mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a lorry crane having at least one boom configured to carry a load, wherein the method comprises the step of detecting an inclination indicative parameter (α) of the crane, wherein the method comprises the following steps: - comparing the detected inclination indicative parameter (α) of the crane with a pre-defined inclination indicative parameter (β); - operating the crane in a normal mode if the detected inclination indicative parameter (α) of the crane is smaller than or equal to the pre-defined inclination indicative parameter (β); characterized in that the method includes the following further step: - operating the crane in a restricted mode, in which: a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode, if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β). - comparing the detected inclination indicative parameter (α) of the crane with a pre-defined inclination indicative parameter (β); - operating the crane in a normal mode if the detected inclination indicative parameter (α) of the crane is smaller than or equal to the pre-defined inclination indicative parameter (β); characterized in that the method includes the following further step: - operating the crane in a restricted mode, in which: a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode, if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β). - operating the crane in a restricted mode, in which: a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode, if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β). a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode, if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β).
A method for managing sensor data for a vehicle, the method comprising: attempting to receive sensor data at a vehicle having a plurality of sensors (310, 500); characterized by: responsive to an inability of the vehicle to obtain needed sensor data, requesting collected sensor data from a plurality of other vehicles to form alternate sensor data; and receiving the alternate sensor data and controlling the vehicle using the alternate sensor data. attempting to receive sensor data at a vehicle having a plurality of sensors (310, 500); characterized by: responsive to an inability of the vehicle to obtain needed sensor data, requesting collected sensor data from a plurality of other vehicles to form alternate sensor data; and receiving the alternate sensor data and controlling the vehicle using the alternate sensor data.
A container 1) comprising a container body holding contents therein and a lid member for closing an opening of the container body, the container body and the lid member being sealed with each other by an annular seal portion formed along a flanged face of the opening, at a specified portion of the annular seal portion, there being provided a detaching seal portion which is detached in response to increase of pressure inside the container body associated with deformation of the container body; characterized in that the annular seal portion is formed by a pressing operation of pressing the lid member against the flanged face via a seal bar having at its leading end an annular projection having a shape corresponding to the annular seal portion, a groove-like sunk portion corresponding to the annular projection being formed in the flanged face by the pressing operation; and at least a portion of the sunk portion formed in the detaching seal portion comprises an uneven groove having a cross sectional shape with a smaller curvature radius on its radial inner side than its radial outer side.
An integrated circuit comprising: a master processing core having a central processing unit coupled with a non-volatile memory; a slave processing core operating independently from the master processing core and having a central processing unit coupled with volatile program memory; wherein the master central processing unit is configured to cause a transfer of program instructions into the volatile memory of the slave processing core; wherein a program instruction for the slave processing core is wider than a data width of the master processing core; and wherein a transfer of said program instructions can only be performed by executing a dedicated instruction (LDSLV) within the central processing unit of the master processing core, wherein the transfer takes place through logic or through a buffer (418/428) and is thereby performed without moving the program instructions through the master processing core. a master processing core having a central processing unit coupled with a non-volatile memory; a slave processing core operating independently from the master processing core and having a central processing unit coupled with volatile program memory; wherein the master central processing unit is configured to cause a transfer of program instructions into the volatile memory of the slave processing core; wherein a program instruction for the slave processing core is wider than a data width of the master processing core; and wherein a transfer of said program instructions can only be performed by executing a dedicated instruction (LDSLV) within the central processing unit of the master processing core, wherein the transfer takes place through logic or through a buffer (418/428) and is thereby performed without moving the program instructions through the master processing core.
A protective cover for a prosthetic implant, comprising: a flexible body having a central portion, a lip, an exterior surface, and an interior surface, the interior surface defining an interior space in which the prosthetic implant is receivable; and an area of weakness formed in the body and extending from the lip into the central portion; wherein the body covers substantially all of an exterior surface of the prosthetic implant when the implant is received in the interior space; and wherein a curvature of the interior surface of the body is complimentary to a curvature of the exterior surface of the prosthetic implant; characterized in that the flexible body is removable in one piece from the implant after the implant has been introduced into a joint of a patient. a flexible body having a central portion, a lip, an exterior surface, and an interior surface, the interior surface defining an interior space in which the prosthetic implant is receivable; and an area of weakness formed in the body and extending from the lip into the central portion; wherein the body covers substantially all of an exterior surface of the prosthetic implant when the implant is received in the interior space; and wherein a curvature of the interior surface of the body is complimentary to a curvature of the exterior surface of the prosthetic implant; characterized in that the flexible body is removable in one piece from the implant after the implant has been introduced into a joint of a patient.
