mhurhangee/ep-ind-claims huggingface dataset:
A firearm comprising a barrel assembly mounted at one end to a butt group, the butt group including a firing mechanism and an ammunition entry point; a gun lock group slidably mounted between the barrel assembly and butt group that slides to load ammunition from the ammunition entry port into a barrel of the barrel assembly upon cocking of the firearm; a rail (40, 55, 60) for accessory attachment that is mounted on the barrel, and that is in direct contact with a portion of the barrel, wherein the barrel has a fluted groove into which the rail (40, 55, 60) locates.
An aircraft engine having an inertial particle separator (40; 140) communicating with an engine inlet of the aircraft engine, the inertial particle separator (40; 140) comprising: an inlet duct defining an intake communicating with an environment of the engine; an intermediate duct extending generally transversally from the inlet duct to the engine inlet, the intermediate duct communicating with the inlet duct adjacent a downstream end of the inlet duct; and a bypass duct in fluid communication with and extending downstream from the inlet duct and intermediate duct, the bypass duct defining an outlet communicating with the environment of the engine, wherein a wall of the intermediate duct intersects a wall of the inlet duct on an engine side of the wall of the inlet duct, the engine side of the wall of the inlet duct defining an engine-side inlet air flow line of the inertial particle separator (40; 140), a wall of the bypass duct intersecting a wall of the intermediate duct closer to the central axis of the engine than an extension of the engine-side inlet air flow line into the bypass duct, and an angled vane extending non-perpendicularly from the engine side of the inlet duct to an edge spaced from the wall of the inlet duct, characterised in that: the angled vane has a fixed position and includes openings allowing particles to pass therethrough. an inlet duct defining an intake communicating with an environment of the engine; an intermediate duct extending generally transversally from the inlet duct to the engine inlet, the intermediate duct communicating with the inlet duct adjacent a downstream end of the inlet duct; and a bypass duct in fluid communication with and extending downstream from the inlet duct and intermediate duct, the bypass duct defining an outlet communicating with the environment of the engine, wherein a wall of the intermediate duct intersects a wall of the inlet duct on an engine side of the wall of the inlet duct, the engine side of the wall of the inlet duct defining an engine-side inlet air flow line of the inertial particle separator (40; 140), a wall of the bypass duct intersecting a wall of the intermediate duct closer to the central axis of the engine than an extension of the engine-side inlet air flow line into the bypass duct, and an angled vane extending non-perpendicularly from the engine side of the inlet duct to an edge spaced from the wall of the inlet duct, characterised in that: the angled vane has a fixed position and includes openings allowing particles to pass therethrough.
An amine polymer comprising repeat units derived from polymerization of an amine monomer and a crosslinking monomer, wherein the amine monomer is an amine of formula 2 having the structure: wherein each R 2 is independently C 2 to C 8 alkylene or C 2 to C 8 alkylene wherein one or more of the -CH 2 - groups of the alkylene group is replaced with at least one amide functional group, and R 3 is C 2 to C 12 alkylene, arylene, diformylheterocyclo, or C 2 to C 8 alkylene wherein one or more of the -CH 2 -groups of the alkylene group is replaced with an amide, a carbonyl, an ether, an ester, a cycloalkyl, an aryl, or a heterocyclo functional group; and the crosslinking monomer is guanidine, a guanidinium salt, a compound having the formula X-R 1 -X, or a combination thereof, wherein each X is independently a leaving group, R 1 is C 8 to C 16 alkylene, or C 5 to C 50 alkylene wherein one or more of the -CH 2 - groups of the alkylene group is replaced with an amide, a carbonyl, an ether, an ester, a cycloalkyl, an aryl, or a heterocyclo functional group, or one or more of the -CH 2 - groups of the alkylene group is substituted with hydroxy; and wherein at least one of R 1 or R 3 is a hydrophobic group having a calculated log P (cLog P) of greater than 4. wherein each R 2 is independently C 2 to C 8 alkylene or C 2 to C 8 alkylene wherein one or more of the -CH 2 - groups of the alkylene group is replaced with at least one amide functional group, and R 3 is C 2 to C 12 alkylene, arylene, diformylheterocyclo, or C 2 to C 8 alkylene wherein one or more of the -CH 2 -groups of the alkylene group is replaced with an amide, a carbonyl, an ether, an ester, a cycloalkyl, an aryl, or a heterocyclo functional group; and the crosslinking monomer is guanidine, a guanidinium salt, a compound having the formula X-R 1 -X, or a combination thereof, wherein each X is independently a leaving group, R 1 is C 8 to C 16 alkylene, or C 5 to C 50 alkylene wherein one or more of the -CH 2 - groups of the alkylene group is replaced with an amide, a carbonyl, an ether, an ester, a cycloalkyl, an aryl, or a heterocyclo functional group, or one or more of the -CH 2 - groups of the alkylene group is substituted with hydroxy; and wherein at least one of R 1 or R 3 is a hydrophobic group having a calculated log P (cLog P) of greater than 4.
