mhurhangee/ep-ind-claims huggingface dataset:
A method for determining channel resources in a user equipment of a Long Term Evolution Advanced, LTE-A, system, comprising: receiving control information transmitted by a base station, wherein in the control information, the minimum value amongst the lowest Physical Resource Block, PRB, index numbers of Physical Uplink Control Channels, PUSCHs, of uplink Carrier Components, CCs, is the sum of the numbers of the PRBs of the PUSCHs of all the uplink CCs; transmitting uplink data to the base station according to the control information; and receiving decoding results on the uplink data fed back by the base station, and determining a Physical Hybrid ARQ Indicator Channel, PHICH, resource location according to the control information, so as to determine a corresponding decoding result from the received decoding results. receiving control information transmitted by a base station, wherein in the control information, the minimum value amongst the lowest Physical Resource Block, PRB, index numbers of Physical Uplink Control Channels, PUSCHs, of uplink Carrier Components, CCs, is the sum of the numbers of the PRBs of the PUSCHs of all the uplink CCs; transmitting uplink data to the base station according to the control information; and receiving decoding results on the uplink data fed back by the base station, and determining a Physical Hybrid ARQ Indicator Channel, PHICH, resource location according to the control information, so as to determine a corresponding decoding result from the received decoding results.
A taping kit comprising two or more tapes (11, 12) suitable to be affixed to a body and containing at least a stretchable substrate and an adhesive layer on one surface of the substrate, the taping kit comprising: a first tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the first tape, and a second tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the second tape. a first tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the first tape, and a second tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the second tape.
An adjustment device for exercise apparatuses, comprising a flange, a flange protrusion being provided on the flange to be inserted in a side wall of an exercise apparatus, a coupling body coupled to said flange, a vertical arm connected to said coupling body so as to be adjusted in the back and forth direction and rotationally with respect to said coupling body, and a coupling arm connected to said vertical arm, characterized in that the device further comprises: adjustment holes being opened on the flange protrusion at defined intervals, wherein the coupling body is configured to be coupled to said flange by means of a pressure bar, an adjustment protrusion which is configured to be placed into said adjustment holes after depression by the user of a pressure pin; a channel being provided on said coupling body, wherein the channel has a width and depth to receive the pressure bar in a movable manner, and a coupling ring through which the coupling body is passed for covering the pressure bar and the channel.
A method of reforming a gasification gas containing carbon monoxide, carbon dioxide, methane, hydrogen, water vapour and nitrogen, as well as tarry impurities, wherein a gas flow, to which oxygen or an oxygenous gas has been added, is brought into contact with a solid catalyst (11, 12), characterized in that the reforming takes place in stages so that, in the first stage, the gas is brought into contact with a catalyst containing a zirconium compound and, in the next stage, with a metal catalyst, containing metallic nickel or a precious metal.
A regulating valve controlled by its own medium for fluid flow-through regulation, having a main valve, which has main valve piston with stroke adjustable in the axial direction, and a main valve seat cooperating therewith, which delimits an outlet chamber radially on the inside and an inlet chamber radially on the outside, and having a pilot valve for controlling the main valve piston, which pilot valve has a control chamber on the side of the main valve piston facing away from the main valve seat, which is fluidically connected to the inlet chamber via a pilot line in the main valve piston and to the outlet chamber via a pressure relief line, and has a pilot valve piston, which in a closed position closes the pressure relief line, namely by building up a closing pressure in the control chamber and by a stroke adjustment of the main valve piston in a closing direction, and which in an open position opens the pressure relief line, namely by equalizing the pressure between the control chamber and the outlet chamber and by a stroke adjustment of the main valve piston in an opening direction, wherein an cleaning wire element that is stationary in the axial direction is guided with hole clearance through the pilot line and the pilot line is movable along the cleaning wire element guided therein during a stroke adjustment of the main valve piston, wherein the cleaning wire element has an actuation contour, which can be brought into sliding engagement with a counter contour formed on the main valve piston at least during the stroke adjustment of the main valve piston, namely by building up a transverse force acting on the cleaning wire element, wherein a helical compression spring extending about the pilot valve piston is supported in the control chamber between the main valve piston and a valve housing wall facing away axially therefrom, and wherein the helical compression spring is extended by the cleaning wire element, characterized in that the cleaning wire element has a round profile or a polygonal profile, in particular a square profile, in that in particular the cleaning wire element having a polygonal profile is helically twisted in order to enhance the scraping properties of the edges, in that the cleaning wire element, in particular the wire base body thereof, has a wave profiling, and in that in particular the wave height of the wave profiling increases in a direction towards the pilot line opening facing the inlet chamber.
