mhurhangee/ep-ind-claims huggingface dataset:
A laser cutting machine, in which a laser cutting head can be guided by means of a guide system along two preferably orthogonal axes over a workpiece support, wherein the laser cutting head is displaceably guided on a bridge, designed in the form of a substantially straight, box-like profile, along said bridge, wherein the profile has at least one guide for a cutting carriage carrying the laser cutting head, and wherein the centre of gravity of the laser cutting head as viewed from a direction perpendicular to the workpiece support is always next to the vertical plane of symmetry of the bridge, characterised in that the cutting carriage and/or the laser cutting head is connected to an energy supply and/or laser source and/or an evaluation unit by means of a cable track, and the bridge is designed in such a way that at least two side surfaces (10, 11) of the profile opposite one another in relation to the vertical plane of symmetry together at least over part of the height of the profile form an angle (α) that is not equal to zero and less than 180°, preferably less than 90°, which angle opens in the direction of the machining region, wherein a second side surface, which faces away from the cutting carriage or the laser cutting head with respect to the vertical plane of symmetry, has an inclined portion at least over part of the height thereof, which forms an angle (γ) between 10° and 60°, preferably between 20° and 45°, with the vertical plane of symmetry, and a projection with an upper side extending substantially perpendicular to the inclined portion is provided on the second side surface in the portion closer to the machining region, wherein the lower strand of a portion of the cable track extending in the longitudinal direction of the bridge is supported on the upper side of the projection of the bridge.
A vehicle battery mounting structure for mounting a battery assembly under a floor panel of a vehicle, wherein the vehicle comprises a front seat and a rear seat disposed on the floor panel with a space therebetween and the battery assembly comprises: a first group of the batteries; a second group of the batteries disposed to the rear of the first group of the batteries with respect to a vehicle longitudinal direction; and a third group of the batteries disposed to the rear of the second group of the batteries with respect to the vehicle longitudinal direction, characterized in that the first group of the batteries is located below the front seat, the second group of the batteries is located below the space, and the third group of the batteries is located below the rear seat (S32R), a height of the second group of the batteries is set to be lower than a height of the first group of the batteries and a height of the third group of the batteries, and the height of the third group of the batteries is set to be higher than the height of the first group of the batteries. a first group of the batteries; a second group of the batteries disposed to the rear of the first group of the batteries with respect to a vehicle longitudinal direction; and a third group of the batteries disposed to the rear of the second group of the batteries with respect to the vehicle longitudinal direction,
A coalescing filter assembly, comprising: a housing comprising a base housing member and a cover housing member joined together to form a coalescing chamber, the base housing member comprising a base end panel and a base border wall projecting from the end panel, the cover housing member comprising a cover end panel and a cover border wall projecting from the cover end panel, the cover end panel and the base end panel being spaced apart laterally with the coalescing chamber therebetween, the cover border wall and the base border wall joining along a seal interface to surround the coalescing chamber, the cover end panel and the base end panel extending at an angle relative to the seal interface of at least five degrees in the vertical direction; and a coalescing filter element comprising a frame having a partition separating an unfiltered side from a filtered side, the partition having a coalescing inlet port connecting the unfiltered side and the filtered side and carrying a coalescing filter media arranged to filter fluid flowing through the coalescing inlet port; and wherein the partition includes a panel member, the panel member carrying a seal member at an outer periphery thereof that seals along the seal interface whereby the partition is free of a diagonal tapering border skirt, characterized in that the coalescing filter element includes a coalescing tube providing said coalescing filter media, the coalescing tube being generally cylindrical. a housing comprising a base housing member and a cover housing member joined together to form a coalescing chamber, the base housing member comprising a base end panel and a base border wall projecting from the end panel, the cover housing member comprising a cover end panel and a cover border wall projecting from the cover end panel, the cover end panel and the base end panel being spaced apart laterally with the coalescing chamber therebetween, the cover border wall and the base border wall joining along a seal interface to surround the coalescing chamber, the cover end panel and the base end panel extending at an angle relative to the seal interface of at least five degrees in the vertical direction; and a coalescing filter element comprising a frame having a partition separating an unfiltered side from a filtered side, the partition having a coalescing inlet port connecting the unfiltered side and the filtered side and carrying a coalescing filter media arranged to filter fluid flowing through the coalescing inlet port; and wherein the partition includes a panel member, the panel member carrying a seal member at an outer periphery thereof that seals along the seal interface whereby the partition is free of a diagonal tapering border skirt, characterized in that the coalescing filter element includes a coalescing tube providing said coalescing filter media, the coalescing tube being generally cylindrical.