A wind turbine comprising: at least one rotor blade comprising at least one aperture defined through a surface thereof; an active flow control system at least partially defined in said at least one rotor blade and in flow communication with said at least one aperture, said AFC system configured to modify aerodynamic properties of said at least one rotor blade; a sensor configured to measure an environmental condition surrounding said wind turbine; and a wind turbine controller configured to: operate said wind turbine in a normal mode; and operate said wind turbine in a cleaning mode different than the normal mode depending on the environmental condition, the cleaning mode including adjusting at least one operation parameter of said wind turbine such that fouling of said AFC system is reduced by operating said AFC system to reverse a gas flow direction through said AFC system, wherein fouling includes contamination by insects, dust, impurities or aerosols; and wherein the wind turbine is operated in the cleaning mode when an estimated value of the environmental condition exceeds a threshold value. at least one rotor blade comprising at least one aperture defined through a surface thereof; an active flow control system at least partially defined in said at least one rotor blade and in flow communication with said at least one aperture, said AFC system configured to modify aerodynamic properties of said at least one rotor blade; a sensor configured to measure an environmental condition surrounding said wind turbine; and a wind turbine controller configured to: operate said wind turbine in a normal mode; and operate said wind turbine in a cleaning mode different than the normal mode depending on the environmental condition, the cleaning mode including adjusting at least one operation parameter of said wind turbine such that fouling of said AFC system is reduced by operating said AFC system to reverse a gas flow direction through said AFC system, wherein fouling includes contamination by insects, dust, impurities or aerosols; and wherein the wind turbine is operated in the cleaning mode when an estimated value of the environmental condition exceeds a threshold value. operate said wind turbine in a normal mode; and operate said wind turbine in a cleaning mode different than the normal mode depending on the environmental condition, the cleaning mode including adjusting at least one operation parameter of said wind turbine such that fouling of said AFC system is reduced by operating said AFC system to reverse a gas flow direction through said AFC system, wherein fouling includes contamination by insects, dust, impurities or aerosols; and wherein the wind turbine is operated in the cleaning mode when an estimated value of the environmental condition exceeds a threshold value.
Device for recovering exposure samples for a machine for processing sheet-shaped elements, the processing machine comprising: - a plurality of workstations (300, 400, 500, 600), including at least one waste discharge station, and - a transportation device comprising a plurality of gripper bars configured to drive the sheet-shaped elements into the workstations (300, 400, 500, 600), the recovery device being characterised in that it comprises: - a first discharge mat, and - a second discharge mat arranged after the first discharge mat with respect to the direction of movement of the sheets, the second discharge mat being able to move between: ∘ a continuous conveying position in which first ends (94a, 95a) of the first and second discharge mats (94, 95) are brought together such that the waste from sheet-shaped elements can be conveyed from the first discharge mat to the second discharge mat, and ∘ a raised position in which the first end of the second discharge mat has pivoted upwards, creating a gap between the first discharge mat and the second discharge mat, such that at least one exposure sample conveyed by the first discharge mat drops through the gap. - a plurality of workstations (300, 400, 500, 600), including at least one waste discharge station, and - a transportation device comprising a plurality of gripper bars configured to drive the sheet-shaped elements into the workstations (300, 400, 500, 600), - a first discharge mat, and - a second discharge mat arranged after the first discharge mat with respect to the direction of movement of the sheets, the second discharge mat being able to move between: ∘ a continuous conveying position in which first ends (94a, 95a) of the first and second discharge mats (94, 95) are brought together such that the waste from sheet-shaped elements can be conveyed from the first discharge mat to the second discharge mat, and ∘ a raised position in which the first end of the second discharge mat has pivoted upwards, creating a gap between the first discharge mat and the second discharge mat, such that at least one exposure sample conveyed by the first discharge mat drops through the gap. ∘ a continuous conveying position in which first ends (94a, 95a) of the first and second discharge mats (94, 95) are brought together such that the waste from sheet-shaped elements can be conveyed from the first discharge mat to the second discharge mat, and ∘ a raised position in which the first end of the second discharge mat has pivoted upwards, creating a gap between the first discharge mat and the second discharge mat, such that at least one exposure sample conveyed by the first discharge mat drops through the gap.
