mhurhangee/ep-ind-claims huggingface dataset:
A remotely operated vehicle for picking up a storage bin from an underlying storage system, comprising a vehicle body having a cavity adapted to contain the entire storage bin, vehicle rolling means for movement of the vehicle on the underlying storage system and a lifting assembly for lifting the storage bin from the underlying storage system to a position above the lowest level of the vehicle rolling means, wherein - the lifting assembly comprises a lifting frame, a rotatable lifting shaft, a first lifting band assembly and a second lifting band assembly; - the lifting frame is connectable to the storage bin; and - each of the first lifting band assembly and the second lifting band assembly comprises two separate lifting bands, each separate lifting band having a frame connecting band end and a shaft connecting band end, the shaft connecting band end being connected to the rotatable lifting shaft, such that the lifting frame is lowered or raised in a vertical direction, and the lifting bands are spooled off or on the rotatable lifting shaft, depending on the direction in which the rotatable lifting shaft rotates, wherein each of the shaft connecting band ends is connected to the rotatable lifting shaft at different longitudinal positions along said shaft; and the shaft connecting band ends of the first lifting assembly and the second lifting assembly are connected to the rotatable lifting shaft at positions being in a common plane containing a centreline of the rotatable lifting shaft, such that all frame connecting band ends will move an equal distance when the lifting shaft is rotated during use, characterised in that the lifting assembly comprises direction changing means for changing the direction of the lifting bands from a substantially horizontal direction to a vertical direction, wherein the rotatable lifting shaft is arranged in the centre of an upper part of the vehicle body. - the lifting assembly comprises a lifting frame, a rotatable lifting shaft, a first lifting band assembly and a second lifting band assembly; - the lifting frame is connectable to the storage bin; and - each of the first lifting band assembly and the second lifting band assembly comprises two separate lifting bands, each separate lifting band having a frame connecting band end and a shaft connecting band end, the shaft connecting band end being connected to the rotatable lifting shaft, such that the lifting frame is lowered or raised in a vertical direction, and the lifting bands are spooled off or on the rotatable lifting shaft, depending on the direction in which the rotatable lifting shaft rotates, wherein each of the shaft connecting band ends is connected to the rotatable lifting shaft at different longitudinal positions along said shaft; and
A method of preparing a carboxylic acid, comprising: forming a reaction mixture comprising levulinic acid, an oxidant selected from a peroxide, and an acid or a base, under conditions suitable to prepare the carboxylic acid.
A deactivation method in a crosstalk scenario, wherein when M transceivers of a central office end send data by using M lines and perform crosstalk cancellation on the M lines by using a canceller, the method comprises: when the M transceivers are in a data transmission showtime state, if a trigger state change event is detected, switching, by N transceivers, to a deactivation execution state, to deactivate N lines among the M lines, wherein M and N are positive integers; characterized in that the method further comprises: before completing deactivation, acquiring an update coefficient used to update a crosstalk cancellation coefficient between M-N active lines, updating the crosstalk cancellation coefficient between the M-N active lines by using the update coefficient, and controlling the N_transceivers in the deactivation execution state to enter a silent or an idle state, wherein the switching, by N transceivers, to a deactivation execution state, to deactivate N lines among the M lines comprises: turning off a downstream signal X d that has not passed through the canceller and that corresponds to each deactivated line among the N lines, and controlling an analog front end of each transceiver among the N transceivers to continue to send a signal. when the M transceivers are in a data transmission showtime state, if a trigger state change event is detected, switching, by N transceivers, to a deactivation execution state, to deactivate N lines among the M lines, wherein M and N are positive integers; characterized in that the method further comprises: before completing deactivation, acquiring an update coefficient used to update a crosstalk cancellation coefficient between M-N active lines, updating the crosstalk cancellation coefficient between the M-N active lines by using the update coefficient, and controlling the N_transceivers in the deactivation execution state to enter a silent or an idle state, turning off a downstream signal X d that has not passed through the canceller and that corresponds to each deactivated line among the N lines, and controlling an analog front end of each transceiver among the N transceivers to continue to send a signal.
