mhurhangee/ep-ind-claims huggingface dataset:
An implement control system for limiting operator control of an implement, the implement control system comprising: a controller operatively connected to an implement, the controller being configured to: receive an input device signal, which is a target position signal from an input device (106, 110) indicative of a desired implement movement by an operator; receive an automatically generated signal which is a target position signal from a grade control system indicative of an automatically determined implement movement; determine whether to move the implement based on the input device signal or the automatically generated signal, wherein the automatically generated signal moves the implement when a portion of the implement of the operators target position signal is on or below a desired cutting plane, and the input device signal moves the implement when the portion of the implement of the operators target position signal is above the desired cutting plane; and generate a control signal adapted to move the implement based on the input device signal when the portion of the implement is above the desired cutting plane; and use the automatically generated signal to move the implement when the portion of the implement is on or below the desired cutting plane. receive an input device signal, which is a target position signal from an input device (106, 110) indicative of a desired implement movement by an operator; receive an automatically generated signal which is a target position signal from a grade control system indicative of an automatically determined implement movement; determine whether to move the implement based on the input device signal or the automatically generated signal, wherein the automatically generated signal moves the implement when a portion of the implement of the operators target position signal is on or below a desired cutting plane, and the input device signal moves the implement when the portion of the implement of the operators target position signal is above the desired cutting plane; and generate a control signal adapted to move the implement based on the input device signal when the portion of the implement is above the desired cutting plane; and use the automatically generated signal to move the implement when the portion of the implement is on or below the desired cutting plane.
A computer graphics processing method comprising: determining vertex positions for one or more primitives with a vertex shader, and outputting vertex indices and corresponding determined positions; writing the vertex indices, output from the vertex shader, to a cache; writing the determined positions, output from the vertex shader, to a hardware component operable to generate barycentric coordinates of pixels relative to each primitive; accessing the vertex indices written to the cache with a pixel shader operating downstream of the vertex shader; accessing vertex parameter values associated with the vertex indices from a memory unit with the pixel shader; manipulating parameter values associated with a primitive's vertices in three-dimensional virtual space with the pixel shader; and interpolating the vertex parameter values resulting from the manipulation with the pixel shader to determine the parameter values at each pixel location. determining vertex positions for one or more primitives with a vertex shader, and outputting vertex indices and corresponding determined positions; writing the vertex indices, output from the vertex shader, to a cache; writing the determined positions, output from the vertex shader, to a hardware component operable to generate barycentric coordinates of pixels relative to each primitive; accessing the vertex indices written to the cache with a pixel shader operating downstream of the vertex shader; accessing vertex parameter values associated with the vertex indices from a memory unit with the pixel shader; manipulating parameter values associated with a primitive's vertices in three-dimensional virtual space with the pixel shader; and interpolating the vertex parameter values resulting from the manipulation with the pixel shader to determine the parameter values at each pixel location.
Crystalline copper-containing small-pore aluminosilicate zeolites having a maximum pore size of eight tetrahedral atoms, wherein the zeolite is CHA, has a copper content of from 2 to 7 wt.-%, calculated as CuO and based on the total weight of the zeolite, and a content of alkali metal cations in a total amount of 0.1 to 0.4 wt.-%, calculated as pure metals and based on the total weight of the zeolite, wherein the alkali metals are selected from sodium, potassium and mixtures of sodium and potassium, a SAR of 7 to 9, and a BET surface area of from 600 to 750 m 2 /g.
Box construction lock with strike plate assembly, wherein the lock includes locking mechanism with a locking latch-bolt, located in lock housing, so that in the lock locked position, locking latch-bolt is at least partially in strike plate assembly, characterized in that the lock housing and the strike plate in the lock's locked position are releasably attached, and in that there is adjustment range between lock housing and its locking mechanism, so that the lock housing comprises at least two positions relative to the locking mechanism.
A method of separating at least two glycans present in a glycan preparation, the method comprising steps of: (i) providing a glycan preparation that includes at least two glycans with differences in phosphorylation, wherein the at least two glycans have each been cleaved or otherwise released from a glycoconjugate; (ii) contacting the glycan preparation with a resin to which metal ions are immobilized under conditions that cause the at least two glycans to exhibit differing affinities for the resin as a result of the differences in phosphorylation; and (iii) separating the at least two glycans based on their differing affinities for the resin. (i) providing a glycan preparation that includes at least two glycans with differences in phosphorylation, wherein the at least two glycans have each been cleaved or otherwise released from a glycoconjugate; (ii) contacting the glycan preparation with a resin to which metal ions are immobilized under conditions that cause the at least two glycans to exhibit differing affinities for the resin as a result of the differences in phosphorylation; and (iii) separating the at least two glycans based on their differing affinities for the resin.