A bilaminate cured silicone/nylon material, the silicone/nylon material comprised of two layers of material, the first layer of material comprised of a silicone membrane, the second layer comprised of a woven fabric, the two layers combined together with a combination means such that the two layers form a single structure, the preferred combination method is heating, the first layer possessing a plurality of slits in its surface, said slits made after the two layers are combined, said slits in a regular pattern, the regular pattern comprising a parallel vertical orientation, said first layer and said second layer treated with a coating comprised of one or more medicinal or therapeutic substances, said coating possessing an additional component of salinomycin, native high molecular weight collagen, and Mafenide Acetate, the porosity of said skin substitute minimized to essentially zero porosity in the mode where no stretching tension is exerted on the skin substitute, the porosity of said skin substitute variable proportional to the amount of stretching tension and the direction in which said stretching tension is placed on the skin substitute, said second layer of material with a range of thickness of 15/1 denier knitted nylon of an average of 0.2032mm (0.0080") with STDEV of 0.02032mm (0.0008"). the silicone/nylon material comprised of two layers of material, the first layer of material comprised of a silicone membrane, the second layer comprised of a woven fabric, the two layers combined together with a combination means such that the two layers form a single structure, the preferred combination method is heating, the first layer possessing a plurality of slits in its surface, said slits made after the two layers are combined, said slits in a regular pattern, the regular pattern comprising a parallel vertical orientation, said first layer and said second layer treated with a coating comprised of one or more medicinal or therapeutic substances, said coating possessing an additional component of salinomycin, native high molecular weight collagen, and Mafenide Acetate, the porosity of said skin substitute minimized to essentially zero porosity in the mode where no stretching tension is exerted on the skin substitute, the porosity of said skin substitute variable proportional to the amount of stretching tension and the direction in which said stretching tension is placed on the skin substitute, said second layer of material with a range of thickness of 15/1 denier knitted nylon of an average of 0.2032mm (0.0080") with STDEV of 0.02032mm (0.0008").
An electrical connector comprising: a jack assembly having a front end and a rear end, the jack assembly comprising: a cavity opened at the front end for receiving a plug; and insulation displacement contacts supported by the jack assembly and extending from the jack assembly at the rear end; characterised by: a shield cap mounted to the jack assembly at the rear end, the shield cap comprising: a molded, electrically non-conductive body portion including one or more unitary latch projections (218, 220) for attaching the shield cap to the jack assembly; and opposite shield plates (215, 217) connected to opposite sides of the body portion and configured to at least partially cover the insulation displacement contacts, wherein the opposite shield plates (215, 217) are made from electrically conductive material, wherein the opposite shield plates (215, 217) are overmolded with the body portion. a jack assembly having a front end and a rear end, the jack assembly comprising: a cavity opened at the front end for receiving a plug; and insulation displacement contacts supported by the jack assembly and extending from the jack assembly at the rear end; a cavity opened at the front end for receiving a plug; and insulation displacement contacts supported by the jack assembly and extending from the jack assembly at the rear end; characterised by: a shield cap mounted to the jack assembly at the rear end, the shield cap comprising: a molded, electrically non-conductive body portion including one or more unitary latch projections (218, 220) for attaching the shield cap to the jack assembly; and opposite shield plates (215, 217) connected to opposite sides of the body portion and configured to at least partially cover the insulation displacement contacts, wherein the opposite shield plates (215, 217) are made from electrically conductive material, wherein the opposite shield plates (215, 217) are overmolded with the body portion. a molded, electrically non-conductive body portion including one or more unitary latch projections (218, 220) for attaching the shield cap to the jack assembly; and opposite shield plates (215, 217) connected to opposite sides of the body portion and configured to at least partially cover the insulation displacement contacts, wherein the opposite shield plates (215, 217) are made from electrically conductive material, wherein the opposite shield plates (215, 217) are overmolded with the body portion.