A drying nozzle having a mean flow direction, an inlet that receives an incoming gas stream and an exit that produces a drying gas, comprising: a chamber including a first side proximal to the inlet and distal to the exit, a second side distal to the inlet and proximal to the exit, and chamber walls (41, 42, 20, 22) extending from the first side to the second side; the chamber walls defining an exit region (Region III), an inlet region (Region I) and a mid-region (Region II) of the nozzle, the exit region defining a first volume for gas flow from the mid-region to the exit, and the mid-region defining a second volume for gas flow from the inlet region to the exit region; the exit region being formed at least in part by walls (41a, 42a) that converge towards each other in the flow direction, a first diffuser disposed proximal to the inlet and distal to the exit, the first diffuser forming a first plurality of openings; a second diffuser disposed proximal to the exit and distal to the first diffuser, the second diffuser forming a second plurality of openings and having a cross-sectional area configured to direct gas over the surface of a coated medical device, such that during steady state flow the nozzle produces a gas at the exit that has a substantially uniform velocity and temperature profile across the exit; characterised in that the mid-region in formed by a circular opening in fluid communication with the inlet region, a first set of tapered walls (41b,42b) that diverge away from each other in the flow direction, a second set of walls (20,22) that converge in the flow direction and the first diffuser. a chamber including a first side proximal to the inlet and distal to the exit, a second side distal to the inlet and proximal to the exit, and chamber walls (41, 42, 20, 22) extending from the first side to the second side; the chamber walls defining an exit region (Region III), an inlet region (Region I) and a mid-region (Region II) of the nozzle, the exit region defining a first volume for gas flow from the mid-region to the exit, and the mid-region defining a second volume for gas flow from the inlet region to the exit region; the exit region being formed at least in part by walls (41a, 42a) that converge towards each other in the flow direction, a first diffuser disposed proximal to the inlet and distal to the exit, the first diffuser forming a first plurality of openings; a second diffuser disposed proximal to the exit and distal to the first diffuser, the second diffuser forming a second plurality of openings and having a cross-sectional area configured to direct gas over the surface of a coated medical device, such that during steady state flow the nozzle produces a gas at the exit that has a substantially uniform velocity and temperature profile across the exit; characterised in that the mid-region in formed by a circular opening in fluid communication with the inlet region, a first set of tapered walls (41b,42b) that diverge away from each other in the flow direction, a second set of walls (20,22) that converge in the flow direction and the first diffuser.
A sole structure for an article of footwear, the sole structure comprising: a plate having a first side and a second side, wherein the first side is configured to be ground-facing when the plate is a component of an article of footwear, and a plurality of traction elements disposed on the first side of the plate characterized in that the plate comprises a polyolefin-based resin composition including a polyolefin copolymer, a polymeric resin modifier, and a thermoplastic vulcanizate. a plate having a first side and a second side, wherein the first side is configured to be ground-facing when the plate is a component of an article of footwear, and a plurality of traction elements disposed on the first side of the plate characterized in that the plate comprises a polyolefin-based resin composition including a polyolefin copolymer, a polymeric resin modifier, and a thermoplastic vulcanizate.
A leak test method characterized by comprising: reducing first pressure in an inspection space in a work and second pressure in a space in a master chamber; humidifying the inspection space in the work; and detecting a change in differential pressure between the inspection space in the work and the space in the master chamber, while the inspection space in the work is in a water-vapor saturated state, wherein a leak in the inspection space in the work is detected from the change in the differential pressure. reducing first pressure in an inspection space in a work and second pressure in a space in a master chamber; humidifying the inspection space in the work; and detecting a change in differential pressure between the inspection space in the work and the space in the master chamber, while the inspection space in the work is in a water-vapor saturated state, wherein a leak in the inspection space in the work is detected from the change in the differential pressure.
