mhurhangee/ep-ind-claims huggingface dataset:
A foldable cover, adapted for a portable electronic device, the foldable cover comprising: a supporting unit, including a plurality of first separations, a convergent part, and a plurality of first slab-shaped parts, wherein each of the first separations is connected to the convergent part; and a fixing unit, connected to the supporting unit and adapted to fix the portable electronic device; wherein, when the first slab-shaped parts are disposed on the same surface, the supporting unit is capable of covering the portable electronic device; and when a three dimensional structure is formed by the first separations, the convergent part, and the first slab-shaped parts, the supporting unit is configured to support the portable electronic device, the foldable cover being characterized in that the fixing unit is adapted to also fix the portable electronic device when the supporting unit and the fixing unit form a cover body adapted to protect the portable electronic device when the portable electronic device is located between the supporting unit and the fixing unit. a supporting unit, including a plurality of first separations, a convergent part, and a plurality of first slab-shaped parts, wherein each of the first separations is connected to the convergent part; and a fixing unit, connected to the supporting unit and adapted to fix the portable electronic device; wherein, when the first slab-shaped parts are disposed on the same surface, the supporting unit is capable of covering the portable electronic device; and when a three dimensional structure is formed by the first separations, the convergent part, and the first slab-shaped parts, the supporting unit is configured to support the portable electronic device, the foldable cover being characterized in that the fixing unit is adapted to also fix the portable electronic device when the supporting unit and the fixing unit form a cover body adapted to protect the portable electronic device when the portable electronic device is located between the supporting unit and the fixing unit.
A polymer mixture comprising: - at least one thermoplastic styrene block copolymer comprising at least one radial type styrene block copolymer and at least one styrene diblock copolymer, said thermoplastic styrene block copolymer having: - a styrene content of at least 30 % by weight, and - a non-zero diblock content of less than 50% by weight, based on the total weight of said thermoplastic styrene block copolymer, - at least one thermoplastic styrene block copolymer comprising at least one linear type styrene block copolymer and at least one styrene diblock copolymer, said thermoplastic styrene block copolymer having: - a styrene content of at least 35% by weight, and - a diblock content of at least 50% by weight, based on the total weight of said thermoplastic styrene block copolymer. - at least one thermoplastic styrene block copolymer comprising at least one radial type styrene block copolymer and at least one styrene diblock copolymer, said thermoplastic styrene block copolymer having: - a styrene content of at least 30 % by weight, and - a non-zero diblock content of less than 50% by weight, based on the total weight of said thermoplastic styrene block copolymer, - a styrene content of at least 30 % by weight, and - a non-zero diblock content of less than 50% by weight, - at least one thermoplastic styrene block copolymer comprising at least one linear type styrene block copolymer and at least one styrene diblock copolymer, said thermoplastic styrene block copolymer having: - a styrene content of at least 35% by weight, and - a diblock content of at least 50% by weight, based on the total weight of said thermoplastic styrene block copolymer. - a styrene content of at least 35% by weight, and - a diblock content of at least 50% by weight,
A pliable device for storing earbuds comprising a pocket sized to contain earbuds formed by a wall adapted to also act as a spool, said spool containing one or more slots; and a reversible cover covering said spool in a closed configuration and exposing said spool in an open configuration; characterised in that said device further comprises one or more fingers attached to said wall separated by said slots, said fingers extending over said pocket; said device being adapted such that, with the cover in said open configuration, the fingers are flexible and compliant allowing insertion of earbuds; following insertion, the fingers close over the earbuds, wherein the earbuds or other items are protected, and wires or cables can then be wound around said spool and retained by closing the cover.
Device for storing thermal energy comprising a tank, at least one solid/liquid two-phase phase change material contained in the tank and a heat-transfer fluid thermal energy exchanger comprising at least one tube, wherein a heat-transfer fluid configured to bring and/or recover the thermal energy to the PCM is capable of circulating, the tube being at least partially immersed in the PCM and comprising an inert gas gaseous sky comprising a portion arranged in the tank above and in contact with at least one PCM, characterised in that it comprises a separation means arranged in the gaseous sky outside of a maximum occupation zone of the PCM in the more dilated phase thereof of the two solid/liquid phases, the separation means being configured to separate, from the gaseous sky, a fraction of the at least one solid/liquid PCM being evaporated during the phase changes.