A radial press having a base structure, a pressing tool accommodated therein, and a drive unit, the pressing tool comprising eight base jaws, which are arranged around a press axis and are synchronously movable radially towards and away from the press axis by means of the drive unit in order to close and open the pressing tool, and to each of which a pressing jaw head having a pressing surface can be exchangeably attached, at least four pressing jaw heads being attached to the eight base jaws, characterised in that when the pressing tool is closed to the maximum extent, said pressing jaw heads form a cavity in the form of a uniform hexagonal prism around the press axis, said cavity being delimited by six flat forming surfaces.
Truck-mounted forklift truck for loading and/or unloading a cargo space, the truck-mounted forklift truck comprising: - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - one or more wheel arms arranged on the frame and provided with a wheel (6, 8, 10), wherein the wheel arms are extendable, wherein the wheel arm is provided with a shaped guide configured to align the wheel arm in lateral direction for aligned extending and retracting of the wheel arm, wherein the shaped guide is provided with a guide groove, characterised in that the guide groove is provided with a V-shaped groove. - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - one or more wheel arms arranged on the frame and provided with a wheel (6, 8, 10), wherein the wheel arms are extendable, wherein the wheel arm is provided with a shaped guide configured to align the wheel arm in lateral direction for aligned extending and retracting of the wheel arm, wherein the shaped guide is provided with a guide groove, characterised in that the guide groove is provided with a V-shaped groove.
A hybrid working machine, comprising: a lower traveling body; an upper rotating body rotatably mounted on said lower traveling body; a working attachment provided on said upper rotating body; a cabin installed on one side of a front part of said upper rotating body where said working attachment is provided; an engine provided on said upper rotating body and having a muffler; a generator motor mounted on said upper rotating body for performing a generator operation and a motor operation; a hydraulic pump connected to said engine; a control valve; a power storage device serving as a power source for said generator motor, a controller controlling charging and discharging operations of said power storage device; an inverter switching said generator motor between said generator operation and said motor operation; and a converter; characterized in that said power storage device is installed on the other side of a rear part of an upper frame of said upper rotating body as seen from an operator in said cabin in a state that said power storage device is placed at the highest position among all the devices mounted on said upper rotating body, namely said engine, the muffler, said generator motor, said hydraulic pump, said control valve, said controller, said inverter and said converter. a lower traveling body; an upper rotating body rotatably mounted on said lower traveling body; a working attachment provided on said upper rotating body; a cabin installed on one side of a front part of said upper rotating body where said working attachment is provided; an engine provided on said upper rotating body and having a muffler; a generator motor mounted on said upper rotating body for performing a generator operation and a motor operation; a hydraulic pump connected to said engine; a control valve; a power storage device serving as a power source for said generator motor, a controller controlling charging and discharging operations of said power storage device; an inverter switching said generator motor between said generator operation and said motor operation; and a converter; characterized in that said power storage device is installed on the other side of a rear part of an upper frame of said upper rotating body as seen from an operator in said cabin in a state that said power storage device is placed at the highest position among all the devices mounted on said upper rotating body, namely said engine, the muffler, said generator motor, said hydraulic pump, said control valve, said controller, said inverter and said converter.
A method for shortening boundary definition time and solid marking time for defining a fluid/solid boundary, the method for computer implemented computational fluid dynamics simulation making use of a coordinate system mesh which models a region of three-dimensional space including a fluid region, and which is defined by a large number of grid points arranged in the region of three-dimensional space, and a solid object model which models a solid object, and whose surface is constituted by planes of finite elements, wherein the solid object model models a mixing device and the coordinate system mesh models the flow of composite materials in the mixing device, the method comprising a step (a) of preparing the solid object model in a computer, a step (b) of preparing the coordinate system mesh in the computer, a step (c) of defining, in the computer, straight lines which extend across the above-mentioned region of three-dimensional space, passing through the grid points, a step (d), executed by the computer, of obtaining intersecting points of the straight lines with the surface of the solid object model, a step (e), executed by the computer, in which, for each of the straight lines having the intersecting points, the grid points positioned on the straight line are searched for a nearest grid point to each of the intersecting points, and based on the searched-out nearest grip points, the grid points positioned on each of the straight lines are each determined as to whether the grid point is positioned inside the solid object model or in the fluid region, whereby all of the grid points arranged in the region of three-dimensional space are determined as to whether the grid point is positioned in the fluid region or inside the solid object model and thereby the boundary between the solid object model and the fluid region is defined on the coordinate system mesh.