A wall hanging fixing device comprising: - a decoration cover provided with an open pore; - a supporting member; - a hanging member fixed on a supporting seat in an inner side of the decoration cover with screws, the hanging member including a hanging connection groove which is fit with the supporting member; - a movable member configured to move linearly towards or away from the hanging connection groove, the movable member having a wedge-shaped clamping part such that the wedge-shaped clamping part of the movable member and the hanging connection groove are configured to match up and clamp the supporting member when the movable member moves towards the hanging connection groove; and - a bolt having a bolt head positioned on an edge of the decoration cover with the open pore on the decoration cover positioned correspondingly to the bolt head, wherein the movable member, subject to a threaded connection to the bolt, is configured to move towards or away from the hanging connection groove when driven by the bolt, and wherein the wall hanging fixing device includes an axially positioning element of the bolt, wherein the axially positioning element comprises a first half body and a second half body, wherein the first half body is molded on the hanging member, and wherein the second half body is connected to the first half body by screws. - a decoration cover provided with an open pore; - a supporting member; - a hanging member fixed on a supporting seat in an inner side of the decoration cover with screws, the hanging member including a hanging connection groove which is fit with the supporting member; - a movable member configured to move linearly towards or away from the hanging connection groove, the movable member having a wedge-shaped clamping part such that the wedge-shaped clamping part of the movable member and the hanging connection groove are configured to match up and clamp the supporting member when the movable member moves towards the hanging connection groove; and - a bolt having a bolt head positioned on an edge of the decoration cover with the open pore on the decoration cover positioned correspondingly to the bolt head,
System for assisting an aircraft capable of vertical landing in performing a landing operation on a landing area, comprising a retaining cable and a cable winch, which is driven by a winch motor and is designed for rolling up and unrolling the retaining cable, and comprising a control device, designed for controlling the cable winch, and a fastening device, to which the cable winch is connected by way of the retaining cable and which can be fastened on the aircraft in order to connect the cable winch to the aircraft by way of the retaining cable, wherein the system has a coupling device, arranged on the cable winch, and is designed to be carried along by the aircraft, and wherein - the control device is designed to control the cable winch in such a way that, at the beginning of the landing operation, the cable winch is let out from the aircraft onto the landing area by unrolling the retaining cable, - the coupling device is designed to establish a coupled state of the aircraft, in which the aircraft is connected to the landing area by way of the retaining cable, by establishing a releasable connection between the let-out cable winch and the landing area, and - the control device is designed to control the cable winch in such a way that, during the landing operation, an uninterrupted cable force is exerted on the aircraft by rolling up the retaining cable in the coupled state of the aircraft. - the control device is designed to control the cable winch in such a way that, at the beginning of the landing operation, the cable winch is let out from the aircraft onto the landing area by unrolling the retaining cable, - the coupling device is designed to establish a coupled state of the aircraft, in which the aircraft is connected to the landing area by way of the retaining cable, by establishing a releasable connection between the let-out cable winch and the landing area, and - the control device is designed to control the cable winch in such a way that, during the landing operation, an uninterrupted cable force is exerted on the aircraft by rolling up the retaining cable in the coupled state of the aircraft.
A method for coating a work piece having a layer containing TiB 2 with the following steps: - equipping a coating chamber with the workpiece to be coated - depositing the layer containing TiB 2 using a nonreactive high power magnetron sputtering process in an atmosphere containing a working gas by alternately acting on TiB 2 targets, characterized in that at least two TiB 2 targets are acted on with a power of greater than 20 kW from a DC power source, such that the power density temporarily results in a local current density of more than 0,2 A/cm 2 on the targets, wherein the targets have to process a power of no greater than 10 kW, averaged over time, that the roughness of the layer containing TiB 2 is influenced by setting the partial pressure of the working gas, and that a partial pressure of the working gas of not less than 0,75 Pa is maintained at least temporarily for sputtering. - equipping a coating chamber with the workpiece to be coated - depositing the layer containing TiB 2 using a nonreactive high power magnetron sputtering process in an atmosphere containing a working gas by alternately acting on TiB 2 targets, characterized in that at least two TiB 2 targets are acted on with a power of greater than 20 kW from a DC power source, such that the power density temporarily results in a local current density of more than 0,2 A/cm 2 on the targets, wherein the targets have to process a power of no greater than 10 kW, averaged over time, that the roughness of the layer containing TiB 2 is influenced by setting the partial pressure of the working gas, and that a partial pressure of the working gas of not less than 0,75 Pa is maintained at least temporarily for sputtering.
A method for routing and wavelength assignment, RWA, in an optical network, applied in a centralized RWA, comprising: a topology step in which a topology network of the optical network is obtained; a route calculation step in which only one route in the topology network is calculated, a first node and a last node of the route being predetermined, and the route being one of all routes from the first node to the last node; and a wavelength assignment determination step following the calculation of the one route in the route calculation step, in which for each node on the route, it is determined whether link attribute information of the node meets a predetermined constraint condition, if the predetermined constraint condition is met at each node on the route, the route is selected as a working route, the wavelength assignment is performed for the selected working route, and the method ends; otherwise, the method returns to the route calculation step to calculate a next route from the first node to the last node; wherein, when one route that meets a route constraint condition is calculated in the route calculation step, the wavelength assignment determination step is performed for the route, instead of performing the wavelength assignment at one time after a plurality of routes are calculated. a topology step in which a topology network of the optical network is obtained; a route calculation step in which only one route in the topology network is calculated, a first node and a last node of the route being predetermined, and the route being one of all routes from the first node to the last node; and a wavelength assignment determination step following the calculation of the one route in the route calculation step, in which for each node on the route, it is determined whether link attribute information of the node meets a predetermined constraint condition, if the predetermined constraint condition is met at each node on the route, the route is selected as a working route, the wavelength assignment is performed for the selected working route, and the method ends; otherwise, the method returns to the route calculation step to calculate a next route from the first node to the last node; wherein, when one route that meets a route constraint condition is calculated in the route calculation step, the wavelength assignment determination step is performed for the route, instead of performing the wavelength assignment at one time after a plurality of routes are calculated.
