mhurhangee/ep-ind-claims huggingface dataset:
A main power take-off transmission unit of the sandwich type for a vehicle, the main PTO transmission unit comprising: - a first house and - a first gearing arranged in the first house, wherein the first house is arranged to be attachable to a second house of a PTO output unit, wherein the first gearing is arranged to transfer torque to a second gearing of the PTO output unit when the first house is attached to the second house, the second gearing being arranged in the second house, characterised in that, the main PTO transmission unit is adapted to be mounted in series with, and in between, a power source and a transmission of the vehicle, wherein the main PTO transmission unit further comprises an input shaft arranged to be connected to an output shaft of the power source of the vehicle, and a first coupling arrangement, wherein the first coupling arrangement is arranged to couple and decouple the first gearing to the input shaft. - a first house and - a first gearing arranged in the first house, wherein the first house is arranged to be attachable to a second house of a PTO output unit, wherein the first gearing is arranged to transfer torque to a second gearing of the PTO output unit when the first house is attached to the second house, the second gearing being arranged in the second house, characterised in that, the main PTO transmission unit is adapted to be mounted in series with, and in between, a power source and a transmission of the vehicle, wherein the main PTO transmission unit further comprises an input shaft arranged to be connected to an output shaft of the power source of the vehicle, and a first coupling arrangement, wherein the first coupling arrangement is arranged to couple and decouple the first gearing to the input shaft. wherein the first house is arranged to be attachable to a second house of a PTO output unit, wherein the first gearing is arranged to transfer torque to a second gearing of the PTO output unit when the first house is attached to the second house, the second gearing being arranged in the second house,
A drive unit of a top drive system comprising: a drive stem having a plurality of ports from an exterior thereof to an interior thereof; a plurality of sliding coupling members disposed in the ports; and a coupling collar encircling the drive stem and having actuation surfaces and recessed surfaces on an interior thereof, wherein the recessed surfaces align with the ports when the coupling collar is in a first position relative to the plurality of sliding coupling members, and the actuation surfaces align with the ports when the coupling collar is in a second position relative to the plurality of sliding coupling members; and a drive gear profile disposed on an exterior surface of the drive stem, wherein the drive gear profile is configured to rotate the drive stem. a drive stem having a plurality of ports from an exterior thereof to an interior thereof; a plurality of sliding coupling members disposed in the ports; and a coupling collar encircling the drive stem and having actuation surfaces and recessed surfaces on an interior thereof, wherein the recessed surfaces align with the ports when the coupling collar is in a first position relative to the plurality of sliding coupling members, and the actuation surfaces align with the ports when the coupling collar is in a second position relative to the plurality of sliding coupling members; and a drive gear profile disposed on an exterior surface of the drive stem, wherein the drive gear profile is configured to rotate the drive stem.
An apparatus comprising: a first wireless sensor (12, 14), wherein the first wireless sensor (12, 14) detects threats within a secured geographic area; a second wireless sensor, wherein the second wireless sensor (12, 14) detects the threats within the secured geographic area; a processor (30, 32) of each of the first and second wireless sensors (12, 14) that detects internal operational conditions of the sensor (12, 14) and reports the internal operational conditions; a control panel processor (30, 32) that receives and correlates the internal operational conditions of a sensor among the first wireless sensor and the second wireless sensor (12, 14) to a potential failure mode and reports the potential failure mode to a cloud application; and a cloud processor of the cloud application that determines a location of the sensor (12, 14) and reports the potential failure mode and the location to a person responsible for the sensor (12, 14), wherein the first wireless sensor (12, 14) and the second wireless sensor (12, 14) are arranged into a mesh network. a first wireless sensor (12, 14), wherein the first wireless sensor (12, 14) detects threats within a secured geographic area; a second wireless sensor, wherein the second wireless sensor (12, 14) detects the threats within the secured geographic area; a processor (30, 32) of each of the first and second wireless sensors (12, 14) that detects internal operational conditions of the sensor (12, 14) and reports the internal operational conditions; a control panel processor (30, 32) that receives and correlates the internal operational conditions of a sensor among the first wireless sensor and the second wireless sensor (12, 14) to a potential failure mode and reports the potential failure mode to a cloud application; and a cloud processor of the cloud application that determines a location of the sensor (12, 14) and reports the potential failure mode and the location to a person responsible for the sensor (12, 14), wherein the first wireless sensor (12, 14) and the second wireless sensor (12, 14) are arranged into a mesh network.