Cutting knife, in particular for a steel cord cutter, comprising a beam-shaped carrier to which a plurality of knife holders, which each have at least one cutting insert, are releasably fastened, wherein the cutting inserts combine to form a continuous cutting edge, characterized in that at least one clamping plate that braces the knife holders together in the assembled position is fastened releasably to each side of the carrier.
Thermal reactor for the continuous thermolytic recycling of granules of scrap tyres, vulcanisation residues and waste plastics, and of similar products, said thermal reactor featuring a feed portion, a central heating-zone portion and a discharge portion arranged vertically one below the other, characterised in that • an extraction pipe is located centrally in the central heating-zone portion of the thermal reactor, the lateral surface of said extraction pipe featuring numerous holes and/or slits for withdrawal of the vaporized short-chain hydrocarbon compounds being formed, and the extraction pipe having conical bells that have been pushed onto it one above the other, and means being provided for withdrawing the vaporized hydrocarbon compounds out of the extraction pipe, and • the reactor's lateral surface features a multiplicity of radially arranged heating plates in the central heating-zone portion, said heating plates being arranged at the heating levels, which lie one above the other, such that the plates are mutually offset. • an extraction pipe is located centrally in the central heating-zone portion of the thermal reactor, the lateral surface of said extraction pipe featuring numerous holes and/or slits for withdrawal of the vaporized short-chain hydrocarbon compounds being formed, and the extraction pipe having conical bells that have been pushed onto it one above the other, and means being provided for withdrawing the vaporized hydrocarbon compounds out of the extraction pipe, and • the reactor's lateral surface features a multiplicity of radially arranged heating plates in the central heating-zone portion, said heating plates being arranged at the heating levels, which lie one above the other, such that the plates are mutually offset.
A toner box for being detachably mounted in a developing unit of an image-forming device, the toner box comprising: a main body that is configured to accommodate toner therein and that has a main-body-side communication through-hole, through which an interior and an exterior of the main body communicate; and a shutter disposed so as to be capable of moving between an open position in which the shutter opens the main-body-side communication through-hole, and a closed position in which the shutter closes the main-body-side communication through-hole, the shutter having a shutter drive opening (88, 122) to be engageable by a shutter drive protrusion provided on the developing unit, characterized in that the shutter is made from a film-shaped material that has a thickness smaller than or equal to 250 micometers and that has a sufficient degree of flexibility or pliability so that the film-shaped material can be rolled up, and the main body is formed with an escape groove at a position corresponding to the position of the shutter drive opening (88, 122), the escape groove extending in a moving direction, in which the shutter moves so to be engageable with the tip of the shutter drive protrusion. a main body that is configured to accommodate toner therein and that has a main-body-side communication through-hole, through which an interior and an exterior of the main body communicate; and a shutter disposed so as to be capable of moving between an open position in which the shutter opens the main-body-side communication through-hole, and a closed position in which the shutter closes the main-body-side communication through-hole, the shutter having a shutter drive opening (88, 122) to be engageable by a shutter drive protrusion provided on the developing unit, characterized in that the shutter is made from a film-shaped material that has a thickness smaller than or equal to 250 micometers and that has a sufficient degree of flexibility or pliability so that the film-shaped material can be rolled up, and the main body is formed with an escape groove at a position corresponding to the position of the shutter drive opening (88, 122), the escape groove extending in a moving direction, in which the shutter moves so to be engageable with the tip of the shutter drive protrusion.
