mhurhangee/patent-ind-claim-en huggingface dataset:
Folding apparatus for sheets , comprising at least a conditioning unit suitable to prepare the sheet to be folded, at least an extraction mean mobile along the axis of said conditioning unit in order to extract from the conditioning unit the sheet prepared by the conditioning unit , and at least a folding unit suitable to fold the sheet previously prepared by the conditioning unit and coordinated with said conditioning unit , said conditioning unit being associable in a temporarily stable manner with a sheet feeding unit , wherein said conditioning unit comprises a containing body and a housing guide associated with a limiting body , characterized in that said containing body has a conditioning seating that houses a winding shaft cantilevered.
A system for loading a warewasher, which is embodied as a commercial conveyor warewasher, in particular, wherein the system comprises a loading arrangement for automatic loading of the conveyor warewasher with washware, wherein the loading arrangement comprises a gripping system having at least one parallel gripper , wherein the at least one parallel gripper comprises at least two clamping jaws , between which a gripping region of the parallel gripper is defined, wherein at least one of the at least two clamping jaws is segmented such that the at least one clamping jaw is preferably automatically and/or independently adjustable at least in regions to a surface contour of a piece of washware to be gripped by the at least one parallel gripper , characterized in that the at least one segmented clamping jaw comprises a region that is pretensioned towards the gripping region of the parallel gripper and, when gripping a piece of washware, presses counter to the pretensioning on the washware . the at least one segmented clamping jaw comprises a region that is pretensioned towards the gripping region of the parallel gripper and, when gripping a piece of washware, presses counter to the pretensioning on the washware .
A method for determining a sampling scheme, which method comprises: - obtaining a first fingerprint model relating to a first spatial distribution of a performance parameter over a first portion of a semiconductor substrate and a second fingerprint model relating to a second spatial distribution of said performance parameter over a second portion of the semiconductor substrate; and - determining a sampling point corresponding to a measuring location on the semiconductor substrate for generating measurement data based on an expected reduction of a first uncertainty metric associated with evaluation of the first fingerprint model over the first portion and an expected reduction of a second uncertainty metric associated with evaluation of the second fingerprint model over the second portion. - obtaining a first fingerprint model relating to a first spatial distribution of a performance parameter over a first portion of a semiconductor substrate and a second fingerprint model relating to a second spatial distribution of said performance parameter over a second portion of the semiconductor substrate; and - determining a sampling point corresponding to a measuring location on the semiconductor substrate for generating measurement data based on an expected reduction of a first uncertainty metric associated with evaluation of the first fingerprint model over the first portion and an expected reduction of a second uncertainty metric associated with evaluation of the second fingerprint model over the second portion.
A dryer management system to manage drying a material deposited on a web , comprising: a web transport adapted to convey the web; a dryer unit associated with and disposed downstream of an imager unit having at least one heater unit (206a, 206b, ...206n) adapted to generate a flow of heated air to heat the web; a temperature sensing device (208a, 208b, ...208n) disposed proximate the web to develop an indication of a temperature of the web as the web is convey past the heater unit (206a, 206b, ...206n); and characterized by comprising a closed-loop dryer controller configured to monitor the indication of the temperature developed by the temperature sensing device (208a, 208b, ...208n) and sufficiency of drying of material deposited on the web and configured to adjust operation of the heater unit (206a, 206b, ...206n) to heat the web sufficiently to dry the material deposited on the web and maintain the indication of the temperature developed by the temperature sensing device (208a, 208b, ...208n) below a maximum temperature. a web transport adapted to convey the web; a dryer unit associated with and disposed downstream of an imager unit having at least one heater unit (206a, 206b, ...206n) adapted to generate a flow of heated air to heat the web; a temperature sensing device (208a, 208b, ...208n) disposed proximate the web to develop an indication of a temperature of the web as the web is convey past the heater unit (206a, 206b, ...206n); and characterized by comprising a closed-loop dryer controller configured to monitor the indication of the temperature developed by the temperature sensing device (208a, 208b, ...208n) and sufficiency of drying of material deposited on the web and configured to adjust operation of the heater unit (206a, 206b, ...206n) to heat the web sufficiently to dry the material deposited on the web and maintain the indication of the temperature developed by the temperature sensing device (208a, 208b, ...208n) below a maximum temperature.