A pressure regulator comprising a main body inside which there is defined at least one chamber (11, 12), an inlet opening for introducing into the at least one chamber (11, 12) gas at high pressure and an outlet opening for discharging gas at a reduced pressure, means for reducing the pressure of the gas and a safety device comprising a closure member which is capable of intercepting the inlet opening in the event of excess pressures inside the at least one chamber (11, 12) so as to prevent the flow of gas inside the at least one chamber (11, 12) and a reactivation assembly which is configured to reactivate the safety device into an operating condition such that the flow of gas is again allowed inside the at least one chamber (11, 12), wherein the reactivation assembly comprises a rotatable actuator which is configured so as to urge the closure member in an opening direction of the inlet opening following a rotation thereof about a respective rotation axis, wherein the rotatable actuator comprises a cam which is configured so as to abut the closure member following the rotation of the rotatable actuator, characterized in that the cam defines a peripheral surface which includes a concave portion and a convex portion.
A gas diffusion electrode for a membrane and a membrane-electrode arrangement comprising an adjacent gas diffusion electrode of a fuel cell, in particular a hydrogen-oxygen fuel cell, or of an electrolysis device, in particular an electrolysis device for the water electrolysis, comprising a plurality of layer-wise arranged expanded metal layers (6, 7), wherein adjacent expanded metal layers (6, 7) are connected to each other at contact points of their flat sides (15, 16) facing each other by means of resistance impulse welding, wherein due to the grid design of the expanded metal layers (6, 7) the contact points extend regularly over the entire flat sides (15, 16) facing each other of the expanded metal layers (6, 7) and wherein at least one of the expanded metal layers (6, 7) is arranged in its longitudinal extension such that it is rotated by 90° with respect to one of its adjacent expanded metal layers (6, 7).
A screen printer comprising: a squeegee device configured to spread from above solder paste on a stencil in which is formed a printing pattern; a clamp device configured to grip a board conveyed to a position below the stencil by a board conveyance member that is flat and provided with a board holding portion in a central opening portion, the clamp device comprising a pair of clamp members (33, 35) configured to sandwich the board conveyance member in a widthwise direction thereof; a board supporting device configured to support the board from below and move the board in a vertical direction inside the clamp device; and a raising and lowering device configured to move the board supported inside the clamp device in the vertical direction and position the board at a printing position, characterized in that the clamp device is provided with a board printing guide member (37, 51) configured to be removably attached to an upper end of the pair of clamp members (33, 35), the board printing guide member (37, 51) being formed with an opening portion (371, 511) in a central position thereof and configured such that the board raised from the board conveyance member by the board supporting device and arranged inside the opening portion (371, 511) of the board printing guide member (37, 51) is aligned with a top surface of the board printing guide member (37, 51), wherein the pair of clamp members (33, 35) is configured to sandwich the board printing guide member (37, 51) in said widthwise direction when sandwiching the board conveyance member in said widthwise direction. a squeegee device configured to spread from above solder paste on a stencil in which is formed a printing pattern; a clamp device configured to grip a board conveyed to a position below the stencil by a board conveyance member that is flat and provided with a board holding portion in a central opening portion, the clamp device comprising a pair of clamp members (33, 35) configured to sandwich the board conveyance member in a widthwise direction thereof; a board supporting device configured to support the board from below and move the board in a vertical direction inside the clamp device; and a raising and lowering device configured to move the board supported inside the clamp device in the vertical direction and position the board at a printing position, characterized in that the clamp device is provided with a board printing guide member (37, 51) configured to be removably attached to an upper end of the pair of clamp members (33, 35), the board printing guide member (37, 51) being formed with an opening portion (371, 511) in a central position thereof and configured such that the board raised from the board conveyance member by the board supporting device and arranged inside the opening portion (371, 511) of the board printing guide member (37, 51) is aligned with a top surface of the board printing guide member (37, 51), wherein the pair of clamp members (33, 35) is configured to sandwich the board printing guide member (37, 51) in said widthwise direction when sandwiching the board conveyance member in said widthwise direction.