A yarn winding device that unwinds a yarn from a yarn supplying section capable of supplying the yarn and winds the yarn on a winding tube (Bm) to form a package, the yarn winding device comprising a braking device including a braking member that brakes rotation of the package; a chamber that operates the braking member by change of a pressure of fluid; and a fluid pressure changing section that changes the pressure of the fluid supplied to the chamber, characterized in that the fluid pressure changing section includes a first valve arranged between the chamber and a fluid supply port connected to a fluid supply source; a second valve arranged between the chamber and a fluid discharge port; and a fluid pressure controlling section that opens and closes the first valve and the second valve independently. a braking member that brakes rotation of the package; a chamber that operates the braking member by change of a pressure of fluid; and a fluid pressure changing section that changes the pressure of the fluid supplied to the chamber, characterized in that a first valve arranged between the chamber and a fluid supply port connected to a fluid supply source; a second valve arranged between the chamber and a fluid discharge port; and a fluid pressure controlling section that opens and closes the first valve and the second valve independently.
An active-energy-ray-curable resin composition comprising: a urethane (meth)acrylate prepared through a reaction in which a polyalkylene glycol having a weight-average molecular weight (Mw) in a range of 5,000 to 30,000, a polyisocyanate, and a (meth)acrylate intramolecularly including a hydroxyl group serve as essential raw-material components; and a polyfunctional (meth)acrylate, with a mass ratio [ /] of to being in a range of 0.1/99.9 to 15/85, wherein the polyfunctional (meth)acrylate includes both a monomeric (meth)acrylate having a functionality of 4 or more and an oligomeric polyfunctional (meth)acrylate that has a weight-average molecular weight (Mw) in a range of 600 to 3,000.
A device for opening an end region of a tubular bag body, which end region extends between an open tube body end and a bottom centre line, comprising a transporting means on which the bag body with contiguous tube walls (10a, 10b) can be transported in a transporting direction at a transporting speed, with the bottom centre line being oriented in the transporting direction, and comprising suction devices (13, 14) which are driven so that they can be reciprocated transversely to the transporting direction, which suction devices are movable toward each other until they rest against the tube walls (10a, 10b) of the bag body's end region located therebetween and thereupon are movable away from each other, with suction force being exerted on the respective tube wall, whereby they pull the tube walls away from each other, wherein in addition, the suction devices (13, 14) can be reciprocated in an oblique direction, which is oriented at an angle (α) to the bottom centre line, characterized in that the oblique direction is oriented in the transporting direction and in that the suction devices (13, 14) located opposite to each other are each arranged on a retainer which is hinged to first ends of two parallel swivel arms (4, 5), of which at least one is driven so as to be pivotable transversely to the transporting direction, with second ends of the swivel arms (4, 5) being hinged to a support carriage, which support carriage is driven so that it can be reciprocated in the oblique direction in a guide rail.
A method of wireless communication at a user equipment, UE (802, 802', 1050), comprising: receiving information in a configuration from a base station (850, 1002, 1002') comprising at least one threshold number of bits; determining a first threshold number of bits to apply in selecting a format from a plurality of formats, the format used by the UE (802, 802', 1050) for a first transmission of control information, wherein the first threshold number of bits to apply in selecting the format is based on the information received in the configuration from the base station; determining a first size of a first payload for the first transmission of control information; selecting a first format for the first transmission of control information based on the first size and the first threshold number of bits; and sending, by the UE (802, 802', 1050), the first transmission on an uplink carrier in accordance with the first format. receiving information in a configuration from a base station (850, 1002, 1002') comprising at least one threshold number of bits; determining a first threshold number of bits to apply in selecting a format from a plurality of formats, the format used by the UE (802, 802', 1050) for a first transmission of control information, wherein the first threshold number of bits to apply in selecting the format is based on the information received in the configuration from the base station; determining a first size of a first payload for the first transmission of control information; selecting a first format for the first transmission of control information based on the first size and the first threshold number of bits; and sending, by the UE (802, 802', 1050), the first transmission on an uplink carrier in accordance with the first format.