A resin composition comprising a resin component defined below and a resin component defined below, wherein the content of the resin component is 30% by weight to 99% by weight and the content of the resin component is 1% by weight to 70% by weight where the total amount of the resin component and the resin component is taken as 100% by weight, resin component: an olefin polymer comprising a main chain containing monomer units derived from ethylene and branch chains having 5 or more carbon atoms, the number of the branch chains being within the range of 20 chains to 40 chains per 1000 carbon atoms constituting the olefin polymer, and having a melting peak temperature measured with DSC of within the range of 10°C to 50°C, a crystallization peak temperature measured with DSC of within the range of 0°C to 40°C, and a melt enthalpy measured with DSC of 50 J/g or more, wherein the number of branch chains having 5 or more carbon atoms of resin component is determined by measuring the area of a peak derived from methine carbon to which a branch chain having 5 or more carbon atoms is attached from a 13C-NMR spectrum measured by the carbon nuclear magnetic resonance (13C-NMR) method, where the sum total of the areas of all peaks observed at 5 to 50 ppm is taken as 1000, resin component: an olefin polymer having a melting peak temperature measured with DSC of within the range of 50°C to 180°C. an olefin polymer comprising a main chain containing monomer units derived from ethylene and branch chains having 5 or more carbon atoms, the number of the branch chains being within the range of 20 chains to 40 chains per 1000 carbon atoms constituting the olefin polymer, and having a melting peak temperature measured with DSC of within the range of 10°C to 50°C, a crystallization peak temperature measured with DSC of within the range of 0°C to 40°C, and a melt enthalpy measured with DSC of 50 J/g or more, wherein the number of branch chains having 5 or more carbon atoms of resin component is determined by measuring the area of a peak derived from methine carbon to which a branch chain having 5 or more carbon atoms is attached from a 13C-NMR spectrum measured by the carbon nuclear magnetic resonance (13C-NMR) method, where the sum total of the areas of all peaks observed at 5 to 50 ppm is taken as 1000, resin component: an olefin polymer having a melting peak temperature measured with DSC of within the range of 50°C to 180°C.
An antenna array comprising two or more radiating elements, the antenna array being characterized in that a base terminal of each radiating element (10; 12) of the array is connected to a base terminal of its nearest neighbor radiating element (10; 12) with a non-Foster circuit (-Cc; -Cc, -Rc) configured to reduce a mutual reactance between the nearest neighbor radiating elements (10; 12).
Sanitary fitting, in particular thermostatic mixing valve, having a housing, which has a valve seat for receiving a valve and into which open at least one inlet channel (12, 13) and one outlet channel, wherein upstream of the valve receptacle a chamber for receiving a backflow preventer is associated with each inlet channel (12, 13), through which chamber the inlet channel is guided and into which chamber a backflow preventer is introduced and which chamber is closed by means of a plug, wherein a retaining frame is arranged on the plug, which retaining frame projects into the chamber and by means of which the backflow preventer is axially fixed, characterised in that the at least one backflow preventer has a movable piston, by means of which it can be closed in the direction of return flow, wherein a shut-off element for moving the piston of the backflow preventer into its closed position is arranged in the associated plug.
A breakable mold and a shell thermoformed on the mold, the mold comprising a first section of the mold, the first section being of at least a portion of one or more first teeth of a dental arch of a patient; a second section of the mold, the second section being of at least a portion of one or more second teeth of the dental arch of the patient; and a weakened region that joins the first section to the second section, wherein the weakened region is configured to withstand forces and stresses of thermoforming the shell on the mold while being weak enough to break apart when manually manipulated by a technician or computer controlled robotic manipulator via a first threshold force to enable the first section to be removed from the shell independently of the second section after the shell is formed over the mold, the first threshold force being less than a second threshold force that would damage or permanently deform the shell. a first section of the mold, the first section being of at least a portion of one or more first teeth of a dental arch of a patient; a second section of the mold, the second section being of at least a portion of one or more second teeth of the dental arch of the patient; and a weakened region that joins the first section to the second section, wherein the weakened region is configured to withstand forces and stresses of thermoforming the shell on the mold while being weak enough to break apart when manually manipulated by a technician or computer controlled robotic manipulator via a first threshold force to enable the first section to be removed from the shell independently of the second section after the shell is formed over the mold, the first threshold force being less than a second threshold force that would damage or permanently deform the shell.