A method for discovering agent devices connected to a network, said method comprising: broadcasting, from a management station, a multicast discovery message to all agent devices connected to the network, the multicast discovery message comprising a station address uniquely identifying the management station, a session number identifying a session, and command instructions to all discovery aware agent devices connected to the network to answer the discovery message; receiving, at the management station, discovery acknowledge unicast messages from at least some of the discovery aware agent devices connected to the network, the discovery acknowledge unicast messages comprising at least a device address uniquely identifying the discovery aware agent device sending the discovery acknowledge unicast message and the session number identifying the session; and sending, from the management station, a unicast registration message to each discovery aware agent device from which the management station received a corresponding discovery acknowledge unicast message using the device address provided in the corresponding discovery acknowledge unicast message, said unicast registration message comprising a sequence number based on the session number identifying the session; wherein the discovery aware agent device receiving a unicast registration message from the management station will not respond to any subsequent multicast rediscovery messages having the session number identifying the session. broadcasting, from a management station, a multicast discovery message to all agent devices connected to the network, the multicast discovery message comprising a station address uniquely identifying the management station, a session number identifying a session, and command instructions to all discovery aware agent devices connected to the network to answer the discovery message; receiving, at the management station, discovery acknowledge unicast messages from at least some of the discovery aware agent devices connected to the network, the discovery acknowledge unicast messages comprising at least a device address uniquely identifying the discovery aware agent device sending the discovery acknowledge unicast message and the session number identifying the session; and sending, from the management station, a unicast registration message to each discovery aware agent device from which the management station received a corresponding discovery acknowledge unicast message using the device address provided in the corresponding discovery acknowledge unicast message, said unicast registration message comprising a sequence number based on the session number identifying the session;
A method for manufacturing a feed composition comprising the steps of: i. mixing feed components with granules comprising a mixture of an enzyme and a zinc salt of an organic acid, ii. steam treating said composition (i), and iii. pelleting said composition (ii). i. mixing feed components with granules comprising a mixture of an enzyme and a zinc salt of an organic acid, ii. steam treating said composition (i), and iii. pelleting said composition (ii).
A multi-layer gasket for establishing a fluid-tight seal between a first member and second member, comprising: a first functional layer having at least one opening and at least one compression bead projecting out of a plane of said first functional layer by a predetermined distance and extending circumferentially about and spaced from said at least one opening; a second layer overlying said first functional layer and having at least one opening aligned with said at least one opening of said first functional layer; and characterised in that at least one of said first and second layers (130, 132) has an embossed stopper surrounding said aligned openings (134, 135), said embossed stopper having a generally circular bead and a plurality of circumferentially spaced teeth extending radially, directly from said generally circular bead, said generally circular bead and said teeth extend out of said plane by a distance less than said predetermined distance of said compression bead (136, 137) for limiting compression of said compression bead (136, 137). a first functional layer having at least one opening and at least one compression bead projecting out of a plane of said first functional layer by a predetermined distance and extending circumferentially about and spaced from said at least one opening; a second layer overlying said first functional layer and having at least one opening aligned with said at least one opening of said first functional layer; and characterised in that at least one of said first and second layers (130, 132) has an embossed stopper surrounding said aligned openings (134, 135), said embossed stopper having a generally circular bead and a plurality of circumferentially spaced teeth extending radially, directly from said generally circular bead, said generally circular bead and said teeth extend out of said plane by a distance less than said predetermined distance of said compression bead (136, 137) for limiting compression of said compression bead (136, 137).
