; and establishing a secondary connection between the mobile station and the base station by performing periodic ranging to adjust power over a secondary RF carrier, the method being characterized by further comprising: calculating power difference between the primary RF carrier and the secondary RF carrier; and adjusting transmission power of the secondary RF carrier based on the power difference. establishing a primary connection between the mobile station and a base station by performing initial ranging to adjust power over a primary radio frequency "RF" carrier; performing open-loop power control and thereby obtaining long-term link measurement of the primary RF carrier; and establishing a secondary connection between the mobile station and the base station by performing periodic ranging to adjust power over a secondary RF carrier, the method being characterized by further comprising: calculating power difference between the primary RF carrier and the secondary RF carrier; and adjusting transmission power of the secondary RF carrier based on the power difference. calculating power difference between the primary RF carrier and the secondary RF carrier; and adjusting transmission power of the secondary RF carrier based on the power difference.
A system for performing an agricultural task, the system being installed on a vehicle or trailer and comprising: - a platform connecting to the vehicle or trailer and comprising a socket for an accessory; - a plurality of accessories, wherein one accessory is configured to be selected among the plurality of accessories for installation in the accessory socket; - a computer for processing data; and - a vision system which is operatively connected to the computer and which is configured to collect data of the environment about the accessory, - the computer being configured to use the collected data to determine an instruction for performing the agricultural task and to send the instruction to the accessory installed in the accessory socket to perform the agricultural task, wherein the accessory is interchangeable in the accessory socket depending on the agricultural task, wherein the vision system comprises a color camera configured to collect data of the environment that comprises spectral data on vegetal objects undergoing the agricultural tasks, and at least two cameras positioned side-by-side, configured to collect data of the environment that comprises tridimensional data on vegetal objects undergoing the agricultural tasks. - a platform connecting to the vehicle or trailer and comprising a socket for an accessory; - a plurality of accessories, wherein one accessory is configured to be selected among the plurality of accessories for installation in the accessory socket; - a computer for processing data; and - a vision system which is operatively connected to the computer and which is configured to collect data of the environment about the accessory, - the computer being configured to use the collected data to determine an instruction for performing the agricultural task and to send the instruction to the accessory installed in the accessory socket to perform the agricultural task,
A system comprising: a controller; a coolant supply system having a valve controllable by the controller; and a needle probe (26, 300) coupled to the controller and configured to receive coolant from the coolant supply system, the needle probe (26, 300) having at least one needle and a heater thermally coupled to the at least one needle; wherein the controller is configured to: regulate coolant to the needle probe (26, 300) using the valve; provide power to the heater based on power demand from the heater; monitor power supplied to the heater to determine a sampled power measurement; the system being characterized in that controller is further configured to correlate the sampled power measurement with a power range corresponding to at least one of a tissue characteristic, an operating parameter, or a depth of insertion of the at least one needle. a controller; a coolant supply system having a valve controllable by the controller; and a needle probe (26, 300) coupled to the controller and configured to receive coolant from the coolant supply system, the needle probe (26, 300) having at least one needle and a heater thermally coupled to the at least one needle; wherein the controller is configured to: regulate coolant to the needle probe (26, 300) using the valve; provide power to the heater based on power demand from the heater; monitor power supplied to the heater to determine a sampled power measurement; the system being characterized in that controller is further configured to regulate coolant to the needle probe (26, 300) using the valve; provide power to the heater based on power demand from the heater; monitor power supplied to the heater to determine a sampled power measurement; the system being characterized in that controller is further configured to correlate the sampled power measurement with a power range corresponding to at least one of a tissue characteristic, an operating parameter, or a depth of insertion of the at least one needle.
A protection system for at least one manipulator, in particular a robot, comprising: at least one mobile handheld device, which comprises an actuating device (1.1), a receiving device for receiving a wirelessly transmitted actuation signal from at least one mobile handheld device; a presence detection device for detecting the presence of at least one mobile handheld device, in particular a system-related mobile handheld device, in a specified occupation zone; and a protection device (2, 3) for triggering a reaction (STOP) on the basis of a presence detection (n) and the reception of an actuation signal (n), characterised in that the protection system operates in different operating modes (KB, AB) in a cooperating operating state and in an automatic operating state of a manipulator, and in that the protection system comprises a switching device for changing an operating mode (KB, AB) of the protection system at least partially automatically, and is set up such that the mobile handheld devices which are to be detected in a specified occupation zone are specified, in particular individually, in groups or as a number, preferably fixed or free (N = 3).