A method for regenerating used foundry sand with water glass adhered thereto, wherein: - the method comprises to provide a mould material mixture which comprises at least a foundry sand and at least a water glass containing binding agent as well as a particulate metal oxide and a phosphorus-containing additive which is in the form of a phosphorus-containing compound, wherein the particulate metal oxide is added as synthetically produced amorphous silicon dioxide to the mould material mixture, the mould material mixture is processed to a new casting mould and is cured by means of heat supply under removal of water and wherein a metal casting is conducted with the new casting mould to obtain a used casting mould comprising used foundry sand with a casting, and - the used foundry sand is subjected to thermal treatment, wherein the used foundry sand is heated to a temperature of at least 200°C, wherein before or after the thermal treatment a mechanical treatment is conducted to the used foundry sand for grain-singling, - whereby a regenerated grain-singled foundry sand is obtained. - the method comprises to provide a mould material mixture which comprises at least a foundry sand and at least a water glass containing binding agent as well as a particulate metal oxide and a phosphorus-containing additive which is in the form of a phosphorus-containing compound, wherein the particulate metal oxide is added as synthetically produced amorphous silicon dioxide to the mould material mixture, the mould material mixture is processed to a new casting mould and is cured by means of heat supply under removal of water and wherein a metal casting is conducted with the new casting mould to obtain a used casting mould comprising used foundry sand with a casting, and - the used foundry sand is subjected to thermal treatment, wherein the used foundry sand is heated to a temperature of at least 200°C, wherein before or after the thermal treatment a mechanical treatment is conducted to the used foundry sand for grain-singling, - whereby a regenerated grain-singled foundry sand is obtained.
A device for transcutaneously applying an electrical stimulation stimulus to an ear, comprising a circuit carrier, at least two electrodes, and a control unit, wherein a surface of the circuit carrier is adapted to an anatomical shape of the ear and the electrodes are provided on the surface of the circuit carrier in such a way that the electrodes are in contact with areas of the ear, wherein the control unit is configured to generate an electrical stimulation signal at the electrodes based on stimulation parameters, wherein the device comprises at least one first sensor for detecting at least one physiological parameter and the control unit is configured to adjust the stimulation parameters based on a measurement of the physiological parameter, wherein the device has at least three or more electrodes, characterized in that the three or more electrodes are arranged in an array, wherein the electrodes can be controlled individually by means of the control unit, and the control unit is configured to determine, on the basis of an evaluation of the measured physiological parameter, a selection of electrodes that are particularly suitable for causing a change in the physiological parameter by means of an electrical stimulation stimulus. wherein a surface of the circuit carrier is adapted to an anatomical shape of the ear and the electrodes are provided on the surface of the circuit carrier in such a way that the electrodes are in contact with areas of the ear, wherein the control unit is configured to generate an electrical stimulation signal at the electrodes based on stimulation parameters, wherein the device comprises at least one first sensor for detecting at least one physiological parameter and the control unit is configured to adjust the stimulation parameters based on a measurement of the physiological parameter, wherein the device has at least three or more electrodes, characterized in that the three or more electrodes are arranged in an array, wherein the electrodes can be controlled individually by means of the control unit, and the control unit is configured to determine, on the basis of an evaluation of the measured physiological parameter, a selection of electrodes that are particularly suitable for causing a change in the physiological parameter by means of an electrical stimulation stimulus.
A direct voltage converter for stepping up and/or stepping down voltages, having at least a first terminal and at least a second terminal and also at least a third terminal, with a flow of energy between the first and second terminals (10a, 10b) on one hand and the third terminal on the other hand being possible; a first half-bridge which can be operated in clocked manner, which is connected in parallel to the first terminal and a series connection of at least a first switching device and a second switching device; and a second half-bridge which can be operated in clocked manner which is connected in parallel to the second terminal and has a series connection of at least a third switching device and at least a fourth switching device, characterised in that the midpoints of the two half-bridges which can be operated in clocked manner are connected together via at least one choke, this at least one choke being operated as a flying inductor.