Universal electronic exchange system for eyepieces, adapted for coupling to a telescope, characterised in that it comprises: - an automated rotary device which includes a base support provided with an opening alignable with the optical axis of a telescope, a rotary plate of the revolver type coupled on said base support, provided with a plurality of eyepiece holders intended to receive different sizes of eyepieces (10a-10c), and actuation means for said rotary plate, - an electronic unit for controlling the rotation and stopping of the rotary plate, - an electronic unit for selection of the eyepiece to be used configured to: - receive a selection signal generated by an user from a hand control or similar device, - process said selection signal by means of a suitable software to: - determine the aligned position in respect to the optical axis provided for the eyepiece to be used, and - send a command signal to said electronic unit for controlling the rotation and stopping of the rotary plate, wherein said electronic unit for controlling the rotation and stopping of the rotary plate is configured to process by means of a suitable software the speed, angular path of rotation and stopping position of the eyepiece to be used, and, based on said processing, send a command signal to the actuation means of said rotary plate for positioning and aligning with precision said eyepiece with the optical axis. - an automated rotary device which includes a base support provided with an opening alignable with the optical axis of a telescope, a rotary plate of the revolver type coupled on said base support, provided with a plurality of eyepiece holders intended to receive different sizes of eyepieces (10a-10c), and actuation means for said rotary plate, - an electronic unit for controlling the rotation and stopping of the rotary plate, - an electronic unit for selection of the eyepiece to be used configured to: - receive a selection signal generated by an user from a hand control or similar device, - process said selection signal by means of a suitable software to: - determine the aligned position in respect to the optical axis provided for the eyepiece to be used, and - send a command signal to said electronic unit for controlling the rotation and stopping of the rotary plate, - receive a selection signal generated by an user from a hand control or similar device, - process said selection signal by means of a suitable software to: - determine the aligned position in respect to the optical axis provided for the eyepiece to be used, and - send a command signal to said electronic unit for controlling the rotation and stopping of the rotary plate, - determine the aligned position in respect to the optical axis provided for the eyepiece to be used, and - send a command signal to said electronic unit for controlling the rotation and stopping of the rotary plate,
A method for producing a mesoporous zeolite, the method comprising: combining a cationic polymer and one or more precursor materials to form an intermediate material comprising micropores, where: the cationic polymer acts as a structure-directing agent for the formation of the micropores; and the cationic polymer is a non-surfactant, and comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations connected by a hydrocarbon chain; and calcining the intermediate structure to form the mesoporous zeolite. combining a cationic polymer and one or more precursor materials to form an intermediate material comprising micropores, where: the cationic polymer acts as a structure-directing agent for the formation of the micropores; and the cationic polymer is a non-surfactant, and comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations connected by a hydrocarbon chain; and the cationic polymer acts as a structure-directing agent for the formation of the micropores; and the cationic polymer is a non-surfactant, and comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations connected by a hydrocarbon chain; and calcining the intermediate structure to form the mesoporous zeolite.
A removable oil filter system, comprising: an oil filter mount; an oil filter element removably connected to the oil filter mount; characterized by an impending-bypass indicator connected to the oil filter mount and in fluid communication with an oil in the oil filter system, wherein a combination of a contamination level and an oil flow rate is used to determine whether an impending-bypass condition exists, and wherein the impending-bypass indicator is capable of reporting the impending-bypass condition of the oil filter system; and a full-bypass indicator in fluid communication with the oil filter mount and capable of reporting a full-bypass condition of the oil filter system. an oil filter mount; an oil filter element removably connected to the oil filter mount; characterized by an impending-bypass indicator connected to the oil filter mount and in fluid communication with an oil in the oil filter system, wherein a combination of a contamination level and an oil flow rate is used to determine whether an impending-bypass condition exists, and wherein the impending-bypass indicator is capable of reporting the impending-bypass condition of the oil filter system; and a full-bypass indicator in fluid communication with the oil filter mount and capable of reporting a full-bypass condition of the oil filter system.
Machine for winding plastic film onto bobbins comprising an accompanying squeezing unit, in which at least two spindles (16, 17, 18) are positioned on a rotating element around a central shaft constrained to an upright of the machine, the machine comprising an accompanying squeezing roll situated on a lever mechanism (107, 109, 110, 111) which is selectively actuated to rotate-oscillate by means of respective actuators (114,115) in order to maintain the squeezing roll positioned on a film in the final winding onto a bobbin positioned on one of said spindles, said lever mechanism being activated when said rotating element carrying said spindles is rotated to discharge a finished bobbin, characterized in that said rotating element is a plate and said lever mechanism comprises two first levers and two second levers, said first levers at first free ends support said squeezing roll and are spaced from and adjacent to each other, and at second ends, they are hinged (in 109) to ends of said second levers, in turn spaced from and adjacent to each other and hinged (in 111) to a frame of the winding machine.