An oriented magnetic steel plate excellent in coating adhesion produced by a method including the series of steps of annealing a hot rolled plate comprising, by mass%, C: 0.10% or less, Si: 1.8 to 7%, Mn: 0.02 to 0.30%, a total of one or more of S and Se: 0.001 to 0.040%, acid soluble Al: 0.010 to 0.065%, N: 0.0030 to 0.0150%, Bi: 0.0005 to 0.05%, optionally one or more of Sn, Cu, Sb, As, Mo, Cr, P, Ni, B, Te, Pb, V, and Ge in 0.003 to 0.5 mass%, and the balance of Fe and unavoidable impurities, cold rolling it one time or two times or more, or two times or more with process annealing in between to finish it to a final plate thickness, next decarburization annealing it, then coating the steel plate surface with an annealing separator, the annealing separator containing one or more of Ce oxide or hydroxide, La oxide or hydroxide, Pr oxide or hydroxide, Nd oxide or hydroxide, Sc oxide or hydroxide, and Y oxide or hydroxide converted to metal in the range of 0.01 to 14 mass% with respect to MgO, a Ti compound such as TiO 2, Ti 3 O 5, Ti 2 O 3, TiO, TiC, TiN, TiB 2, TiSi 2 converted to Ti in a range of 0.5 to 10 mass% with respect to MgO, and one or more of compounds of Sr, Ca and Ba in the form of oxides, hydroxides, sulfates, carbonates, nitrates, silicates, phosphates, converted to metal, in a range of 0.1 to 10 mass% with respect to MgO, wherein the oriented magnetic steel plate has a primary coating having forsterite as its main ingredient on its surface, said primary coating containing one or more of Ce, La, Pr, Nd, Sc, and Y in an areal weight per side of 0.001 to 1000 mg/m 2, Ti in an areal weight per side of 1 to 800 mg/m 2, one or more of Sr, Ca, and Ba in an areal weight per side of 0.01 to 100 mg/m 2 and the oriented magnetic steel plate has a wedge structure at the interface with the primary coating.
A vehicle-mounted power supply apparatus comprising: a DC/DC converter that converts a first DC voltage outputted from a vehicle-mounted storage battery and that outputs the converted voltage as a second DC voltage; a switching section; and a control section that controls the DC/DC converter and the switching section, characterized in that the switching section outputs the second DC voltage outputted from the DC/DC converter to any one of an auxiliary battery mounted on the vehicle and a DC voltage outlet through which the second DC voltage is outputted to an outside of the vehicle, and when the control section controls the switching section so that the second DC voltage is outputted to the DC voltage outlet, the control section controls the DC/DC converter so that the second DC voltage becomes equal to or below a predetermined voltage value which is smaller than a rated voltage value of the storage battery. a DC/DC converter that converts a first DC voltage outputted from a vehicle-mounted storage battery and that outputs the converted voltage as a second DC voltage; a switching section; and a control section that controls the DC/DC converter and the switching section, characterized in that the switching section outputs the second DC voltage outputted from the DC/DC converter to any one of an auxiliary battery mounted on the vehicle and a DC voltage outlet through which the second DC voltage is outputted to an outside of the vehicle, and when the control section controls the switching section so that the second DC voltage is outputted to the DC voltage outlet, the control section controls the DC/DC converter so that the second DC voltage becomes equal to or below a predetermined voltage value which is smaller than a rated voltage value of the storage battery.
A carbon fiber base comprising a continuous carbon fiber layer formed of continuous carbon fibers, and a carbon short fiber web in which carbon short fibers having an average fiber length of 2 to 12 mm are dispersed in the form of monofilaments, the carbon short fiber web provided on one or both of the surfaces of the continuous carbon fiber layer.
A hydraulic brake calliper for a wind turbine, the brake calliper comprising: a cylinder bore; a brake pad or is adapted to accommodate a brake pad; a piston having a piston head and a piston skirt, the piston being received in the cylinder bore in an orientation where the piston head faces towards the brake pad and the piston skirt extends from the piston head in a direction away from the brake pad, and a fluid connection connected to or connectable to a source of hydraulic fluid for leading hydraulic fluid into the void of the cylinder bore below the piston head, so as to move the piston, wherein the piston is formed at least partly from a polymeric material or from polymeric materials characterised in that at least a portion of the piston skirt abuts and is biased against the wall of the cylinder bore along a circumference of the cylinder bore so as to provide a hydraulic fluid seal between the piston and cylinder bore. a cylinder bore; a brake pad or is adapted to accommodate a brake pad; a piston having a piston head and a piston skirt, the piston being received in the cylinder bore in an orientation where the piston head faces towards the brake pad and the piston skirt extends from the piston head in a direction away from the brake pad, and a fluid connection connected to or connectable to a source of hydraulic fluid for leading hydraulic fluid into the void of the cylinder bore below the piston head, so as to move the piston,