mhurhangee/ep-ind-claims huggingface dataset:
An addition system for introducing particulate material into an industrial process, said addition system comprising: a vessel for holding the particulate material, wherein the vessel has a top and a bottom; a weighing device; piping that comprises a first valve for transferring the particulate material from the vessel to the industrial process, and a second valve for transferring a first stream of pressurized gas from a source of pressurized gas to the vessel; a controller for controlling operation of the addition system; and a frame to support the piping and optionally the controller; characterised in that said addition system further comprises a particulate material emptying device to load the particulate material into the vessel, wherein the particulate material emptying device comprises a bucket to contain the particulate material and a funnel at top of the bucket, and the particulate material emptying device is supported on the frame and secured to the frame on a pivot that allows the bucket to empty into the vessel, and wherein the vessel comprises a quick-release hatch located on the top of the vessel. a vessel for holding the particulate material, wherein the vessel has a top and a bottom; a weighing device; piping that comprises a first valve for transferring the particulate material from the vessel to the industrial process, and a second valve for transferring a first stream of pressurized gas from a source of pressurized gas to the vessel; a controller for controlling operation of the addition system; and a frame to support the piping and optionally the controller;
Heat exchanger for gases, notably for the exhaust gases from an engine, comprising a metallic body (3, 7) placed inside a plastic shell, the said metallic body incorporating a circuit intended for the circulation of the gases with exchange of heat with a coolant and at least one gas reservoir or supporting flange coupled to at least one end of the said circuit, and connecting means for fixing at least one of the ends of the metallic body (3, 7) to the plastic shell, characterized in that the said connecting means comprise a plurality of bearing points with a small contact area which are solid with the plastic shell and capable of being lodged in respective indentations belonging to the said at least one gas reservoir or supporting flange.
Method for supporting a driver assistance system in a motor vehicle, comprising the following steps: providing a map, wherein the map stores classified objects (20-1, 20-2, 20-3, 20-4) at associated positions, acquiring surroundings data by way of at least one surroundings sensor system of the driver assistance system, evaluating the acquired surroundings data by way of an evaluation device of the driver assistance system, wherein the acquired surroundings data are evaluated in order to recognize objects on the basis of the classified objects (20-1, 20-2, 20-3, 20-4) stored in the map, wherein a probability of existence of an object (20-1, 20-2, 20-3, 20-4) recognized in the acquired surroundings data is reduced through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map, characterized in that a probability of existence of an object (20-1, 20-2, 20-3, 20-4) not recognized unambiguously in the acquired surroundings data is increased through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map and is taken into consideration by the driver assistance system. providing a map, wherein the map stores classified objects (20-1, 20-2, 20-3, 20-4) at associated positions, acquiring surroundings data by way of at least one surroundings sensor system of the driver assistance system, evaluating the acquired surroundings data by way of an evaluation device of the driver assistance system, wherein the acquired surroundings data are evaluated in order to recognize objects on the basis of the classified objects (20-1, 20-2, 20-3, 20-4) stored in the map, wherein a probability of existence of an object (20-1, 20-2, 20-3, 20-4) recognized in the acquired surroundings data is reduced through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map, characterized in that a probability of existence of an object (20-1, 20-2, 20-3, 20-4) not recognized unambiguously in the acquired surroundings data is increased through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map and is taken into consideration by the driver assistance system.
Composition comprising (i) a nucleoside equivalent selected from the group of uridine, deoxyuridine, uridine phosphates (UMP, dUMP, UDP, UTP), uracil and acylated uridine (ii) DHA, (iii) vitamin B6, vitamin B12 and vitamin B9, (iv) a phospholipid, (v) vitamin C, vitamin E and selenium and (vi) a choline for use in the prevention or treatment of frailty in a mammal, wherein the composition is to be administered to human a suffering from a disorder selected from the group of dementia and Alzheimer's disease, the human having a BMI below 26.