Vacuum cleaner with - a fan motor, - a dust chamber for receiving a main filter (7; 8) and - a sensor system for detecting a variable characterising an air throughput, - an electronics unit, which initiates a fault mode in which the fan motor is operated with reduced power if the air throughput, for a predeterminable first period of time lies without interruption below a predeterminable throughput threshold value, characterised in that the electronics unit includes a timing element for monitoring the first period of time, which is started the first time that the throughput threshold value is undershot or the first time that a first fill level or a first pressure threshold value is exceeded and is reset when the throughput threshold value is subsequently exceeded or the first fill level of the first pressure threshold value is undershot. - a fan motor, - a dust chamber for receiving a main filter (7; 8) and - a sensor system for detecting a variable characterising an air throughput, - an electronics unit, which initiates a fault mode in which the fan motor is operated with reduced power if the air throughput, for a predeterminable first period of time lies without interruption below a predeterminable throughput threshold value,
A stroke simulator including: a simulator piston which is displaced in a cylinder with a hydraulic pressure generated by a hydraulic-pressure generation means according to a manipulation of a brake manipulator by a driver, and a reaction-force generation means (2b, 2c, 226) which applies to the simulator piston a reaction force corresponding to displacement of the simulator piston; wherein the stroke simulator is adapted to generate the reaction force applied to the simulator piston, as a brake reaction force to be applied to the brake manipulator; the reaction-force generation means (2b, 2c, 226) includes a bush which has a cylindrical shape and is elastically deformed in an axial direction by being pressed by displacement of the simulator piston; and an identical number of recesses or protrusions are formed on each of a first end portion (226c1) and a second end portion (226c2) of the bush, where the identical number is greater than one, the recesses are recessed and the protrusions protrude in the axial direction, the first end portion (226c1) is at one end of the bush, and the second end portion (226c2) is at another end of the bush; characterized in that the recesses or protrusions on the first end portion (226c1) are formed in positions of the bush which are different in the circumferential direction from positions of the recesses or protrusions on the second end portion (226c2). a simulator piston which is displaced in a cylinder with a hydraulic pressure generated by a hydraulic-pressure generation means according to a manipulation of a brake manipulator by a driver, and a reaction-force generation means (2b, 2c, 226) which applies to the simulator piston a reaction force corresponding to displacement of the simulator piston; wherein the stroke simulator is adapted to generate the reaction force applied to the simulator piston, as a brake reaction force to be applied to the brake manipulator; the reaction-force generation means (2b, 2c, 226) includes a bush which has a cylindrical shape and is elastically deformed in an axial direction by being pressed by displacement of the simulator piston; and an identical number of recesses or protrusions are formed on each of a first end portion (226c1) and a second end portion (226c2) of the bush, where the identical number is greater than one, the recesses are recessed and the protrusions protrude in the axial direction, the first end portion (226c1) is at one end of the bush, and the second end portion (226c2) is at another end of the bush; characterized in that the recesses or protrusions on the first end portion (226c1) are formed in positions of the bush which are different in the circumferential direction from positions of the recesses or protrusions on the second end portion (226c2).
A monoclonal antibody or an antigen binding fragment thereof specifically recognising and binding an epitope within the C-terminal part of MASP-2, wherein the antibody, or antigen binding fragment thereof comprises the following CDRs: 1) CDR1 of the heavy chain of SEQ ID 6; 2) CDR2 of the heavy chain of SEQ ID 7; 3) CDR3 of the heavy chain of SEQ ID 8; 4) CDR1 of the light chain of SEQ ID 9; 5) CDR2 of the light chain of SEQ ID 10; and 6) CDR3 of the light chain of SEQ ID 11; and is capable of inhibiting C4 deposition. 1) CDR1 of the heavy chain of SEQ ID 6; 2) CDR2 of the heavy chain of SEQ ID 7; 3) CDR3 of the heavy chain of SEQ ID 8; 4) CDR1 of the light chain of SEQ ID 9; 5) CDR2 of the light chain of SEQ ID 10; and 6) CDR3 of the light chain of SEQ ID 11; and
A molded product discharge device equipped with a rotary compression molding machine that includes a die table provided with a vertically penetrating die bore, and an upper punch and a lower punch vertically slidably retained above and below the die bore, and is configured to horizontally rotate the die table and the punches (5 and 6) and mold a molded product by compressing a powdery material filled in the die bore with use of the upper punch and the lower punch, the molded product discharge device comprising: a rotary member configured to be horizontally rotatable and disposed to be partially overlapped from above with the die table; characterized by a pocket bore provided in the rotary member, being a long hole which extends in a radial direction of the rotary member, having a larger inner diameter than an inner diameter of the die bore, and having a radially outside edge which is closed or narrowed with an opening and which is smaller than an outer diameter of the molded product, for receiving and capturing the molded product pushed upward from the die bore by the lower punch when the pocket bore passes just above the die table; and a support member disposed just below a locus of horizontal rotation of the pocket bore and supporting from below the molded product captured by the pocket bore. a rotary member configured to be horizontally rotatable and disposed to be partially overlapped from above with the die table; characterized by a pocket bore provided in the rotary member, being a long hole which extends in a radial direction of the rotary member, having a larger inner diameter than an inner diameter of the die bore, and having a radially outside edge which is closed or narrowed with an opening and which is smaller than an outer diameter of the molded product, for receiving and capturing the molded product pushed upward from the die bore by the lower punch when the pocket bore passes just above the die table; and a support member disposed just below a locus of horizontal rotation of the pocket bore and supporting from below the molded product captured by the pocket bore.