A device for removing seals on annular sealing surfaces of pipes, in particular on end faces of liquid-conducting pipes, and for removing seal residue on pipes which are provided with a cap nut which cannot be turned back above the pipe end, characterized in that, the device comprises a scraper blade support having a working surface, which has at least one protruding scraper, that the device comprises a drive member, which is rotationally rigidly coupled with the scraper blade support, in order to thereby remove the seal with the scraper blade by means of rotation of the drive member and that the diameter of a retaining ring, the scraper blade support and an optionally provided deflector ring is smaller than the inner diameter of the cap nut.
An electronic smoking device (10; 110) comprising: a power supply portion comprising a power supply, an atomizer/liquid reservoir portion comprising a liquid reservoir storing a liquid, and an atomizer adapted to atomize the liquid stored in the liquid reservoir when operated by the power supply, characterized in that the atomizer extends away from the liquid reservoir in a first direction and comprises first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b), wherein each of the first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b) defines an opening (50a, 50b, 50c, 50d; 250; 350; 450a, 450b) that is at least partly encircled by the first atomizer section (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b), wherein the sizes of the openings (50a, 50b, 50c, 50d; 250; 350; 450a, 450b) defined by the first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b) decrease with increasing distance of the first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b) from the liquid reservoir in the first direction. a power supply portion comprising a power supply, an atomizer/liquid reservoir portion comprising a liquid reservoir storing a liquid, and an atomizer adapted to atomize the liquid stored in the liquid reservoir when operated by the power supply, characterized in that the atomizer extends away from the liquid reservoir in a first direction and comprises first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b), wherein each of the first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b) defines an opening (50a, 50b, 50c, 50d; 250; 350; 450a, 450b) that is at least partly encircled by the first atomizer section (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b), wherein the sizes of the openings (50a, 50b, 50c, 50d; 250; 350; 450a, 450b) defined by the first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b) decrease with increasing distance of the first atomizer sections (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228; 328; 428a, 428b) from the liquid reservoir in the first direction.
A drug delivery device comprising: a drug container containing a fluid; a drive system; a power and control system; a timer; and a needle insertion mechanism adapted for mechanical activation by a user; wherein activation of the needle insertion mechanism causes a cannula to be inserted into a target and also causes the power and control system to enter a delay mode for a predetermined duration which is monitored by the timer and further wherein at the completion of the predetermined duration the power and control system enters a delivery mode in which the power and control system causes the drive system to deliver the fluid from the drug container through the needle insertion mechanism and to a target. a drug container containing a fluid; a drive system; a power and control system; a timer; and a needle insertion mechanism adapted for mechanical activation by a user;
Method for operating a compressor, in which an ionic liquid (a) used as operating fluid, and in which two different materials (c, d) of the compressor are brought into contact with the ionic liquid (a) and form an electrochemical element, characterized in that a counter voltage (U G) is applied to the compressor to at least partly balance a voltage of the electrochemical element.
A computer-implemented method of memory allocation in a processing system, the processing system comprising a plurality of logical memories and the computer-implemented method comprising: i. creating a task, the task comprising a plurality of separate instances, each instance operating on a different data item; ii. grouping instances of the task into a plurality of groups; iii. for each of the groups, mapping registers referenced by the group to one of the plurality of logical memories based on a pre-defined sequence of the plurality of logical memories in the processing system, starting at a position in the sequence specified by the current value of a group counter, wherein each logical memory of the plurality of logical memories is an area of memory with a dedicated access port; iv. executing the instances of the task; v. after mapping the registers for the task, incrementing the group counter for a next task; and vi. repeating steps i-v for the next task. i. creating a task, the task comprising a plurality of separate instances, each instance operating on a different data item; ii. grouping instances of the task into a plurality of groups; iii. for each of the groups, mapping registers referenced by the group to one of the plurality of logical memories based on a pre-defined sequence of the plurality of logical memories in the processing system, starting at a position in the sequence specified by the current value of a group counter, wherein each logical memory of the plurality of logical memories is an area of memory with a dedicated access port; iv. executing the instances of the task; v. after mapping the registers for the task, incrementing the group counter for a next task; and vi. repeating steps i-v for the next task.
