mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a gun cartridge casing having a groove in a single multiple station deep drawing transfer press comprising the steps of: (d 2) providing a metal cup to a set of forming stations in a multiple station deep drawing transfer press comprising a number of punches and dies, wherein said metal cup is deep drawn into a cartridge case; and (e 2) transferring said metal cup obtained from step (d 2) to a further forming station comprising a punch and a die, wherein the diameter of the bottom of said cartridge case is reduced to the required groove diameter; (f 1) transferring said cartridge case having a bottom of reduced diameter obtained in step (e 2) to a further forming station comprising a punch and a die to form a groove, whereby the die in step (f 1) is a splitted die which exhibits a splitted punch to form the groove and which can be opened after operation; (g 1) opening the splitted die and releasing the cartridge case provided with a groove from the multiple station deep drawing transfer press, wherein between steps (d 2) and (g 1), there are no intermediate washing, pickling and/or bondering steps. (d 2) providing a metal cup to a set of forming stations in a multiple station deep drawing transfer press comprising a number of punches and dies, wherein said metal cup is deep drawn into a cartridge case; and (e 2) transferring said metal cup obtained from step (d 2) to a further forming station comprising a punch and a die, wherein the diameter of the bottom of said cartridge case is reduced to the required groove diameter; (f 1) transferring said cartridge case having a bottom of reduced diameter obtained in step (e 2) to a further forming station comprising a punch and a die to form a groove, whereby the die in step (f 1) is a splitted die which exhibits a splitted punch to form the groove and which can be opened after operation; (g 1) opening the splitted die and releasing the cartridge case provided with a groove from the multiple station deep drawing transfer press,
A variable rake shear, the shear comprising a housing a first blade mounted in a first blade mounting, a second blade mounted in a second blade mounting; and control means to control movement of one of the first and second blade mounting to shear the material; wherein each blade mounting is movable in at least one dimension relative to the housing wherein one of the first and second blades (1, 2) is an active blade and the other of the first and second blades is a passive blade, and wherein the mounting for the active blade further comprises a torque tube linkage mechanism (10, 11,12, 13) characterized by the shear further comprising a rake adjustment mechanism for at least one of the first and second blade mountings.
Method for correction of an x-ray image recorded with an x-ray device with an anti-scatter grid for effects of the anti-scatter grid, wherein the anti-scatter grid has a spatially periodically repeating geometrical embodiment and a calibration image recorded without an imaging object is used, characterised in that the calibration image and the x-ray image will be transformed by means of a transformation in the position frequency space, in the position frequency space adaptation parameters describing changes to the calibration image optimizing a measure of matching between the x-ray image and the calibration image will be established, for correction the adapted calibration image will be subtracted from the x-ray image and the corrected x-ray image obtained from this subtraction will be transformed back into the position space again by using the inverse of the transformation.
A transporter for an organ comprising: - a compartment arranged to hold a portable housing configured to contain the organ; - the portable housing and a smart tag integral to the portable housing; and - sensors configured to (a) detect the presence of the portable housing in the compartment, and (b) read the organ identity and/or the location of the portable housing from the smart tag. - a compartment arranged to hold a portable housing configured to contain the organ; - the portable housing and a smart tag integral to the portable housing; and - sensors configured to (a) detect the presence of the portable housing in the compartment, and (b) read the organ identity and/or the location of the portable housing from the smart tag.
A shear connector to transfer vertical shear across a joint between adjacent blocks (142, 146) of building materials comprising a guide tube, a fixing chamber (108, 808), a fixing means, and a dowel, the guide tube being arranged to receive an end of the dowel, the end of the dowel passing through the guide tube into the fixing chamber (108, 808) via an orifice, the fixing chamber (108, 808) being arranged to receive the fixing means, characterized in that the connector further comprises a sleeve which receives the guide tube, the sleeve having a lateral width in excess of that of the guide tube, the sleeve (106, 806) allowing for lateral and rotational movement prior to the introduction of the fixing means, and the fixing means being arranged such that the connector allows initial motion of the dowel within the guide tube but the fixing means acts to restrict the motion of the dowel within the guide tube when received in the fixing chamber (108, 808) and where applicable conditioned or positioned into a fixing configuration.