A mobile terminal device comprising: a touch panel configured to detect an input operation; an input detector configured to detect a predetermined contact of the input operation on the touch panel, and changes the frequency of detection by the touch panel; processing circuitry adapted to control the input detector to decrease the frequency of detection by the touch panel to a certain level when the input operation is not detected by the touch panel over a specified time period, and executes a specific operation when the predetermined contact of the input operation on the touch panel corresponding to the specific operation is detected by the input detector when the frequency of detection by the touch panel is the certain level, and a sensor unit configured to output a sensor value, and a display unit wherein the processing circuitry is configured to determine which of a specific operation to execute from a plurality of specific operations based on the sensor value, when the predetermined contact of the input operation on the touch panel is detected by the input detector and when the frequency of detection by the touch panel is the certain level; and wherein when the input operation ends in failure, the processing circuitry is furthermore configured to detect whether the input operation detected by the touch panel is similar to the predetermined contact and to display a guide representing the predetermined contact. a touch panel configured to detect an input operation; an input detector configured to detect a predetermined contact of the input operation on the touch panel, and changes the frequency of detection by the touch panel; processing circuitry adapted to control the input detector to decrease the frequency of detection by the touch panel to a certain level when the input operation is not detected by the touch panel over a specified time period, and executes a specific operation when the predetermined contact of the input operation on the touch panel corresponding to the specific operation is detected by the input detector when the frequency of detection by the touch panel is the certain level, and a sensor unit configured to output a sensor value, and a display unit wherein the processing circuitry is configured to determine which of a specific operation to execute from a plurality of specific operations based on the sensor value, when the predetermined contact of the input operation on the touch panel is detected by the input detector and when the frequency of detection by the touch panel is the certain level; and wherein when the input operation ends in failure, the processing circuitry is furthermore configured to detect whether the input operation detected by the touch panel is similar to the predetermined contact and to display a guide representing the predetermined contact.
A wearable device, comprising: a metallic bezel; characterized by further comprising: a nonmetallic rear cover; wherein an inner surface of the nonmetallic rear cover has a plating layer, and the plating layer and the metallic bezel form a slot antenna. a metallic bezel; characterized by further comprising: a nonmetallic rear cover; wherein an inner surface of the nonmetallic rear cover has a plating layer, and the plating layer and the metallic bezel form a slot antenna. a nonmetallic rear cover; wherein an inner surface of the nonmetallic rear cover has a plating layer, and the plating layer and the metallic bezel form a slot antenna.
A bulky yarn made of synthetic fibers, comprising: a sheath yarn having a three-dimensional crimped structure; and a core yarn twisted with the sheath yarn to fix the sheath yarn, wherein the sheath yarn is not broken and continuously forms loops, characterised in that the three-dimensional crimped structure is a spiral structure determined by the method described in the description, the core yarn and the sheath yarn have 1/mm to 30/mm twist points in a fiber axis direction of the bulky yarn, and the crimped structure of the sheath yarn has a radius of curvature, as measured by the method described in the description, of 2 mm to 20 mm. a sheath yarn having a three-dimensional crimped structure; and a core yarn twisted with the sheath yarn to fix the sheath yarn, wherein the sheath yarn is not broken and continuously forms loops, characterised in that the three-dimensional crimped structure is a spiral structure determined by the method described in the description, the core yarn and the sheath yarn have 1/mm to 30/mm twist points in a fiber axis direction of the bulky yarn, and the crimped structure of the sheath yarn has a radius of curvature, as measured by the method described in the description, of 2 mm to 20 mm.
A voltage measure arrangement for a light-emitting diode path with at least one light-emitting diode, to which a direct current voltage is supplied, characterized in that the primary side of a current mirror is connected in parallel to the light-emitting diode path and a measurement voltage (U MESS) is tapped on the secondary side (P 2) of the current mirror at a measuring resistor (R 2), which is proportional to the voltage drop (U LED) over the light-emitting diode path.
A communication method, wherein the method comprises: sending, by a terminal device, a random access request to a network device, wherein the random access request is a Msg A and comprises a random access preamble and a first uplink message; receiving, by the terminal device, a random access response, RAR, to the random access request, wherein the RAR is a Msg B and comprises first indication information; and sending, by the terminal device, a second uplink message to the network device based on the first indication information, wherein the second uplink message is carried on a physical uplink control channel, PUCCH; wherein the first indication information indicates a duration of a cyclic prefix extension and further indicates not to perform channel access or that a channel access type is channel access without random back-off or channel access with random back-off with variable size of contention window; wherein a first symbol of a time domain resource in which the second uplink message is located comprises the cyclic prefix extension. sending, by a terminal device, a random access request to a network device, wherein the random access request is a Msg A and comprises a random access preamble and a first uplink message; receiving, by the terminal device, a random access response, RAR, to the random access request, wherein the RAR is a Msg B and comprises first indication information; and sending, by the terminal device, a second uplink message to the network device based on the first indication information, wherein the second uplink message is carried on a physical uplink control channel, PUCCH; wherein the first indication information indicates a duration of a cyclic prefix extension and further indicates not to perform channel access or that a channel access type is channel access without random back-off or channel access with random back-off with variable size of contention window; wherein a first symbol of a time domain resource in which the second uplink message is located comprises the cyclic prefix extension.