A spray through cap for a pressurised fluid container , said cap comprising an outer shell defining an outlet aperture and a sidewall gap , a chassis over which the outer shell sits, the chassis comprising a plinth that supports a spray channel suitable for transferring a pressurised fluid from the pressurised fluid container to the outlet aperture and an activation paddle hinged at its lower edge, said activation paddle comprising a member adjacent to the sidewall gap in the outer shell and a strut projecting inwards from said member , the strut pressing upon a projection from the plinth supporting the spray channel and thereby causing depression of the spray channel when lateral pressure is applied to the member adjacent to the sidewall, characterised in that the projection from the plinth extends in a direction orthogonal to the inward projecting strut of the activation paddle .
A method, comprising: applying a multi-pulse waveform to an actuator of a droplet ejection device , the multi-pulse waveform includes a drop-firing portion having at least one drive pulse and a non-drop-firing portion having a jet straightening edge with a droplet straightening function and at least one cancellation edge having an energy canceling function; and causing the droplet ejection device to eject a droplet of a fluid in response to the at least one drive pulse , wherein the non-drop-firing portion of the multi-pulse waveform includes the jet straightening edge in a first position followed by the at least one cancellation edge in a second position with a cancel edge delay being a time period from the jet straightening edge to a cancellation edge of the at least one cancelation edge , characterised in that a peak voltage of the jet straightening edge is less than a peak voltage of the at least one cancellation edge , which is less than a peak voltage of the at least one drive pulse of the drop-firing portion . applying a multi-pulse waveform to an actuator of a droplet ejection device , the multi-pulse waveform includes a drop-firing portion having at least one drive pulse and a non-drop-firing portion having a jet straightening edge with a droplet straightening function and at least one cancellation edge having an energy canceling function; and causing the droplet ejection device to eject a droplet of a fluid in response to the at least one drive pulse , wherein the non-drop-firing portion of the multi-pulse waveform includes the jet straightening edge in a first position followed by the at least one cancellation edge in a second position with a cancel edge delay being a time period from the jet straightening edge to a cancellation edge of the at least one cancelation edge , characterised in that a peak voltage of the jet straightening edge is less than a peak voltage of the at least one cancellation edge , which is less than a peak voltage of the at least one drive pulse of the drop-firing portion .
A compound having formula I, or a pharmaceutically acceptable salt or enantiomer or tautomer thereof: wherein, each of R 1 , R 2 and R 3 is independently selected from hydrogen, halogen, C 1 -C 3 alkyl, amino and hydroxyl; is selected from: R 6 is selected from deuterium, halogen, amino and hydroxyl; n is 0, 1 or 2; Q is aryl or heteroaryl optionally substituted with one or more halogens, the aryl group is phenyl, and the heteroaryl is selected from furyl, pyrrolyl, thienyl and pyridyl; the enantiomer is racemate or R isomer. each of R 1 , R 2 and R 3 is independently selected from hydrogen, halogen, C 1 -C 3 alkyl, amino and hydroxyl; is selected from: R 6 is selected from deuterium, halogen, amino and hydroxyl; n is 0, 1 or 2; Q is aryl or heteroaryl optionally substituted with one or more halogens, the aryl group is phenyl, and the heteroaryl is selected from furyl, pyrrolyl, thienyl and pyridyl; the enantiomer is racemate or R isomer.
A linalool synthase comprising an amino acid sequence having at least 70% sequence identity to the amino acid sequence of SEQ ID NO:1, and an amino acid substitution corresponding to one or more of L72 and V214 relative to SEQ ID NO:1, wherein (i) the linalool synthase comprises an amino acid sequence of SEQ ID NO:2, 3, 4, 5, or 6, and/or (ii) the linalool synthase produces a greater linalool yield and/or higher linalool:nerolidol ratio compared with the corresponding wild type linalool synthase. (i) the linalool synthase comprises an amino acid sequence of SEQ ID NO:2, 3, 4, 5, or 6, and/or (ii) the linalool synthase produces a greater linalool yield and/or higher linalool:nerolidol ratio compared with the corresponding wild type linalool synthase.