A method of operating a receiver to receive data conveyed on an Orthogonal Frequency Division Multiplexed, OFDM, signal comprising a plurality of data streams transmitted on a plurality of sub-carriers, the method comprising: obtaining a measure of channel quality for each of the plurality of sub-carriers; said method being characterized by: determining a set of selected sub-carriers, wherein the selected sub-carriers have a channel quality on or above a threshold quality level, and discarding sub-carriers that have a channel quality below the threshold quality level; and fully processing only the data streams that are received on the set of selected sub-carriers, wherein fully processing said data streams comprises sub-carrier channel estimation and sub-carrier equalization, and wherein no sub-carrier channel estimation and no sub-carrier equalization are performed on the data streams received on said discarded sub-carriers. determining a set of selected sub-carriers, wherein the selected sub-carriers have a channel quality on or above a threshold quality level, and discarding sub-carriers that have a channel quality below the threshold quality level; and fully processing only the data streams that are received on the set of selected sub-carriers, wherein fully processing said data streams comprises sub-carrier channel estimation and sub-carrier equalization, and wherein no sub-carrier channel estimation and no sub-carrier equalization are performed on the data streams received on said discarded sub-carriers.
Medical device for providing information for glycemic control, the device comprising: a storage unit arranged to store information on an initial dose of insulin and to store information on a blood glucose level measured after the initial dose of insulin was administered and after specific food was consumed; the medical device being characterised by a determining unit arranged to determine a subsequent dose of insulin to be administered before the specific food is consumed based at least on said information on the initial dose of insulin and said information on the blood glucose level, wherein the storage unit is further arranged to store information on time elapsed between administration of the predetermined dose of insulin, consumption of the specific food and measurement of the blood glucose level. a storage unit arranged to store information on an initial dose of insulin and to store information on a blood glucose level measured after the initial dose of insulin was administered and after specific food was consumed; the medical device being characterised by a determining unit arranged to determine a subsequent dose of insulin to be administered before the specific food is consumed based at least on said information on the initial dose of insulin and said information on the blood glucose level, wherein the storage unit is further arranged to store information on time elapsed between administration of the predetermined dose of insulin, consumption of the specific food and measurement of the blood glucose level.
An apparatus comprising means for: obtaining (202, 301) a set of process data associated with an industrial process by using an initially commissioned motor with the industrial process, wherein the set of process data comprises measured values associated with the industrial process over a time period; estimating (204, 302) at least an energy consumption of each motor of a plurality motors over the time period by simulating the industrial process based at least partly on the set of process data and a plurality of digital twins associated with the plurality of motors, wherein the plurality of digital twins comprises at least a first digital twin of a first motor and a second digital twin of a second motor different to the first motor; extrapolating (206, 303) at least the energy consumption of each motor of the plurality of motors over an expected total useful lifetime of each motor, wherein the energy consumption of each motor of the plurality of motors is extrapolated based at least partly on the expected total useful lifetime of each motor, a power of each motor, and the time period for which the measured values are obtained; and indicating (207, 304) at least the extrapolated energy consumption of each motor of the plurality of motors. obtaining (202, 301) a set of process data associated with an industrial process by using an initially commissioned motor with the industrial process, wherein the set of process data comprises measured values associated with the industrial process over a time period; estimating (204, 302) at least an energy consumption of each motor of a plurality motors over the time period by simulating the industrial process based at least partly on the set of process data and a plurality of digital twins associated with the plurality of motors, wherein the plurality of digital twins comprises at least a first digital twin of a first motor and a second digital twin of a second motor different to the first motor; extrapolating (206, 303) at least the energy consumption of each motor of the plurality of motors over an expected total useful lifetime of each motor, wherein the energy consumption of each motor of the plurality of motors is extrapolated based at least partly on the expected total useful lifetime of each motor, a power of each motor, and the time period for which the measured values are obtained; and indicating (207, 304) at least the extrapolated energy consumption of each motor of the plurality of motors.
A non-oriented electrical steel sheet having a chemical composition consisting of C: not more than 0.005 mass%, Si: 1.5-4 mass%, Mn: 1-5 mass%, P: not more than 0.1 mass%, S: not more than 0.005 mass%, Al: 0.1-3 mass%, N: not more than 0.005 mass%, Pb: not more than 0.0010 mass%, Mo: 0.0005-0.0030 mass%, Ti: not more than 0.002 mass%, optionally one or two of Ca: 0.0005-0.007 mass% and Mg: 0.0002-0.005 mass%, optionally one or two of Sb: 0.0005-0.05 mass% and Sn: 0.0005-0.05 mass%, and the remainder being Fe and inevitable impurities.