An electrode running roller designed to cause an electrode sheet including a current collector which is coated with an electrode active material to run, wherein the running roller comprises a cylindrical section, and a tapered section extending from one end portion of the cylindrical section, and the tapered section has a shape in which an outer diameter gradually decreases toward a distal end portion of the tapered section, characterized in that the tapered section forms an outer peripheral surface inclined at an angle of 0.2 to 0.5 degrees toward a central axis on the basis of an outer peripheral surface of the cylindrical section. wherein the running roller comprises a cylindrical section, and a tapered section extending from one end portion of the cylindrical section, and the tapered section has a shape in which an outer diameter gradually decreases toward a distal end portion of the tapered section, characterized in that the tapered section forms an outer peripheral surface inclined at an angle of 0.2 to 0.5 degrees toward a central axis on the basis of an outer peripheral surface of the cylindrical section.
Trailer coupling for a towing vehicle with a coupling support (14; 114) including a coupling arm, at the free end of which is arranged a coupling element, in particular a coupling ball, for attaching a trailer and which is mounted movably or immovably on a mounting (11; 111) which may be fixed to the towing vehicle, and with at least one force sensor for detecting a tensile force and/or thrust force which may be caused by a tensile load (Fx) acting on the coupling element during towing of the trailer, and for the output of a force signal representing the tensile force and/or thrust force, and wherein there is provided an evaluation unit (50; 150) which is designed to determine a trailer mass value of the trailer with the aid of the force signal and an acceleration value, characterised in that the coupling arm has several curves (25, 27) or angles.
Method of producing adhesive-bound printed products formed of a book block and a cover, such as books, brochures, magazines, etc., in which the book blocks are each conducted past processing stations of an adhesive binder in one of a plurality of circulating clamps of the adhesive binder for processing and for the application of glue to the spines thereof before a cover is fed in timed synchronism to the glued spine by a cover station, wherein, once the cover and the book block have been brought together, a measuring process for determining the relative actual positions of the cover and the book block is provided, wherein a) the cover station comprises a pusher that feeds the cover to the book block, b) the actual position of the cover relative to the book block is compared with a predetermined setpoint position, c) in the event of deviations of the actual position from the setpoint position, a correction factor for a specific pairing of the pusher transporting the detected cover and the clamp transporting the detected book block is determined, and d) the correction factor is stored, characterised in that, e) before the specific pairing of pusher and clamp occurs once again, the position of the clamp and/or of the pusher of this pairing is changed in accordance with the correction factor. a) the cover station comprises a pusher that feeds the cover to the book block, b) the actual position of the cover relative to the book block is compared with a predetermined setpoint position, c) in the event of deviations of the actual position from the setpoint position, a correction factor for a specific pairing of the pusher transporting the detected cover and the clamp transporting the detected book block is determined, and d) the correction factor is stored, characterised in that, e) before the specific pairing of pusher and clamp occurs once again, the position of the clamp and/or of the pusher of this pairing is changed in accordance with the correction factor.
A wireless circuit for a cardiovascular implant comprising: a housing (300,500,600) including side walls defining a cuboid, wherein said housing (300,500,600) has length, width and height dimensions, and wherein the length is greater than the housing's width and height dimensions, and wherein two opposite long sides of the housing are open; at least one antenna coil wound about a coil axis and positioned within said housing (300,500,600); thin walls (302, 502) bonded to the open sides of the housing wherein said coil axis is substantially parallel to the thin walls(302,502) of said housing (300,500,600) and said axis extends normal to a plane of the windings; and wherein said thin walls (302,502) are thinner than the side walls of said housing (300,500,600). a housing (300,500,600) including side walls defining a cuboid, wherein said housing (300,500,600) has length, width and height dimensions, and wherein the length is greater than the housing's width and height dimensions, and wherein two opposite long sides of the housing are open; at least one antenna coil wound about a coil axis and positioned within said housing (300,500,600); thin walls (302, 502) bonded to the open sides of the housing wherein said coil axis is substantially parallel to the thin walls(302,502) of said housing (300,500,600) and said axis extends normal to a plane of the windings; and wherein said thin walls (302,502) are thinner than the side walls of said housing (300,500,600).