A mechanical seal arrangement, comprising: - at least one sliding ring seal with a rotating sliding ring and a stationary sliding ring , which define a sealing gap therebetween, and - at least one sensor for detecting at least one physical value, wherein the sensor is arranged at one of the sliding rings or a component connected to the sliding ring, and - a wireless transmission device with a first transmitter-receiver device , which is arranged at the sensor , and a second transmitter-receiver device , which is arranged at a stationary component, wherein a transmission of data and electrical energy by induction to the sensor between the first and second transmitter-receiver devices is performed wirelessly, and - an evaluation unit , characterised in that the evaluation unit is arranged directly at the sensor and is configured to reduce amounts of data to be transmitted, - wherein multiple sensors are arranged at one of the sliding rings, and - wherein the physical values, which the sensors record, is a structure-borne sound of the rotating sliding ring and/or of the stationary sliding ring and is a gap height of the sealing gap between the rotating and the stationary sliding ring. - at least one sliding ring seal with a rotating sliding ring and a stationary sliding ring , which define a sealing gap therebetween, and - at least one sensor for detecting at least one physical value, wherein the sensor is arranged at one of the sliding rings or a component connected to the sliding ring, and - a wireless transmission device with a first transmitter-receiver device , which is arranged at the sensor , and a second transmitter-receiver device , which is arranged at a stationary component, wherein a transmission of data and electrical energy by induction to the sensor between the first and second transmitter-receiver devices is performed wirelessly, and - an evaluation unit , characterised in that the evaluation unit is arranged directly at the sensor and is configured to reduce amounts of data to be transmitted, - wherein multiple sensors are arranged at one of the sliding rings, and - wherein the physical values, which the sensors record, is a structure-borne sound of the rotating sliding ring and/or of the stationary sliding ring and is a gap height of the sealing gap between the rotating and the stationary sliding ring.
An interface assembly for a gas turbine engine , comprising: an outer case that defines an engine axis (A), a full-hoop vane ring around the engine axis (A), and a multiple of BOAS segments around the engine axis (A), characterised in that : the outer case comprises an anti-rotation case slot ; the full-hoop vane ring comprises a forward vane rail with a vane ring forward contact surface and a vane ring anti-rotation tab , the vane ring anti-rotation tab engaged with the anti-rotation case slot ; and each of the multiple of BOAS segments comprises a BOAS aft engagement feature and a BOAS aft contact surface , the BOAS aft engagement feature engaged with the outer case and the anti-rotation case slot , and the BOAS aft contact surface abutting the vane ring forward contact surface . the outer case comprises an anti-rotation case slot ; the full-hoop vane ring comprises a forward vane rail with a vane ring forward contact surface and a vane ring anti-rotation tab , the vane ring anti-rotation tab engaged with the anti-rotation case slot ; and each of the multiple of BOAS segments comprises a BOAS aft engagement feature and a BOAS aft contact surface , the BOAS aft engagement feature engaged with the outer case and the anti-rotation case slot , and the BOAS aft contact surface abutting the vane ring forward contact surface .
A method of welding railway rails comprising: pushing the ends of first and second rails away from each other; placing a metal insert between the ends of the first and second rails ; heating the ends of the first and second rails by electromagnetic induction, to reach a welding temperature; forcing the ends of the first and second rails towards each other with a forging pressure, while the insert is between the ends of the first and second rails , so as to move the rails towards each other and displace material in an upset phase to create a forge welded joint and thereby welding each of the first and second rails either to the insert or to the other of the first and second rails. pushing the ends of first and second rails away from each other; placing a metal insert between the ends of the first and second rails ; heating the ends of the first and second rails by electromagnetic induction, to reach a welding temperature; forcing the ends of the first and second rails towards each other with a forging pressure, while the insert is between the ends of the first and second rails , so as to move the rails towards each other and displace material in an upset phase to create a forge welded joint and thereby welding each of the first and second rails either to the insert or to the other of the first and second rails.
A method for determining a location of a handheld reader within a facility , comprising: performing first operations by the handheld reader to read Radio Frequency Identifier ("RFID") tags (112 1 -112 N , 118 1 -118 N ) having locations within the facility that are unknown to the handheld reader ; performing second operations by the handheld reader to receive first signals from a plurality of stationary Radio Frequency ("RF") enabled devices located at known locations within the facility ; and determining at least one of an orientation of the handheld reader and a location of the handheld reader within the facility using a combination of at least two of Received Signal Strength Indicator ("RSSI") levels of the first signals, known locations of the RF enabled devices associated with the RSSI levels, Time-Of-Flight ("TOF") values computed for the first signals, known locations of the RF enabled devices associated with the TOF values, sensor data generated by first sensors disposed in the handheld reader , sensor data generated by second sensors disposed at known locations within the facility , known antenna patterns of the RF enabled devices , a known antenna pattern of the handheld reader , and information indicating which RFID tags (112 1 -112 N , 118 1 -118 N ) were read by the handheld reader and at least one of the RF enabled devices ; wherein the first and second operations are performed while the handheld reader is being carried by a person throughout the facility . performing first operations by the handheld reader to read Radio Frequency Identifier ("RFID") tags (112 1 -112 N , 118 1 -118 N ) having locations within the facility that are unknown to the handheld reader ; performing second operations by the handheld reader to receive first signals from a plurality of stationary Radio Frequency ("RF") enabled devices located at known locations within the facility ; and determining at least one of an orientation of the handheld reader and a location of the handheld reader within the facility using a combination of at least two of Received Signal Strength Indicator ("RSSI") levels of the first signals, known locations of the RF enabled devices associated with the RSSI levels, Time-Of-Flight ("TOF") values computed for the first signals, known locations of the RF enabled devices associated with the TOF values, sensor data generated by first sensors disposed in the handheld reader , sensor data generated by second sensors disposed at known locations within the facility , known antenna patterns of the RF enabled devices , a known antenna pattern of the handheld reader , and information indicating which RFID tags (112 1 -112 N , 118 1 -118 N ) were read by the handheld reader and at least one of the RF enabled devices ; wherein the first and second operations are performed while the handheld reader is being carried by a person throughout the facility .
