mhurhangee/ep-ind-claims huggingface dataset:
An outdoor take-back system for taking back a deposit good in an outside world outside a retailer's branch-store building, wherein the take-back system comprises: a take-back terminal; an air reservoir provided separately from the take-back terminal and being integrated into the branch-store building; an air channel connecting the take-back terminal to the air reservoir; and a powered flow unit causing air to flow between the air reservoir and the take-back terminal; wherein the take-back terminal comprises: an outer housing surrounding a terminal interior and comprising an insertion opening via which the deposit good is insertable into the interior, wherein the outer housing comprises at least one section exposed to external weather influences, without protection from the building, and including the insertion opening; and an electronic detection device provided in the interior and detecting the inserted deposit good in the interior for identification of deposit goods, and outputting a corresponding detection signal; wherein the air is moved by the flow unit such that a cooling, or heating, flow of air is generated within the take-back terminal; wherein the air in the air reservoir is controlled to a substantially constant temperature; and wherein the flow unit is operated unidirectionally so that the air flows from the air reservoir into the take-back terminal only. a take-back terminal; an air reservoir provided separately from the take-back terminal and being integrated into the branch-store building; an air channel connecting the take-back terminal to the air reservoir; and a powered flow unit causing air to flow between the air reservoir and the take-back terminal; wherein the take-back terminal comprises: an outer housing surrounding a terminal interior and comprising an insertion opening via which the deposit good is insertable into the interior, wherein the outer housing comprises at least one section exposed to external weather influences, without protection from the building, and including the insertion opening; and an electronic detection device provided in the interior and detecting the inserted deposit good in the interior for identification of deposit goods, and outputting a corresponding detection signal; an outer housing surrounding a terminal interior and comprising an insertion opening via which the deposit good is insertable into the interior, wherein the outer housing comprises at least one section exposed to external weather influences, without protection from the building, and including the insertion opening; and an electronic detection device provided in the interior and detecting the inserted deposit good in the interior for identification of deposit goods, and outputting a corresponding detection signal; wherein the air is moved by the flow unit such that a cooling, or heating, flow of air is generated within the take-back terminal; wherein the air in the air reservoir is controlled to a substantially constant temperature; and wherein the flow unit is operated unidirectionally so that the air flows from the air reservoir into the take-back terminal only.
An arrangement comprising at least one rail bar and at least one wall element, in particular a front panel or a rear wall of a drawer, the rail bar comprising at least one end to be connected to the wall element and one length adjustment element movable in the longitudinal direction of the rail bar relative to the rail bar to cover a gap occurring between the end of the rail bar and the wall element in a connected state of the rail bar to the wall element,wherein there is provided at least one spring element which is supported on at least one stationary part of the rail bar and urges the at least one length adjustment element in the direction of a maximum position in which the at least one length adjustment element prolongs the rail bar to the maximum extent, characterized in that the end is connected to the wall element and a gap occurs or can occur between the end of the rail bar and the wall element, said gap being covered or can be covered by the at least one length adjustment element.
A method of cryptographic access control - CAC - of video, comprising: - by a metadata generator, generating metadata, said metadata representing an access control policy - ACP - associated with the video, the ACP including authorization rules and cryptographic information associated with an encryption policy; - by an encryptor, encrypting the video into an encrypted video according to said encryption policy; and - by an encoder, encoding said encrypted video into an encoded video with said authorization rules and said cryptographic information, said encoded video having multiple segments; wherein the authorization rules and cryptographic information are intended for decrypting and rendering the encoded video, characterized in that said encoding includes encoding different time segments of the encrypted video with corresponding different authorization rules, wherein the authorization rules take into account user specific access controls, including Motion Picture - MP - ratings, an MP rating being embedded in a predetermined segment of said encoded video, each segment including a different rating intended for a different type of users. - by a metadata generator, generating metadata, said metadata representing an access control policy - ACP - associated with the video, the ACP including authorization rules and cryptographic information associated with an encryption policy; - by an encryptor, encrypting the video into an encrypted video according to said encryption policy; and - by an encoder, encoding said encrypted video into an encoded video with said authorization rules and said cryptographic information, said encoded video having multiple segments;
Application head for spraying a treatment jet, intended to equip an installation for cleaning and/or degreasing manufactured parts, which application head comprises, on the one hand, at least one first outlet nozzle intended to be connected to the means for producing steam, for the application of a central jet consisting of said pressurized steam and, on the other hand, at least one second outlet nozzle surrounding said first nozzle or nozzles, intended to be connected to the means for producing pressurized air, for the application of a peripheral jet consisting of said pressurized air, which application head comprises a body composed of an upstream socket and a downstream skirt, which body is equipped with an upstream/downstream through-housing (21', 26) for the circulation of the pressurized air, which skirt comprises an inner surface that defines an internal volume housed in which is an element that forms a distributor, which distributor incorporates one or more distributing ducts each comprising two ends: an upstream end connected to the steam-production means and a downstream end terminated by the first outlet nozzle (s), and in that said application head comprises a peripheral duct for the movement of the pressurized air that is delimited by the outer surface of said distributor and the inner surface of said skirt, characterized in that said peripheral duct is terminated downstream by an outlet orifice in the form of an outlet ring for the pressurized air, so as to spray, onto said manufactured parts, a treatment jet consisting, on the one hand, of said central jet consisting of said pressurized steam and, on the other hand, of said peripheral jet consisting of said pressurized air, surrounding said central jet.