A recombinant yeast microorganism comprising a heterologous polynucleotide encoding a dihydroxyacid dehydratase (DHAD) and expressed to produce active DHAD, and one or more overexpressed polynucleotides encoding one or more activator of ferrous transport (Aft) proteins which increase the DHAD activity of DHAD.
A method of coating lenses in an injection molding machine comprising a mold having a concave optical insert having a part-forming surface with a perimeter edge that meets a receiver ring in an annular contact region, comprising the steps of: providing a molding cavity by closing the mold, with a channel formed throughout the annular contact region; injection molding a lens within the cavity whereby a coating containment lip (210; 210a; 210b; 210c) is formed by the channel at the lens periphery; characterized in that the method comprises the following steps: opening the mold and dispensing a coating solution onto a convex lens surface within the lip (210; 210a; 210b; 210c); and closing the mold and spreading the coating across the convex lens surface, the coating being contained by the lip (210; 210a; 210b; 210c). providing a molding cavity by closing the mold, with a channel formed throughout the annular contact region; injection molding a lens within the cavity whereby a coating containment lip (210; 210a; 210b; 210c) is formed by the channel at the lens periphery; characterized in that the method comprises the following steps: opening the mold and dispensing a coating solution onto a convex lens surface within the lip (210; 210a; 210b; 210c); and closing the mold and spreading the coating across the convex lens surface, the coating being contained by the lip (210; 210a; 210b; 210c).
Suspension, preferably a vehicle suspension, particularly preferably a rail-vehicle suspension, having an air spring with an air-spring bellows, which is arranged between a sliding plate and an upper plate, wherein the air spring is configured to be arranged in series between two bodies which can be damped in terms of vibration, preferably between a bogie and a body of a vehicle, characterized in that the sliding plate of the air spring is metallic and the upper plate comprises at least one electromagnet, which is configured and intended to apply attracting and repelling magnetic forces to the sliding plate, or vice versa. having an air spring with an air-spring bellows, which is arranged between a sliding plate and an upper plate, wherein the air spring is configured to be arranged in series between two bodies which can be damped in terms of vibration, preferably between a bogie and a body of a vehicle, characterized in that the sliding plate of the air spring is metallic and the upper plate comprises at least one electromagnet, which is configured and intended to apply attracting and repelling magnetic forces to the sliding plate, or vice versa.
A universal surgical handle comprising: a body having a moveable handle, the movable handle transitionable from a home position to a first or second mode of operation; an elongate member extending distally from the body defining a longitudinal axis, the elongate member configured to be coupled to a linear loading unit; an actuation shaft defining a first lock slot and a second lock slot spaced axially from the first lock slot, the movable handle operatively associated with the actuation shaft to effect longitudinal movement of the actuation shaft; and a fire lock mechanism having at least one lock pawl (62,64), the at least one lock pawl received within the first lock slot in the first mode of operation of the handle to lock the actuation shaft in a first longitudinal position within the body and received within the second lock slot in the second mode of operation of the handle to lock the actuation shaft in a second longitudinal position, characterised in that the elongate member is configured to be coupled to a circular loading unit; wherein the handle is configured to transition from the home position to the first mode of operation in response to a linear loading unit being coupled to the elongate member, and is configured to transition from the home position to the second mode of operation in response to a circular loading unit being coupled to the elongate member. a body having a moveable handle, the movable handle transitionable from a home position to a first or second mode of operation; an elongate member extending distally from the body defining a longitudinal axis, the elongate member configured to be coupled to a linear loading unit; an actuation shaft defining a first lock slot and a second lock slot spaced axially from the first lock slot, the movable handle operatively associated with the actuation shaft to effect longitudinal movement of the actuation shaft; and a fire lock mechanism having at least one lock pawl (62,64), the at least one lock pawl received within the first lock slot in the first mode of operation of the handle to lock the actuation shaft in a first longitudinal position within the body and received within the second lock slot in the second mode of operation of the handle to lock the actuation shaft in a second longitudinal position, characterised in that the elongate member is configured to be coupled to a circular loading unit; wherein the handle is configured to transition from the home position to the first mode of operation in response to a linear loading unit being coupled to the elongate member, and is configured to transition from the home position to the second mode of operation in response to a circular loading unit being coupled to the elongate member.