A wall-fired burner for a furnace in a steam generation plant including: a fuel tip defining a fuel direction axis and a fuel tip pivot axis perpendicular thereto; a first air tip adjacent to the fuel tip, wherein the first air tip defines a first air direction axis and a first air tip pivot axis perpendicular thereto; and a second air tip adjacent to the fuel tip, opposite from the first air tip across the fuel tip, wherein the second air tip defines a second air direction axis and a second air tip pivot axis perpendicular thereto; wherein a mechanism operatively connects the fuel tip, the first air tip and the second air tip for at least one of independent or joint movement of the fuel tip, the first air tip and the second air tip, characterized in that the burner is a tilting wall-fired gas burner, wherein the fuel tip includes a gas spud having a plurality of fuel orifices, and wherein the gas spud is an elongated gas spud extending in parallel to the fuel tip pivot axis. a fuel tip defining a fuel direction axis and a fuel tip pivot axis perpendicular thereto; a first air tip adjacent to the fuel tip, wherein the first air tip defines a first air direction axis and a first air tip pivot axis perpendicular thereto; and a second air tip adjacent to the fuel tip, opposite from the first air tip across the fuel tip, wherein the second air tip defines a second air direction axis and a second air tip pivot axis perpendicular thereto; wherein a mechanism operatively connects the fuel tip, the first air tip and the second air tip for at least one of independent or joint movement of the fuel tip, the first air tip and the second air tip, characterized in that the burner is a tilting wall-fired gas burner, wherein the fuel tip includes a gas spud having a plurality of fuel orifices, and wherein the gas spud is an elongated gas spud extending in parallel to the fuel tip pivot axis.
A tracheostoma heat and moisture exchanging device, comprising: a housing having a first opening that is adapted to open to a tracheostoma and a second opening that opens to ambient; a foam filter disposed in the housing; a closure member mounted to the housing and adapted to close a passage extending through the housing; a locking mechanism engageable to prevent movement of the closure member to close the passage and disengageable to allow movement of the closure member to close the passage; characterized by the closure member including a body portion and a plurality of legs each engaged with a corresponding channel in an inner surface of the housing, the body portion being movable from an open position spaced from the housing to a closed position engaging the housing and the locking mechanism including at least one ledge disposed in the inner surface of the housing that in a first position is engageable with at least one of the legs of the closure member to prevent movement of the closure member to close the passage and wherein the closure member is rotatable relative to the housing to a second position wherein the at least one leg is out of alignment with the at least one ledge (26A, 32) to allow movement of the closure member to the closed position. a housing having a first opening that is adapted to open to a tracheostoma and a second opening that opens to ambient; a foam filter disposed in the housing; a closure member mounted to the housing and adapted to close a passage extending through the housing; a locking mechanism engageable to prevent movement of the closure member to close the passage and disengageable to allow movement of the closure member to close the passage; characterized by the closure member including a body portion and a plurality of legs each engaged with a corresponding channel in an inner surface of the housing, the body portion being movable from an open position spaced from the housing to a closed position engaging the housing and the locking mechanism including at least one ledge disposed in the inner surface of the housing that in a first position is engageable with at least one of the legs of the closure member to prevent movement of the closure member to close the passage and wherein the closure member is rotatable relative to the housing to a second position wherein the at least one leg is out of alignment with the at least one ledge (26A, 32) to allow movement of the closure member to the closed position.
A transaminase mutant, wherein the transaminase mutant has the sequence of SEQ ID NO: 1 with a mutation of one or more amino acids, wherein the mutation comprises any one or more of the group consisting of: V379L/M/T, V379L/M/T+F89Y/W, V379L/M/T+R416A/C/H/Q/T/S, V379L/M/T+A417S, V379L/M/T+C418A/Q/S, V379L/M/T+ P243E, V379L/M/T+ K193E, V379L/M/T+ V234I, V379L/M/T+I262V, V379L/M/T+Q280K, V379L/M/T+R416A/C/H/Q/T/S+F89Y/W, V379L/M/T+R416A/C/H/Q/T/S+A417S, V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S, V379L/M/T+R416A/C/H/Q/T/S+K193E, V379L/M/T+R416A/C/H/Q/T/S+V234I, V379L/M/T+C418A/Q/S+F89Y/W, V379L/M/T+C418A/Q/S+P243E, V379L/M/T+C418A/Q/S+I262V, V379L/M/T+A417S+Q280K, V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S+F89Y/W, V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S+Q280K, V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S+F89Y/W+Q280K, V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S+F89Y/W+Q280K+I262V, V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S+F89Y/W+Q280K+A417S and V379L/M/T+R416A/C/H/Q/T/S+C418A/Q/S+F89Y/W+Q280K+I262V+V234I.