A watch support (1, 30) of the type comprising an upper part operatively connected to a lower part for movement between a contracted orientation suitable to be placed inside watch strap/bracelet and an expanded orientation where it grips and holds the watch, and biasing means for biasing the upper and lower parts into the expanded orientation, characterized in that the upper part comprises a pair of adjustable wings (6, 7) that are moveable relative to the upper part between an extended disposition and a folded disposition, wherein each wing (6, 7) is operatively connected to the lower part such that movement of the upper and lower parts into a contracted orientation effects movement of the wings into a folded position and movement of the two parts into an expanded orientation effects movement of the wings into an extended position.
A method for the operation of a switchgear of medium-voltage technology or high-voltage technology which comprises a plurality of control panels (12, 14, 16) which are electrically conductively connected to one another via at least one busbar insulated by a solid, wherein the switchgear is de-energized on the detection of a defective control panel, and wherein the defective control panel is removed, repaired and reinstalled after the dismantling of the busbar which connects it in an electrically conductive manner, characterized in that the same busbar is again assembled in an electrically conductive manner after the removal of the defective control panel in that, instead of the removed control panel, a busbar closure (34 - 38) is fastened to the busbar and allows an electrically conductive assembly of the busbar; and in that the switchgear is put back into operation without the defective control panel after the assembly of the busbar.
An axial fan wheel, in particular for the radiator of a motor vehicle engine, comprising: a crown ring having a multiplicity of rotor blades; and a hub having an inner ring which is connected or connectable to a drive shaft, and having, for the purpose of torque transmission, connection surfaces along an external circumference of the hub which are connected to the inner ring and to the crown ring, wherein the hub has through-passages between the inner ring and the external circumference, wherein the connection surfaces along the external circumference are realized by an outer ring arranged radially inside the crown ring along the external circumference,wherein the inner ring is arranged outside a plane of rotation defined by the connection surfaces, characterized in that at least one element, arranged in a rotationally fixed manner on the axial fan wheel inside the crown ring, is designed to maintain a pressure difference in the axial direction when the axial fan wheel rotates; that the at least one element closes off the through-passages between the inner ring and the external circumference, and/or the interior of the crown ring; and that the at least one element is designed as a thin-walled cover. a crown ring having a multiplicity of rotor blades; and a hub having an inner ring which is connected or connectable to a drive shaft, and having, for the purpose of torque transmission, connection surfaces along an external circumference of the hub which are connected to the inner ring and to the crown ring, wherein the hub has through-passages between the inner ring and the external circumference, wherein the connection surfaces along the external circumference are realized by an outer ring arranged radially inside the crown ring along the external circumference,wherein the inner ring is arranged outside a plane of rotation defined by the connection surfaces, characterized in that at least one element, arranged in a rotationally fixed manner on the axial fan wheel inside the crown ring, is designed to maintain a pressure difference in the axial direction when the axial fan wheel rotates; that the at least one element closes off the through-passages between the inner ring and the external circumference, and/or the interior of the crown ring; and that the at least one element is designed as a thin-walled cover.