A method for selecting LED groups to be used for solving a correspondence problem comprising the steps of; - acquiring mesh data representing active marker positions; pose data representing possible poses of a tracked object under working conditions; and one camera position and orientation - Initializing an uncovered pose set with the acquired pose data, - Deriving all 4 LED groups of 'T' shaped pattern from a mesh of possible LED positions and adding them to a non-selected LED group set, - Projecting non-selected LED groups to 2D space using the camera position and orientation for each pose in a current uncovered pose set, - Registering a given pose to non-selected LED group, if all four LEDs are visible according to visibility computation which is based on the LED's normal with respect to the object coordinate system, LEDs illumination cone angle and the known pose of the object, for each pair, - Identifying an LED group among the non-selected LED groups which covers most non-covered poses and add the identified LED group to selected LED groups, - Eliminating covered poses from the uncovered pose set and eliminating selected LED groups from the non-selected LED group set, - Determining if any termination condition is satisfied and terminating if so. - acquiring mesh data representing active marker positions; pose data representing possible poses of a tracked object under working conditions; and one camera position and orientation - Initializing an uncovered pose set with the acquired pose data, - Deriving all 4 LED groups of 'T' shaped pattern from a mesh of possible LED positions and adding them to a non-selected LED group set, - Projecting non-selected LED groups to 2D space using the camera position and orientation for each pose in a current uncovered pose set, - Registering a given pose to non-selected LED group, if all four LEDs are visible according to visibility computation which is based on the LED's normal with respect to the object coordinate system, LEDs illumination cone angle and the known pose of the object, for each pair, - Identifying an LED group among the non-selected LED groups which covers most non-covered poses and add the identified LED group to selected LED groups, - Eliminating covered poses from the uncovered pose set and eliminating selected LED groups from the non-selected LED group set, - Determining if any termination condition is satisfied and terminating if so.
Method for treating wood or materials derived from wood, said method using a composition comprising one or more insecticides and one or more fungicides, characterized in that: - this composition comprises at least one fluorescent agent in order to produce a fluorescence when said composition is subjected to light radiation, - said at least one fluorescent agent is an optical brightener chosen from stilbene derivatives, benzoxazole derivatives and naphthalimide derivatives, and in that the percentage of said at least one fluorescent agent is between 0.01 and 1 percent by weight relative to the total weight of said composition; in that said at least one fluorescent agent absorbs in the spectrum between 300 nm and 500 nm and better still in the UVA between 350 nm and 415 nm, and in that said composition is an aqueous emulsion or an aqueous dispersion or else an aqueous solution, said composition comprising at least one of the following components: an insecticide, a fungicide, an agent capable of filtering UV apart from the spectrum in which said at least one fluorescent agent absorbs, a water repellent, a flame retardant, a fire retardant, a dye, a preservative and combinations thereof. - this composition comprises at least one fluorescent agent in order to produce a fluorescence when said composition is subjected to light radiation, - said at least one fluorescent agent is an optical brightener chosen from stilbene derivatives, benzoxazole derivatives and naphthalimide derivatives, and in that
A liquid stylet apparatus comprising: a tube with a transparent portion; a powering device in fluid communication with the tube; a catheter located distally of the tube and attached in fluid communication with the tube, wherein the catheter is at least partially filled with a liquid to mechanically transfer force from the powering device; a collection device located distally of the catheter and attached in fluid communication with the catheter, wherein the collection device is configured to engage a target area of a patient; and characterised by said tube being at least partially filled with said liquid, and an indicator contacting the liquid and located at least partially within the tube, wherein a position of the indicator within the tube is visible through the transparent portion, wherein the position of the indicator within the tube provides a user with a visual indication of the operation of the liquid stylet apparatus. a tube with a transparent portion; a powering device in fluid communication with the tube; a catheter located distally of the tube and attached in fluid communication with the tube, wherein the catheter is at least partially filled with a liquid to mechanically transfer force from the powering device; a collection device located distally of the catheter and attached in fluid communication with the catheter, wherein the collection device is configured to engage a target area of a patient; and characterised by said tube being at least partially filled with said liquid, and an indicator contacting the liquid and located at least partially within the tube, wherein a position of the indicator within the tube is visible through the transparent portion, wherein the position of the indicator within the tube provides a user with a visual indication of the operation of the liquid stylet apparatus.