Method for preparing a biodegradable polymer comprising: a) preparing an acidic mixture of polyacrylic and/or polyaspartic acid, sodium ions, one or more oligosaccharides, or derivatives thereof, and water, wherein the resulting mixture has a pH equal to or lower than 5; b) maintaining the temperature of said acidic mixture in a range of from 80°C to 130°C until an homogeneous suspension is obtained; and c) adding polyvinyl alcohol and one or more hydrocarbons having at least two -COOH groups to the mixture of step (b) while maintaining the temperature in a range of from 80°C to 130°C until the biodegradable polymer is formed. a) preparing an acidic mixture of polyacrylic and/or polyaspartic acid, sodium ions, one or more oligosaccharides, or derivatives thereof, and water, wherein the resulting mixture has a pH equal to or lower than 5; b) maintaining the temperature of said acidic mixture in a range of from 80°C to 130°C until an homogeneous suspension is obtained; and c) adding polyvinyl alcohol and one or more hydrocarbons having at least two -COOH groups to the mixture of step (b) while maintaining the temperature in a range of from 80°C to 130°C until the biodegradable polymer is formed.
An excavation tool comprising: a tool body centered on an axis line; and an excavation tip which is attached to an embedding hole drilled in a distal end portion of the tool body, wherein the tool body is centered on the axis line and is moved forward to a distal end side in a direction of the axis line, the excavation tip is configured so that an embedding portion having an outer cylindrical shape about a central axis is formed integrally with a cutting edge portion of a distal end side in a direction of the central axis, and the embedding portion is inserted into the embedding hole and the cutting edge portion is protruded from the embedding hole, characterized in that at least one excavation tip serves as a rotary excavation tip which is rotatable about the central axis of the embedding portion during excavation, is locked so as not to slip toward the distal end side in the direction of the central axis and is attached to the embedding portion, wherein between an outer peripheral surface of the embedding portion of the rotary excavation tip and an inner peripheral surface of the embedding hole to which the rotary excavation tip is attached, a first surface has a concave groove (8A, 8B, 6C, 6D) going around the central axis and a second surface has a convex portion (6A, 6B, 8C, 10A, 10B, 10C, 11A) accommodated in the concave groove (8A, 8B, 6C, 6D). a tool body centered on an axis line; and an excavation tip which is attached to an embedding hole drilled in a distal end portion of the tool body, wherein the tool body is centered on the axis line and is moved forward to a distal end side in a direction of the axis line, the excavation tip is configured so that an embedding portion having an outer cylindrical shape about a central axis is formed integrally with a cutting edge portion of a distal end side in a direction of the central axis, and the embedding portion is inserted into the embedding hole and the cutting edge portion is protruded from the embedding hole, characterized in that at least one excavation tip serves as a rotary excavation tip which is rotatable about the central axis of the embedding portion during excavation, is locked so as not to slip toward the distal end side in the direction of the central axis and is attached to the embedding portion, wherein between an outer peripheral surface of the embedding portion of the rotary excavation tip and an inner peripheral surface of the embedding hole to which the rotary excavation tip is attached, a first surface has a concave groove (8A, 8B, 6C, 6D) going around the central axis and a second surface has a convex portion (6A, 6B, 8C, 10A, 10B, 10C, 11A) accommodated in the concave groove (8A, 8B, 6C, 6D).
A drum suitable for use in washer/dryers, comprising a cylindrical body produced from a rectangular shaped sheet metal, a linear seam formed by superposing and folding on the body, of the straight edges which are brought to face each other by bending the sheet forming the body into a cylinder shape, extending along the body in parallel to the rotating axis of the drum, and a plurality of beads arranged on the seam in full-length, each transversely covering the seam, formed by intermittently crushing the seam by means of a clinching apparatus, characterized by the beads formed so as to extend individually one by one inclined to the extent of a predetermined angle towards the inner region of the body, with respect to the tangent of the cylindrical body surface coinciding with the bead region.