A rapid thermal processing apparatus for heating a substrate, comprising: a chamber; a support for holding the substrate in the chamber, the substrate having a first face and a second face opposite the first face; a radiant heat source directing radiant energy towards the first face of the substrate and configured to be quickly turned on and off to controllably heat the substrate with a desired spatial temperature distribution, including a uniform distribution; at least one pyrometer for measuring the intensity of radiation over a predetermined wavelength range, the pyrometer being positioned to receive radiation emitted by the substrate; and a plate facing the second face of the substrate, the plate including at least one gas channel (202, 204, 212, 214) coupled to at least one gas source and to a plurality of openings on a surface of the plate configured to evenly distribute process gases over the substrate, the plate having reflective regions that reflect radiation within the predetermined wavelength range. a chamber; a support for holding the substrate in the chamber, the substrate having a first face and a second face opposite the first face; a radiant heat source directing radiant energy towards the first face of the substrate and configured to be quickly turned on and off to controllably heat the substrate with a desired spatial temperature distribution, including a uniform distribution; at least one pyrometer for measuring the intensity of radiation over a predetermined wavelength range, the pyrometer being positioned to receive radiation emitted by the substrate; and a plate facing the second face of the substrate, the plate including at least one gas channel (202, 204, 212, 214) coupled to at least one gas source and to a plurality of openings on a surface of the plate configured to evenly distribute process gases over the substrate, the plate having reflective regions that reflect radiation within the predetermined wavelength range.
Engagement relay for starters of internal combustion engines in which a starter pinion can be initially axially displaced by current being applied to a relay winding and can engage into a ring gear of the internal combustion engine in the event of simultaneous slow rotation, in order to then be driven by the starter motor with full power until the end of the starting process, wherein the engagement relay is designed with a changeover contact which, for slow rotation, connects the starter motor to the electrical power supply by means of a resistance element in the first part of the engagement path and connects said starter motor directly to the electrical power supply at the end of the engagement path, wherein the resistance element, as a largely electromagnetic neutral winding with two conductors (27a, 27b) which run in parallel to one another, is arranged around the longitudinal axis (x) of the relay, and wherein the ends of the two conductors (27a, 27b) are connected to one another, wherein the two conductors (27a, 27b) and the end connection of said conductors comprise a continuous and correspondingly bent resistance wire, wherein the conductors (27a, 27b) of the preferably blank resistance wire are fixed to the winding support of the relay winding at a distance from one another, wherein the resistance element is fixed to that end face of the winding support which faces the changeover contact, wherein the resistance element is arranged concentrically within the relay winding in a ring chamber of the winding support, which ring chamber is open at an end face.
A method performed by a first terminal, the method comprising: transmitting, to a base station, a first message including a destination identity, transmission type information, radio link control, RLC, mode information, and quality of service, QoS, information, wherein the transmission type information corresponds to at least one of unicast, groupcast, or broadcast; receiving, from the base station, a second message including sidelink RLC configuration information associated with an RLC mode based on the first message; and transmitting, to a second terminal, a third message comprising the sidelink RLC configuration information based on the second message, wherein the sidelink RLC configuration information is configured by the second terminal based on the third message. transmitting, to a base station, a first message including a destination identity, transmission type information, radio link control, RLC, mode information, and quality of service, QoS, information, wherein the transmission type information corresponds to at least one of unicast, groupcast, or broadcast; receiving, from the base station, a second message including sidelink RLC configuration information associated with an RLC mode based on the first message; and transmitting, to a second terminal, a third message comprising the sidelink RLC configuration information based on the second message, wherein the sidelink RLC configuration information is configured by the second terminal based on the third message.
A device for ejecting items from a cake, comprising: a tube for receiving the items; a moveable member disposed within the tube; a spring configured to urge the moveable member away from a first position to a second position; a catch mechanism configured to lock the moveable member in the first position against the force of the spring; and an actuator configured to release the catch mechanism; wherein the catch mechanism comprises a part of the moveable member, a base portion and a part of the actuator that is configured to interlock with the part of the moveable member; wherein releasing the catch mechanism causes the moveable member to move from the first position to the second position, thereby propelling the items from the tube; and characterised in that the part of the moveable member is a protrusion and the part of the actuator is a fork, wherein the fork comprises two resiliently deformable prongs (56, 58) and the base portion comprises a socket configured to receive the two resiliently deformable prongs (56,58) and constrict the fork around the protrusion when the moveable member is in the first position. a tube for receiving the items; a moveable member disposed within the tube; a spring configured to urge the moveable member away from a first position to a second position; a catch mechanism configured to lock the moveable member in the first position against the force of the spring; and an actuator configured to release the catch mechanism; wherein the catch mechanism comprises a part of the moveable member, a base portion and a part of the actuator that is configured to interlock with the part of the moveable member; wherein releasing the catch mechanism causes the moveable member to move from the first position to the second position, thereby propelling the items from the tube; and characterised in that the part of the moveable member is a protrusion and the part of the actuator is a fork, wherein the fork comprises two resiliently deformable prongs (56, 58) and the base portion comprises a socket configured to receive the two resiliently deformable prongs (56,58) and constrict the fork around the protrusion when the moveable member is in the first position.