A compound selected from the group consisting of: 3-(7-methoxy-2-p-tolylbenzofuran-5-yl)propane-1-ol; and 4-(5-(3-hydroxypropyl)-7-methoxybenzofuran-2-yl)benzene-1,2-diol or a pharmaceutically acceptable salt thereof. 3-(7-methoxy-2-p-tolylbenzofuran-5-yl)propane-1-ol; and 4-(5-(3-hydroxypropyl)-7-methoxybenzofuran-2-yl)benzene-1,2-diol
A method of operating a data reader (10, 50, 10', 10") including an imaging reader (54, 54a/54b) with an imager having a scan zone (20, 20'), and a source of visible light (90, 90', 90") including at least one LED, the method comprising: illuminating the scan zone by pulsing the at least one LED to generate pulses of visible light at a frequency sufficient to prevent a flashing sensation; and initiating a series of exposures of the imager; characterized by the pulses of visible light having a constant pulse width; the imaging reader outputting synchronization signals; synchronizing the pulsing of the at least one LED by the synchronization signals; placing an item in the scan zone, thereby reflecting at least a portion of the visible light as reflected visible light; sensing the reflected visible light via the imaging reader; and automatically adjusting an exposure time of the imager based on the intensity of the reflected visible light received at the imaging reader. illuminating the scan zone by pulsing the at least one LED to generate pulses of visible light at a frequency sufficient to prevent a flashing sensation; and initiating a series of exposures of the imager; characterized by the pulses of visible light having a constant pulse width; the imaging reader outputting synchronization signals; synchronizing the pulsing of the at least one LED by the synchronization signals; placing an item in the scan zone, thereby reflecting at least a portion of the visible light as reflected visible light; sensing the reflected visible light via the imaging reader; and automatically adjusting an exposure time of the imager based on the intensity of the reflected visible light received at the imaging reader.
Vacuum pump having a rotor and a shaft (10; 110; 210; 310; 410; 510; 610), a roller bearing (12; 112; 212; 312; 412; 512; 612) which is arranged so as to support the shaft under normal operating conditions, and a permanent magnetic bearing (14; 114; 214; 314) spaced apart from the roller bearing, which permanent magnetic bearing comprises a bearing stator (16; 116; 216; 316) and a bearing rotor (18, 118; 218; 318) arranged on the shaft, characterised in that the vacuum pump contains an axial actuator (30, 30'; 130; 230; 330; 430; 530; 630) which generates a force introduced into the shaft.
A liquid detergent composition comprising manganese 1,4,7-triazacyclononane (MnTACN) and derivatives thereof and a polar solvent, wherein the composition is contained in a water-soluble film; wherein the polar solvent is selected from one or more of N-Acetylcaprolactam, propylenecarbonate, γ-valerolactone, cyrene, acetonitrile, ε-caprolactone, ε-caprolactam, dimethylsulphoxide ethylene carbonate, β-butyrolactone, γ-butyrolactone, N-methylpyrrolidone, methyl sulpholane, sulpholane, 2,3-butylene carbonate, nitromethane, 2-pyrrolidone, butadiene sulfone, cyclobutanone, cyclopentanone, ethylene sulphite, glycerol carbonate acetate, N-acetyl piperidine, and/or N-acetyl pyrrolidone.
A machine for cutting wood panels or the like, the machine comprising a support structure defining a support table for the panels; a cutting station, which is provided with a cutting device mounted so as to move in a first direction and in a cutting plane that is orthogonal to the support table, and is provided, furthermore, with a pressing device, which is mounted so as to move between a clamping position, in which the panels are clamped against the support table, and a release position; and a suction device to suck shavings and/or swarf generated by the cutting device, the sucking device comprising at least one sucking mouth, which is mobile in the first direction; and being characterised in that the pressing device has at least one opening for the passage of shavings and/or swarf; the suction mouth being mounted outside of the pressing device in a position that faces said opening, so as to suck shavings and/or swarf into the pressing device and through the opening itself.
Cleaning apparatus having a cleaning lance and holding device for keeping the cleaning lance, which contains a rechargeable electrical energy storing device for supplying electrical appliances of the cleaning lance and a charging device for charging the energy storing device, characterised in that the cleaning apparatus has an electrical energy transmitting unit for the contactless transmission of electrical energy between the holding device and the charging device for charging the energy storing device.