System for cooling at least one motor vehicle battery, this system including: - a closed compartment arranged to receive a battery or battery cells, - a dielectric fluid present in the compartment so that it is able to cool the battery, - a cooling device arranged to cool the dielectric fluid, this cooling device including at least one channel in which a heat transfer fluid separate from the dielectric fluid can circulate, this cooling device including at least one inclined face for heat exchange between the dielectric fluid and the heat transfer fluid, this face being arranged inclined relative to a horizontal direction when the system is mounted on the motor vehicle. - a closed compartment arranged to receive a battery or battery cells, - a dielectric fluid present in the compartment so that it is able to cool the battery, - a cooling device arranged to cool the dielectric fluid, this cooling device including at least one channel in which a heat transfer fluid separate from the dielectric fluid can circulate, this cooling device including at least one inclined face for heat exchange between the dielectric fluid and the heat transfer fluid, this face being arranged inclined relative to a horizontal direction when the system is mounted on the motor vehicle.
A method of determining a position of a vehicle in relation to an object, the method comprising: capturing a first two dimensional, 2D, image of the object with a camera of the vehicle at a first time and at a first location (506, 508); converting the first 2D image into a first 2D edge image; computing a first set of rays extending from a lens of the camera through edges in the first 2D edge image into a three dimensional, 3D, evidence grid having a plurality of voxels; capturing at least a second 2D image of the object with the camera at a second time and at a second location (506, 508); converting the at least second 2D image into at least a second 2D edge image; computing at least a second set of rays extending from the lens of the camera through edges in the at least second 2D edge image into the 3D evidence grid; determining candidate points within the 3D evidence grid, the candidate points being voxels that contain a ray from the first set of rays and at least a ray from the at least the second set of rays; comparing candidate points with a 3D model of the object; and determining at least a location of the vehicle in relation to the object based on the comparison. capturing a first two dimensional, 2D, image of the object with a camera of the vehicle at a first time and at a first location (506, 508); converting the first 2D image into a first 2D edge image; computing a first set of rays extending from a lens of the camera through edges in the first 2D edge image into a three dimensional, 3D, evidence grid having a plurality of voxels; capturing at least a second 2D image of the object with the camera at a second time and at a second location (506, 508); converting the at least second 2D image into at least a second 2D edge image; computing at least a second set of rays extending from the lens of the camera through edges in the at least second 2D edge image into the 3D evidence grid; determining candidate points within the 3D evidence grid, the candidate points being voxels that contain a ray from the first set of rays and at least a ray from the at least the second set of rays; comparing candidate points with a 3D model of the object; and determining at least a location of the vehicle in relation to the object based on the comparison.
Method for selective laser melting additive manufacturing a three-dimensional metallic or ceramic article / component entirely or partly, comprising the steps of successively building up said article / component layer by layer directly from a powder bed of a metallic or ceramic base material by means of remelting the layers with a high energy laser beam, moving repetitively across the areas, which are to be solidified, wherein the movement of the laser beam on the surface of the powder bed is made of a superposition of a continuous linear movement and at least one superimposed oscillation with a frequency and an amplitude, wherein movement of the laser beam along a propagation line at a certain fixed traverse speed, amplitude and frequency is repeated along a traverse direction with a hatch distance, wherein the oscillation is created by a beam deflection device, characterized in that the superimposed oscillation is a superimposed sinusoidal oscillation, the same beam deflection device is also used for linear positioning movement, and further the oscillation parameters, namely the frequency F and the amplitude A, and the linear movement parameter are adjusted such that the linear displacement of the laser beam during one oscillation half period is in the range from 0.01 to 2.0 times of the beam diameter at the top surface of the powder bed.