Layer composite for joining electronic components as join partners, which comprises at least one support film and a layer arrangement applied thereto comprising at least one sinterable layer which has been applied to the support film and contains at least one metal powder and a solder layer applied to the sinterable layer, wherein the support film is a polymer film, in particular a polyester film, a PET film, a PE or PP film, in particular having a thickness in the range from 10 μm to 200 pm, preferably from 10 μm to 150 μm and particularly preferably from 20 μm to 100 μm.
A synthetic peptide for use in the treatment of osteoarthritis in a subject, consisting of an amino acid sequence having 20-39 amino acid residues in length and at least 80% amino acid sequence identity to SEQ ID NO: 1, wherein the amino acid sequence comprises at least 20 consecutive residues having at least 90% amino acid sequence identity to residues 11-30 of SEQ ID NO: 1.
A vacuum circuit breaker comprising: a plurality of insulation cases that are arranged parallel to each other in a container filled with an insulating gas, each of the plurality of insulation cases including a first insulation frame in which a section orthogonal to its longitudinal direction is in a substantial square-bracket shape; a second insulation frame in which a section orthogonal to its longitudinal direction is in a substantial square-bracket shape and which is arranged with a gap from the first insulation frame in a manner that open sides of the substantially square-bracket shaped frames oppose to each other; and a vacuum valve that contains attachable and detachable electrodes (23, 27) and is housed in each of the plurality of insulation cases, characterized in that: a portion of the section contour that corresponds to an inner surface of each of the substantially square-bracket shaped frames is a circular arc. a plurality of insulation cases that are arranged parallel to each other in a container filled with an insulating gas, each of the plurality of insulation cases including a first insulation frame in which a section orthogonal to its longitudinal direction is in a substantial square-bracket shape; a second insulation frame in which a section orthogonal to its longitudinal direction is in a substantial square-bracket shape and which is arranged with a gap from the first insulation frame in a manner that open sides of the substantially square-bracket shaped frames oppose to each other; and a vacuum valve that contains attachable and detachable electrodes (23, 27) and is housed in each of the plurality of insulation cases, characterized in that: a portion of the section contour that corresponds to an inner surface of each of the substantially square-bracket shaped frames is a circular arc. a first insulation frame in which a section orthogonal to its longitudinal direction is in a substantial square-bracket shape; a second insulation frame in which a section orthogonal to its longitudinal direction is in a substantial square-bracket shape and which is arranged with a gap from the first insulation frame in a manner that open sides of the substantially square-bracket shaped frames oppose to each other; and a vacuum valve that contains attachable and detachable electrodes (23, 27) and is housed in each of the plurality of insulation cases, characterized in that: a portion of the section contour that corresponds to an inner surface of each of the substantially square-bracket shaped frames is a circular arc.
A fan blade for a gas turbine engine, comprising: an airfoil, a cavity formed in the airfoil, a cover configured to cover the cavity, the cover being welded to the airfoil to enclose the cavity in the airfoil, a conduit extending from the cavity to an exterior surface of the fan blade, and a check valve located in the conduit, the check valve configured to regulate an internal pressure of the cavity when the cover is secured to the airfoil, characterised in that the fan blade comprises a rib support structure between the cover and the airfoil, wherein the rib support structure includes: a first plurality of ribs that are connected by welds to the cover and include a respectively plurality of through-holes, and a second plurality of ribs, wherein a plurality of gaps are formed between the second plurality of ribs and the cover. an airfoil, a cavity formed in the airfoil, a cover configured to cover the cavity, the cover being welded to the airfoil to enclose the cavity in the airfoil, a conduit extending from the cavity to an exterior surface of the fan blade, and a check valve located in the conduit, the check valve configured to regulate an internal pressure of the cavity when the cover is secured to the airfoil, characterised in that the fan blade comprises a rib support structure between the cover and the airfoil, wherein the rib support structure includes: a first plurality of ribs that are connected by welds to the cover and include a respectively plurality of through-holes, and a second plurality of ribs, wherein a plurality of gaps are formed between the second plurality of ribs and the cover. a first plurality of ribs that are connected by welds to the cover and include a respectively plurality of through-holes, and a second plurality of ribs, wherein a plurality of gaps are formed between the second plurality of ribs and the cover.