Turbomachine comprising a sealing means for sealing a gap between two stator components, comprising a plurality of sealing elements that are mounted on one stator component and bridge the gap, and comprising a plurality of preloading elements by means of which the sealing elements are preloaded against a particular sealing edge (20, 22) of the stator components (4, 6), the preloading elements being arranged on the mounting-side stator component, and the sealing edge of the mounting-side stator component being close to the mounting and the sealing edge of the stator component that is without mounting being remote from the mounting, the sealing edge that is close to the mounting being arranged between the mounting and the sealing edge that is remote from the mounting, the preloading elements engaging, at the rear with respect to the sealing edges (20, 22), between the sealing edges (20, 22) on the sealing elements, close to the sealing edge that is close to the mounting, and at a distance from the sealing edge that is remote from the mounting, each of the preloading elements being supported at a front support point and a rear support point of the mounting-side stator component, which support points are mutually spaced in the axial and the radial direction of the turbomachine, the preloading elements being received in a circumferential groove in the mounting-side stator component by means of a hook-shaped support portion in each case, and the support points (38, 40) being formed by two groove wall portions that are opposed so as to be radially mutually offset, characterized in that the mounting of the sealing elements takes place by means of mounting pins that extend through the circumferential groove in the axial direction, and the front support point being arranged radially outwards and the rear support point being arranged radially inwards with respect to the mounting.
A liquid discharge head, comprising: a head body having a first surface configured to discharge a liquid and a second surface facing the first surface; a drive IC configured to drive the head body; and a head cover manufactured by pressing a single plate and configured to cover at least the second surface while housing the drive IC, wherein the head cover includes a top plate facing the second surface and a first side plate that is connected to the top plate and that is in contact with the drive IC, the first side plate having a thickness that is thinner than a thickness of the top plate. a head body having a first surface configured to discharge a liquid and a second surface facing the first surface; a drive IC configured to drive the head body; and a head cover manufactured by pressing a single plate and configured to cover at least the second surface while housing the drive IC, wherein the head cover includes a top plate facing the second surface and a first side plate that is connected to the top plate and that is in contact with the drive IC, the first side plate having a thickness that is thinner than a thickness of the top plate. a top plate facing the second surface and a first side plate that is connected to the top plate and that is in contact with the drive IC, the first side plate having a thickness that is thinner than a thickness of the top plate.
Grid regulation circuit for stabilizing an energy supply grid, comprising: - a static reactive power compensator, - an electronically controllable load resistor, - a first power controller by means of which the load resistor may be electronically actuated, and - a control unit for controlling or regulating the reactive power compensator and the load resistor, - wherein the load resistor is arranged in a resistive current path which is connected in parallel to at least one compensation current path (13 to 15) of the static reactive power compensator, characterized in that the first power controller is a thyristor controller or an IGBT controller which allows phase gating control of the load resistor, and a first switch which is designed as a circuit breaker or an isolating switch is arranged in the resistive current path. - a static reactive power compensator, - an electronically controllable load resistor, - a first power controller by means of which the load resistor may be electronically actuated, and - a control unit for controlling or regulating the reactive power compensator and the load resistor, - wherein the load resistor is arranged in a resistive current path which is connected in parallel to at least one compensation current path (13 to 15) of the static reactive power compensator,
A system for measuring a property of a sample, comprising: a diagnostic measuring device having a memory; and a diagnostic test strip for collecting the sample, the strip having a conductive pattern embedded thereon, the conductive pattern being representative of at least first data and second data, wherein: the first data being data representing at least one of parameters related to measuring the property, codes usable for calibration of the diagnostic measuring device, or parameters indicating proper connection between the measuring device and the test strip; and the second data usable for detecting and rejecting potential errors affecting the proper measurement of the property wherein the second data comprises a code having a code value, the code having a plurality of units, each unit having a unit value, and wherein the code value comprises a combination of the unit values; and wherein for detecting and rejecting potential errors the system is configured to: compare the code value to a predetermined set of acceptable code values and to indicate an error if the code value is not contained in the predetermined set of acceptable code values or compare the unit values to a predetermined set of acceptable unit values and to indicate an error if a unit value is not contained in the predetermined set of acceptable unit values. compare the code value to a predetermined set of acceptable code values and to indicate an error if the code value is not contained in the predetermined set of acceptable code values or compare the unit values to a predetermined set of acceptable unit values and to indicate an error if a unit value is not contained in the predetermined set of acceptable unit values.