A power generation apparatus, comprising a water pump and a magnetic induction generator; wherein the water pump comprises a stator, a first rotor assembly, and an impeller connected to the first rotor assembly, the first rotor assembly comprising a first permanent magnet rotor and a first rotating shaft disposed at an axis of the first permanent magnet rotor, the first permanent magnet rotor being disposed adjacent to the stator; and wherein the magnetic induction generator is disposed adjacent to the stator or to the first permanent magnet rotor so that a leakage magnetic field generated in the surroundings of the first permanent magnet rotor and the stator is utilized to enable the magnetic induction generator to generate the induced current that is to be used to power up an electric device, and is operative to be coupled to the electric device, wherein the stator comprises a coil winding operative to be coupled to an external power source, and when the coil winding is coupled to an input alternating current the first permanent magnet rotor is configured to rotate enabling the magnetic induction generator to generate an induced current to power up the electric device; wherein the magnetic induction generator comprises a second rotor assembly and a power generation induction coil; wherein the second rotor assembly comprises a second permanent magnet rotor and a second rotating shaft disposed at an axis of the second permanent magnet rotor, the power generation induction coil is wound around an exterior of the second permanent magnet rotor, and when the coil winding is coupled to the input alternating current the second permanent magnet rotor is operative to rotate relative to the power generation induction coil, thereby generating an induced current.
A continuous process for producing sulfuric acid, comprising the following steps: I. combusting sulfur-containing starting materials that contain at least one sulfur-containing compound or elemental sulfur or sulfur dioxide in addition to nitrogen-containing compounds in a combustion unit to form a process gas containing SO 2 and H 2 O, II. drying the process gas, III. catalytically oxidizing SO 2 to SO 3 in a first contact stage, IV. absorbing SO 3, V. optionally passing through additional contact stages for further catalytic oxidation of SO 2 to SO 3, optionally followed by absorption of SO 3, characterized in that in step I, a main gas stream containing an oxygen-containing combustion gas is led through the combustion unit, and the sulfur-containing starting materials are supplied to the main gas stream in multiple combustion zones along the main gas stream, where they ignite, the process gas being cooled between the combustion zones, and those sulfur-containing starting materials containing the nitrogen-containing compounds being combusted in the first combustion zone in a flame in which reducing conditions prevail, so that the formation of nitrogen oxides is suppressed. I. combusting sulfur-containing starting materials that contain at least one sulfur-containing compound or elemental sulfur or sulfur dioxide in addition to nitrogen-containing compounds in a combustion unit to form a process gas containing SO 2 and H 2 O, II. drying the process gas, III. catalytically oxidizing SO 2 to SO 3 in a first contact stage, IV. absorbing SO 3, V. optionally passing through additional contact stages for further catalytic oxidation of SO 2 to SO 3, optionally followed by absorption of SO 3,
An emptying apparatus for a collecting tank of a self-propelled harvester comprising a conveyor screw which is mounted in a discharge pipe and which is drivable during an emptying operation, wherein provided in an outlet-side end region of the discharge pipe for supporting the conveyor screw is a central bearing receiving means and the discharge pipe in the end region as a flap which is pivotable about an axis of rotation and which can be transferred selectively from an open position into a closed position and vice-versa by way of an actuating device, characterised in that the axis of rotation of the flap is disposed within a conveyor cross-section of the discharge pipe, wherein the axis of rotation of the flap is arranged directly on a side, facing away from the end of the conveyor screw, of a strut of the bearing receiving means, which strut extends radially in the discharge pipe, wherein the axis of rotation of the flap is oriented to extend parallel to the strut.
A material removal tool, characterised in a housing at a mating end; an extension longitudinally extending from the housing to a distal end; a plurality of separable spacers arranged along the extension; a nut at the distal end of the extension; and a cap mounted to the distal end of the extension axially outward of the nut, the cap including a plurality of cutting insert seats, wherein the plurality of spacers are formed from a material having a Young's modulus of greater than 3.10×10 11 Pa (45×10 6 lbf/in 2), and preferably less than 5.17×10 11 Pa (75×10 6 lbf/in 2). a housing at a mating end; an extension longitudinally extending from the housing to a distal end; a plurality of separable spacers arranged along the extension; a nut at the distal end of the extension; and a cap mounted to the distal end of the extension axially outward of the nut, the cap including a plurality of cutting insert seats,
Process for producing a layer of hydrated metal silicate for "fire-resistant" glazing in which a preprepared fluid composition, with an SiO 2 /M 2 O molar ratio of between 3 and 7 and preferably between 3 and 5, is applied on a flat support and subjected to a drying at controlled humidity and temperature until a solid layer having in particular the desired water contents is obtained, in which the drying in question is preceded by a step of dehydration so as to bring the water content of the composition to between 35% and 42% by weight.