A method comprising: periodically observing packets in a user plane according to at least one key performance indicator in a configuration file to yield an observation, wherein the observation represents a closed-loop demand of resources within the user plane; and adjusting, via a scheduler in the user plane and based on the observation, a binding of cores to work items, wherein a frequency at which the at least one key performance indicator is monitored is according to an amount of workload to be scheduled for using a compute environment, and wherein the work items are individually schedulable functions that operate on a queue of packets. periodically observing packets in a user plane according to at least one key performance indicator in a configuration file to yield an observation, wherein the observation represents a closed-loop demand of resources within the user plane; and adjusting, via a scheduler in the user plane and based on the observation, a binding of cores to work items, wherein a frequency at which the at least one key performance indicator is monitored is according to an amount of workload to be scheduled for using a compute environment, and wherein the work items are individually schedulable functions that operate on a queue of packets.
A process for producing a beam member formed by a reinforcing fiber base material (21a, 21b) which has a web portion and at least a pair of flange portions extending to both sides via at least a branching point from the web portion, at a cross-sectional surface orthogonal to a longitudinal direction of the beam member, and by a shaped filler which fills a gap having a wedge shape formed at the branching point, wherein the shaped filler is produced by at least the following production processes to: a filler supply process for supplying a filler member configured by reinforcing fibers; a preshaping process for providing a preshaped filler having at least a wedge projection portion, by pressurizing the filler member by a preshaping mold; and a filler deforming process for providing a shaped filler by deforming the preshaped filler, by filling the preshaped filler into the gap and by pressurizing the preshaped filler such that a tip of the wedge projection portion is directed to a tip of the gap having a wedge shape; characterized in that a thickness of the reinforcing fiber base material (21a, 21b) changes in a longitudinal direction of the beam member and also a curvature radius of the reinforcing fiber base material (21a, 21b) at the branching point changes in the longitudinal direction of the beam member along a change of the thickness, wherein in the process, a reinforcing fiber sheet of which a quantity of reinforcing fibers changes in a longitudinal direction is supplied as the filler member, in the process, a preshaped filler of which a cross-sectional shape changes in a longitudinal direction is formed, by using a preshaping mold made of at least two mutually opposing molds (23a, 23b), and by changing a gap between the molds by changing a relative position between the molds in accordance with a passing of a filler between the molds, and further, the reinforcing fiber base material (21a, 21b) and the preshaped filler are intermittently carried by synchronizing the both in a longitudinal direction, and the process is performed immediately after the preshaped filler passes the preshaping mold. a filler supply process for supplying a filler member configured by reinforcing fibers; a preshaping process for providing a preshaped filler having at least a wedge projection portion, by pressurizing the filler member by a preshaping mold; and a filler deforming process for providing a shaped filler by deforming the preshaped filler, by filling the preshaped filler into the gap and by pressurizing the preshaped filler such that a tip of the wedge projection portion is directed to a tip of the gap having a wedge shape;
A reimaged optical imaging system comprising: a thermal imaging detector; an optical component; and at least one reflector located on the optical component, wherein the at least one reflector is configured to reimage the thermal imaging detector onto itself, and wherein a position of the reimaged reflection on the thermal imaging detector encodes a position of the optical component relative to the thermal imaging detector. a thermal imaging detector; an optical component; and at least one reflector located on the optical component, wherein the at least one reflector is configured to reimage the thermal imaging detector onto itself, and wherein a position of the reimaged reflection on the thermal imaging detector encodes a position of the optical component relative to the thermal imaging detector.
A process for the separation of terephthalic acid or isophthalic acid from a slurry in a solvent comprising the steps of: supplying the slurry comprising crystals of terephthalic acid or isophthalic acid to a filter operating at pressure and at a temperature above the atmospheric boiling point of the solvent; mixing inert gas with solvent wherein the mixture comprises from 50 wt% inert gas and 50 wt% solvent to 10 wt% inert gas and 90 wt% solvent; supplying said inert gas and solvent mix to the filter; and removing a cake of separated crystals; wherein the inert gas removed from the filter is not recycled. supplying the slurry comprising crystals of terephthalic acid or isophthalic acid to a filter operating at pressure and at a temperature above the atmospheric boiling point of the solvent; mixing inert gas with solvent wherein the mixture comprises from 50 wt% inert gas and 50 wt% solvent to 10 wt% inert gas and 90 wt% solvent; supplying said inert gas and solvent mix to the filter; and removing a cake of separated crystals; wherein the inert gas removed from the filter is not recycled.