A blade assembly of a waste catchment system for a roller , the blade assembly comprising a support plate for attachment to a tray of the waste catchment system and a blade holder , the blade holder configured to receive a blade having a longitudinal axis and a free edge extending in the direction of the longitudinal axis and adapted to engage with the roller to be cleaned, wherein the blade holder is configured to receive and retain the blade , and wherein the blade holder and the blade comprise respective co-operating elements configured to constrain the blade against movement relative to the blade holder in a direction perpendicular to the longitudinal axis of the blade, characterized in that the blade is removably attachable to the blade holder such that the blade is removable from the blade holder and insertable into the blade holder by moving the blade in the direction of the longitudinal axis.
Series compensation device for an electrical energy transmission network - having a transformer , wherein a primary winding of the transformer can be connected in series in a phase line (L1) of the energy transmission network , and - having a modular multi-level power converter , which comprises a plurality of modules (1_1 ... 1_n) which form an electrical module series circuit , - wherein the modular multi-level power converter is connected to a secondary winding of the transformer , characterized in that - the modular multi-level power converter comprises a DC voltage connection and the DC voltage connection is connected to an energy store , as a result of which the modular multi-level power converter is configured to feed not just reactive power but also active power into the energy transmission network, and - the energy store comprises a plurality of energy storage units , which are connected to one another and directly electrically connected in series so as to form energy storage unit series circuits, wherein a plurality of such energy storage unit series circuits are connected in parallel. - having a transformer , wherein a primary winding of the transformer can be connected in series in a phase line (L1) of the energy transmission network , and - having a modular multi-level power converter , which comprises a plurality of modules (1_1 ... 1_n) which form an electrical module series circuit , - wherein the modular multi-level power converter is connected to a secondary winding of the transformer , characterized in that - the modular multi-level power converter comprises a DC voltage connection and the DC voltage connection is connected to an energy store , as a result of which the modular multi-level power converter is configured to feed not just reactive power but also active power into the energy transmission network, and - the energy store comprises a plurality of energy storage units , which are connected to one another and directly electrically connected in series so as to form energy storage unit series circuits, wherein a plurality of such energy storage unit series circuits are connected in parallel.
A turning working vehicle (A) where an operation part is arranged in a cabin mounted on a turning body , a prime mover part (E) is arranged behind and below the operation part, a portion of the prime mover part is arranged in a rearwardly projecting manner from an area below a rear wall of the cabin, and the projecting portion of the prime mover part is covered by a hood which is openable and closable, wherein a housing part for housing a condenser for an air conditioner which houses the condenser for an air conditioner and a receiver dryer is mounted on a lower portion of the rear wall of the cabin, characterized in that : the rear wall portion is formed of a rear window portion and the housing part for housing the condenser , and the housing part is configured with a box-shaped housing part inner wall mounted on an inner peripheral portion which is formed into a laterally-elongated rectangular frame shaped by lower half portions of left and right rear columnar bodies of the cabin , rear intermediate partition body and rear lower lateral member in a frontwardly projecting manner so that a recessed housing space with a rear surface opened is formed. the rear wall portion is formed of a rear window portion and the housing part for housing the condenser , and the housing part is configured with a box-shaped housing part inner wall mounted on an inner peripheral portion which is formed into a laterally-elongated rectangular frame shaped by lower half portions of left and right rear columnar bodies of the cabin , rear intermediate partition body and rear lower lateral member in a frontwardly projecting manner so that a recessed housing space with a rear surface opened is formed.