A display panel comprising: a substrate on which a plurality of light emitting elements are mountable and on which at least one hole is formed to penetrate through the substrate among the plurality of light emitting elements; at least one microphone mounted on a rear side of the substrate to collect a sound passing through the at least one hole; and a guide member mounted on the rear side of the substrate to cover the at least one hole and the at least one microphone and to seal between the substrate and the guide member, wherein the guide member comprises a rubber material, wherein the at least one microphone is mounted adjacent to the at least one hole, and wherein the guide member guides a sound that passes through at least one of the holes formed on the substrate to be collected by the at least one microphone. a substrate on which a plurality of light emitting elements are mountable and on which at least one hole is formed to penetrate through the substrate among the plurality of light emitting elements; at least one microphone mounted on a rear side of the substrate to collect a sound passing through the at least one hole; and a guide member mounted on the rear side of the substrate to cover the at least one hole and the at least one microphone and to seal between the substrate and the guide member, wherein the guide member comprises a rubber material, wherein the at least one microphone is mounted adjacent to the at least one hole, and wherein the guide member guides a sound that passes through at least one of the holes formed on the substrate to be collected by the at least one microphone.
Method for generating an inverse sensor model for a radar sensor apparatus, having the steps of: arranging obstacles (41 to 44) with predefined dimensions and spatial positions in an environment of the radar sensor apparatus; generating radar measurement data by means of the radar sensor apparatus; and generating the inverse sensor model using the generated radar measurement data and the predefined dimensions and spatial positions of the obstacles (41 to 44), wherein the inverse sensor model assigns an occupancy probability to a cell (9-ij) of an occupancy grid on the basis of predefined radar measurement data, wherein an occupancy probability is assigned to the cells (9-ij) on the basis of the predefined dimensions and spatial positions of the obstacles and is linked to the generated radar measurement data, characterized in that the inverse sensor model is generated using a neural network, wherein the radar measurement data and the occupancy probabilities linked to the generated radar measurement data are used as input data of the neural network, and the radar measurement data used as input data of the neural network are represented in the form of grids, wherein the grids comprise a first grid which is generated on the basis of reflection values, a second grid which is generated on the basis of associated radial speeds, and a third grid which is generated on the basis of determined radar cross sections. arranging obstacles (41 to 44) with predefined dimensions and spatial positions in an environment of the radar sensor apparatus; generating radar measurement data by means of the radar sensor apparatus; and generating the inverse sensor model using the generated radar measurement data and the predefined dimensions and spatial positions of the obstacles (41 to 44), wherein the inverse sensor model assigns an occupancy probability to a cell (9-ij) of an occupancy grid on the basis of predefined radar measurement data, wherein an occupancy probability is assigned to the cells (9-ij) on the basis of the predefined dimensions and spatial positions of the obstacles and is linked to the generated radar measurement data, characterized in that the inverse sensor model is generated using a neural network, wherein the radar measurement data and the occupancy probabilities linked to the generated radar measurement data are used as input data of the neural network, and the radar measurement data used as input data of the neural network are represented in the form of grids, wherein the grids comprise a first grid which is generated on the basis of reflection values, a second grid which is generated on the basis of associated radial speeds, and a third grid which is generated on the basis of determined radar cross sections.
A floor mat comprising a plurality of interconnected profiles placed side by side to form the surface of the mat, each profile comprising one or more brushes or tufts inserted in the top surface of the profile, wherein each profile comprises an elongate cavity extending in the longitudinal direction of the profile, said cavity being open towards the underside of the profile, said cavity comprising one or more capillary channels oriented in said longitudinal direction, said channel(s) being in contact with said brushes or tufts, characterised in that each profile comprises at least one row of interspaced tufts inserted into holes in the profile or brushes inserted into cavities in the profile, wherein all of the tufts or brushes in said row are in contact with a capillary channel.
A cabin of a vehicle, comprising: - a floor, - a first equipment component, - a second equipment component, and - a partitioning device (8, 16, 30, 38), wherein the partitioning device (8, 16, 30, 38) is set up to provide a wall surface between the first equipment component and second equipment component largely perpendicular to the floor, wherein the partitioning device (8, 16, 30, 38) is positionable in at least two positions along a length running between the first equipment component and second equipment component, wherein partitioning device (8, 16, 30, 38) is lockable in its respective position on at least one of the floor, a cabin ceiling and a cabin lining, and wherein the partitioning device (8, 16, 30, 38) comprises a guiding device arranged flush in the cabin ceiling and extending over the at least two positions, and a stiff, dimensionally stable partition wall (9, 19) guided therein. - a floor, - a first equipment component, - a second equipment component, and - a partitioning device (8, 16, 30, 38),