A method for patterning a workpiece covered at least partly with a layer sensitive to electromagnetic radiation by simultaneously using a plurality of exposure beams having a predetermined separation in at least a first direction for exposing a pattern with an initial dimension onto said workpiece, where said predetermined separation is fixed to an initial system pitch in said first direction, comprising the actions of: - scaling a pattern pitch in said first direction to be an integer multiple of said system pitch, - adjusting the initial system pitch in said first direction to be an adjusted system pitch to maintain said initial dimension of said pattern on said workpiece, characterized in that the method further comprises the action of: - adjusting said predetermined separation of exposure beams to said adjusted system pitch to reduce CD-errors in the pattern on said workpiece. - scaling a pattern pitch in said first direction to be an integer multiple of said system pitch, - adjusting the initial system pitch in said first direction to be an adjusted system pitch to maintain said initial dimension of said pattern on said workpiece, - adjusting said predetermined separation of exposure beams to said adjusted system pitch to reduce CD-errors in the pattern on said workpiece.
Inhibitor of the synthesis of the βAPP protein or of the activity of the Aβ peptide or the expression vector coding for said inhibitor, for its use in the treatment of a neurogenerative disease that is a sporadic or familial form of Alzheimer's disease, by targeting said inhibitor or vector in the choroid plexuses to reduce in them the production of said Aβ peptide, said inhibitor being chosen from among antisense oligonucleotides and interfering RNAs directed against the gene coding for said βAPP protein.
A method of correcting or reducing a conicity or a mass distribution imbalance of a tread strip, the method comprising the steps of: extruding a tread strip having a right hand side, a left hand side and at least one chimney (32, 304, 312); measuring the thickness or the mass of the tread strip at the right hand side and at the left hand side; and if the thickness or the mass of the tread profile at the right hand side and the left hand side is different, adjusting the location of the chimney (32, 304, 312) or the width of the chimney (32, 304, 312) in such a way that the difference in thickness or mass is reduced. extruding a tread strip having a right hand side, a left hand side and at least one chimney (32, 304, 312); measuring the thickness or the mass of the tread strip at the right hand side and at the left hand side; and if the thickness or the mass of the tread profile at the right hand side and the left hand side is different, adjusting the location of the chimney (32, 304, 312) or the width of the chimney (32, 304, 312) in such a way that the difference in thickness or mass is reduced.
Bearing assembly for hydrostatic axial piston units of the swash plate type, comprising: - an inner race, an outer race, and a plurality of roller elements positioned between the inner race and the outer race; - a pad attached to the inner race for forming an inner bearing shell; and - a bed attached to the outer race for forming an outer bearing shell; characterized in that the inner race and the outer race are made of metal, and in that the bearing assembly further comprises assembly tabs mounted in the way of a bracket on outwardly protruding flanges of the pad and the bed, holding together in radial direction the two shells (25 and 31), with a cage in between. - an inner race, an outer race, and a plurality of roller elements positioned between the inner race and the outer race; - a pad attached to the inner race for forming an inner bearing shell; and - a bed attached to the outer race for forming an outer bearing shell;
A robotic mower with a boundary sensing system, comprising: a boundary driving circuit on a charging station transmitting signals on a boundary wire (103, 104); a vehicle control unit, characterized in that the boundary sensing system further comprises four boundary sensors on the robotic mower, and that the vehicle control unit receives the signals from the boundary sensors and cross correlates the signals received from each sensor to a known signal at a known distance to the boundary wire (103, 104) to determine the distance of each sensor to the boundary wire (103, 104) based on the strength of the signal from the boundary wire (103, 104) to indicate proximity of each sensor to the wire (103, 104), wherein the vehicle control unit is adapted to use information from the boundary sensors to determine the angular orientation of the robotic mower relative to the boundary wire. a boundary driving circuit on a charging station transmitting signals on a boundary wire (103, 104); a vehicle control unit, characterized in that the boundary sensing system further comprises four boundary sensors on the robotic mower, and that the vehicle control unit receives the signals from the boundary sensors and cross correlates the signals received from each sensor to a known signal at a known distance to the boundary wire (103, 104) to determine the distance of each sensor to the boundary wire (103, 104) based on the strength of the signal from the boundary wire (103, 104) to indicate proximity of each sensor to the wire (103, 104), wherein the vehicle control unit is adapted to use information from the boundary sensors to determine the angular orientation of the robotic mower relative to the boundary wire.
A hydro/aero power plant equipped with water turbines connected to generators of electricity, comprising a lower and an upper water tank connected with a pipeline having a pump installed, said pump's impeller being coupled with a wind power generator, characterised in that it comprises at least two upper tanks connected with a manifold and at least one water turbine connected to a power generating device, and in the bottom part of said upper tanks air cushions are located, said cushions connected through an air system to an air tank, whereas the wind power plant is composed of at least two segmented columns, each assembled from at least two segments, whereas transmission shafts of said columns are connected to pumps connected to the lower tank.