Method for additively manufacturing at least one three-dimensional object by means of successive layerwise selective irradiation and consolidation of build material layers, whereby each build material layer which is selectively irradiated and consolidated comprises at least one irradiation area which is irradiated and consolidated by means of at least one energy beam, wherein the irradiation area comprises at least one first sub-area having a first heat conductance capability defined by its orientation and/or position relative to non-consolidated build material areas adjacent to the irradiation area and at least one second sub-area having a second heat conductance capability higher than the first heat conductance capability of the first sub-area defined by its orientation and/or position relative to non-consolidated build material areas adjacent to the irradiation area, whereby for at least one irradiation area of at least one build material layer which is to be selectively irradiated and consolidated a respective first sub-area is irradiated before a respective second sub-area, characterized in that the at least one irradiation area is irradiated on basis of an irradiation pattern comprising a plurality of irradiation vectors, whereby for an irradiation vector which comprises at least one section extending in a respective first sub-area and at least one section extending in a second sub-area, the at least one section which extends in the first sub-area is processed and irradiated before the at least one section which extends in the second sub-area. each build material layer which is selectively irradiated and consolidated comprises at least one irradiation area which is irradiated and consolidated by means of at least one energy beam, wherein the irradiation area comprises at least one first sub-area having a first heat conductance capability defined by its orientation and/or position relative to non-consolidated build material areas adjacent to the irradiation area and at least one second sub-area having a second heat conductance capability higher than the first heat conductance capability of the first sub-area defined by its orientation and/or position relative to non-consolidated build material areas adjacent to the irradiation area, whereby for at least one irradiation area of at least one build material layer which is to be selectively irradiated and consolidated a respective first sub-area is irradiated before a respective second sub-area, characterized in that the at least one irradiation area is irradiated on basis of an irradiation pattern comprising a plurality of irradiation vectors, whereby for an irradiation vector which comprises at least one section extending in a respective first sub-area and at least one section extending in a second sub-area, the at least one section which extends in the first sub-area is processed and irradiated before the at least one section which extends in the second sub-area.
A method for controlling a steer-by-wire steering system for motor vehicles, comprising a steering actuator which acts on the steered wheels and is electronically controlled in accordance with a driver's steering request, a feedback actuator which transmits reactions of the road to a steering wheel, and a control unit which controls the feedback actuator, wherein the following method steps for calculating a motor torque (T FBA) for controlling the motor of the feedback actuator are provided: • determining a basic motor torque (T basic) which is dependent on the driving state and on the position; • providing at least one steering function (9, 10, 11) which is part of a first subgroup of steering functions; • limiting the output value of the at least one steering function (9, 10, 11) to reach a predefined safety level in a first limiter; • adaptation of the basic motor torque (T basic) by means of the limited output value of the at least one steering function in a summing element to obtain a resulting motor torque (T FBA); • actuating the feedback actuator with the resulting motor torque (T FBA) which is output by the summing element, characterized in that the at least one steering function (9, 10, 11) has a steering function for providing a damping of the steering, a steering hysteresis and/or for resetting the steering wheel to the center, wherein the first limiter limits the output value of the at least one steering function (9, 10, 11) in accordance with at least one parameter selected from the group comprising a vehicle speed (v), an angular speed (ω) of the motor of the feedback actuator, a torque, applied by the driver, at the steering wheel, and a steering wheel steering angle (α). • determining a basic motor torque (T basic) which is dependent on the driving state and on the position; • providing at least one steering function (9, 10, 11) which is part of a first subgroup of steering functions; • limiting the output value of the at least one steering function (9, 10, 11) to reach a predefined safety level in a first limiter; • adaptation of the basic motor torque (T basic) by means of the limited output value of the at least one steering function in a summing element to obtain a resulting motor torque (T FBA); • actuating the feedback actuator with the resulting motor torque (T FBA) which is output by the summing element,
Melt metallurgical plant comprising a mould for the issue of a cast strip from a mould outlet opening, wherein the mould is constructed as a funnel mould having an upper funnel-shaped region and a lower shape-imparting region with two mutually opposite wide side walls (5, 6) and two narrow side walls respectively connecting the two wide side walls, wherein the two wide side walls (5, 6) are formed to be curved (r K) at the surface thereof facing the cast strip so that the cast strip leaves the mould outlet at an angle (α) to the vertical, characterised in that the plant further comprises an immersion pipe which reaches into the funnel-shaped region and supplies the mould with melt, wherein the immersion pipe is fully curved in the sense of the wide side walls (5, 6) only in the end region thereof facing the mould.
Tool turret having a drive unit, a tool holder (36, 38) comprising a driven unit, in which tool holder a machining tool can be held, and a coupling device for releasably establishing a drive connection between the drive unit and the driven unit, wherein, in a coupling position, a drive shaft of the drive unit is engaged by way of its external toothing with an internal toothing of a driven shaft of the driven unit, characterised in that for collision-free alignment of the external toothing with respect to the internal toothing, before coupling, an alignment device is used, which passes through parts of the driven shaft and has a control means on one side for cooperation with the drive shaft and an alignment means that is controllable by the control means on the other side, said alignment means being securable to the tool holder.