A method for producing a spherical silver powder, the method comprising the steps of: preparing an aqueous solution of a silver ammine complex; preparing an amino acid which has a carbon number of not less than 5 and which is neutral or basic; adding the amino acid to the aqueous solution of a silver ammine complex, and thereafter, adding a reducing agent to the aqueous solution of a silver ammine complex to deposit silver particles by reduction; and drying the silver particles to prepare a dried spherical silver powder having an average particle diameter (D 50) of 0.2 to 5 μm based on a laser diffraction method, the average particle diameter (D 50) corresponding to 50 % of accumulation in volume-based cumulative distribution of the spherical silver powder, which is measured by means of a laser diffraction particle size analyzer, wherein said amino acid is at least one selected from the group consisting of proline, tyrosine, tryptophan, arginine and anthranilic acid. preparing an aqueous solution of a silver ammine complex; preparing an amino acid which has a carbon number of not less than 5 and which is neutral or basic; adding the amino acid to the aqueous solution of a silver ammine complex, and thereafter, adding a reducing agent to the aqueous solution of a silver ammine complex to deposit silver particles by reduction; and drying the silver particles to prepare a dried spherical silver powder having an average particle diameter (D 50) of 0.2 to 5 μm based on a laser diffraction method, the average particle diameter (D 50) corresponding to 50 % of accumulation in volume-based cumulative distribution of the spherical silver powder, which is measured by means of a laser diffraction particle size analyzer, wherein said amino acid is at least one selected from the group consisting of proline, tyrosine, tryptophan, arginine and anthranilic acid.
Method for interchanging control information between operating and observation devices of an industrial automation system, in which - an at least partial image of a technical installation regulated or controlled by means of automation devices is visualized on a graphical user interface of a respective operating and observation device on the basis of the control information, - computer-based objects which represent elements of the technical installation and are provided by a runtime environment set up on a respective operating and observation device are assigned to the visualized image, characterized in that - all object types provided on different operating and observation devices are made available for cross-device access in accordance with a standard addressing scheme, - identifiers assigned to the object types are stipulated by an engineering or project planning system, - separate address spaces are used for computer-based objects provided by the runtime environment and for computer-based objects produced by means of an engineering or project planning system. - an at least partial image of a technical installation regulated or controlled by means of automation devices is visualized on a graphical user interface of a respective operating and observation device on the basis of the control information, - computer-based objects which represent elements of the technical installation and are provided by a runtime environment set up on a respective operating and observation device are assigned to the visualized image, - all object types provided on different operating and observation devices are made available for cross-device access in accordance with a standard addressing scheme, - identifiers assigned to the object types are stipulated by an engineering or project planning system, - separate address spaces are used for computer-based objects provided by the runtime environment and for computer-based objects produced by means of an engineering or project planning system.
A refrigerating oil composition obtained by incorporating, into a base oil, a polyalkylene glycol derivative of formula having a number average molecular weight of 200-3,000 and a kinematic viscosity of 5-200 mm 2 /s as measured at 40°C: R 1 -(OR 2) m -(OR 3) n -OR 4 wherein each of R 1 and R 4 represents a C1-C30 (i) saturated linear or saturated branched aliphatic hydrocarbon group or (ii) substituted or unsubstituted aromatic hydrocarbon group, or hydrogen; OR 2 represents an oxypropylene group; R 3 represents a C2-C30 alkylene group which may or may not be substituted; m and n are numbers that satisfy the above-described molecular weight conditions, wherein n may be 0; at least one of R 1, R 3, and R 4 has a hydrocarbon group having six or more carbon atoms; and the base oil is a polyvinyl ether; wherein the amount of the polyalkylene glycol derivative is 0.1 to 15 % by weight with respect to the total amount of the composition. each of R 1 and R 4 represents a C1-C30 (i) saturated linear or saturated branched aliphatic hydrocarbon group or (ii) substituted or unsubstituted aromatic hydrocarbon group, or hydrogen; OR 2 represents an oxypropylene group; R 3 represents a C2-C30 alkylene group which may or may not be substituted; m and n are numbers that satisfy the above-described molecular weight conditions, wherein n may be 0; at least one of R 1, R 3, and R 4 has a hydrocarbon group having six or more carbon atoms; and the base oil is a polyvinyl ether; wherein the amount of the polyalkylene glycol derivative is 0.1 to 15 % by weight with respect to the total amount of the composition.