A method of wireless communication for a user equipment, UE, comprising: receiving, from a base station, first information associated with one or more resources allocated for at least one physical random access channel, PRACH, transmission, the one or more resources being allocated in an unlicensed frequency spectrum, and the one or more resources being allocated based on a multi-tone PRACH bandwidth; receiving, from the base station, second information associated with a frequency hopping configuration, the frequency hopping configuration being associated with at least one of the one or more allocated resources or the multi-tone PRACH bandwidth and wherein the frequency hopping configuration includes a first set of symbol groups located in a first set of adjacent tones and a second set of symbol groups located in a second set of adjacent tones, the second set of adjacent tones being non-adjacent to the first set of adjacent tone; receiving, from the base station, third information indicating a power spectral density, PSD, limit that applies to one or more physical channels; and transmitting, to the base station, the at least one PRACH transmission based on the PSD limit and using the one or more allocated resources within the multi-tone PRACH bandwidth and the frequency hopping configuration. receiving, from a base station, first information associated with one or more resources allocated for at least one physical random access channel, PRACH, transmission, the one or more resources being allocated in an unlicensed frequency spectrum, and the one or more resources being allocated based on a multi-tone PRACH bandwidth; receiving, from the base station, second information associated with a frequency hopping configuration, the frequency hopping configuration being associated with at least one of the one or more allocated resources or the multi-tone PRACH bandwidth and wherein the frequency hopping configuration includes a first set of symbol groups located in a first set of adjacent tones and a second set of symbol groups located in a second set of adjacent tones, the second set of adjacent tones being non-adjacent to the first set of adjacent tone; receiving, from the base station, third information indicating a power spectral density, PSD, limit that applies to one or more physical channels; and transmitting, to the base station, the at least one PRACH transmission based on the PSD limit and using the one or more allocated resources within the multi-tone PRACH bandwidth and the frequency hopping configuration.
A wind power generation system comprising: a blade; a lightning protection device including a receptor provided at the blade and guiding a current of lightning to the ground from the receptor via a lightning conductor; an electric device installed at the blade and including a first electric conductor and a second electric conductor provided apart from each other; a voltage application mechanism for applying a voltage between the first electric conductor and the second electric conductor; a first lightning arrester element having one end thereof electrically connected to the first electric conductor and having the other end thereof grounded; and a second lightning arrester element having one end thereof electrically connected to the second electric conductor and having the other end thereof grounded, characterized in that each of the first lightning arrester element and the second lightning arrester element is a sphere gap arrester in which a pair of spheres is held with a gap provided therebetween. a blade; a lightning protection device including a receptor provided at the blade and guiding a current of lightning to the ground from the receptor via a lightning conductor; an electric device installed at the blade and including a first electric conductor and a second electric conductor provided apart from each other; a voltage application mechanism for applying a voltage between the first electric conductor and the second electric conductor; a first lightning arrester element having one end thereof electrically connected to the first electric conductor and having the other end thereof grounded; and a second lightning arrester element having one end thereof electrically connected to the second electric conductor and having the other end thereof grounded, characterized in that each of the first lightning arrester element and the second lightning arrester element is a sphere gap arrester in which a pair of spheres is held with a gap provided therebetween.
Control system for a fork-lift, comprising: - Human control units generating manual control signals for vehicle actuators, these units comprising a hydraulic steering system, - A control module comprising an automatic control sub-module generating autonomous control signals for one or more vehicle actuators, as a function of setpoint signals, - A switching module designed to select one or more manual control signals and/or one or more autonomous control signals, - An electrohydraulic valve for transforming a control signal from the automatic control sub-module into a signal for the hydraulic steering system, the system being characterized in that it also comprises a servo controller for controlling the electrohydraulic valve, comprising a Proportional-Integral controller, an On/Off controller and means for activating one or other of the PI and On/Off controllers as a function of a forklift speed threshold. - Human control units generating manual control signals for vehicle actuators, these units comprising a hydraulic steering system, - A control module comprising an automatic control sub-module generating autonomous control signals for one or more vehicle actuators, as a function of setpoint signals, - A switching module designed to select one or more manual control signals and/or one or more autonomous control signals, - An electrohydraulic valve for transforming a control signal from the automatic control sub-module into a signal for the hydraulic steering system,