mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring bit rate in a user equipment, UE, for use in a wireless communication system, the method comprising: receiving guaranteed bit rate information, the guaranteed bit rate information comprising one or more bit rates which are supported by a base station, BS, for communications with the UE; displaying each value of the one or more bit rates included in the guaranteed bit rate information on a display of the UE; selecting a minimum guaranteed bit rate responsive to user input received at the UE, wherein the minimum guaranteed bit rate is a bit rate identified by the guaranteed bit rate information; generating a first request message requesting the selected minimum guaranteed bit rate; transmitting the first request message from the UE to the BS, the first request message including a request for receiving communications from the BS at the selected minimum guaranteed bit rate; receiving a response message from the BS in response to the first request message; receiving data from the BS at a bit rate which is at or greater than the selected minimum guaranteed bit rate when the response message comprises an acknowledgement, ACK, message; and displaying each value of at least one recommended bit rate on the display when the response message comprises a negative acknowledgement, NACK, message, wherein the NACK message includes information about the at least one recommended bit rate, and wherein the at least one recommended bit rate is less than the minimum guaranteed bit rate and is acceptable to the BS. receiving guaranteed bit rate information, the guaranteed bit rate information comprising one or more bit rates which are supported by a base station, BS, for communications with the UE; displaying each value of the one or more bit rates included in the guaranteed bit rate information on a display of the UE; selecting a minimum guaranteed bit rate responsive to user input received at the UE, wherein the minimum guaranteed bit rate is a bit rate identified by the guaranteed bit rate information; generating a first request message requesting the selected minimum guaranteed bit rate; transmitting the first request message from the UE to the BS, the first request message including a request for receiving communications from the BS at the selected minimum guaranteed bit rate; receiving a response message from the BS in response to the first request message; receiving data from the BS at a bit rate which is at or greater than the selected minimum guaranteed bit rate when the response message comprises an acknowledgement, ACK, message; and displaying each value of at least one recommended bit rate on the display when the response message comprises a negative acknowledgement, NACK, message, wherein the NACK message includes information about the at least one recommended bit rate, and wherein the at least one recommended bit rate is less than the minimum guaranteed bit rate and is acceptable to the BS.
A kitchen appliance comprising: a base housing a motor, the base having an upper surface and a first portion of a magnetic drive coupling beneath the upper surface, wherein the first portion comprises a first magnet arrangement; a container, wherein a bottom side of the container is for mounting on the base, wherein the container houses: a tool; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; and a separator arrangement (70,71,72,74) for axially separating the first portion of the magnetic drive coupling from the second portion of the magnetic drive coupling, characterized in that the separator arrangement comprises a pivotable lever with mechanical advantage for moving up and down the second portion of the magnetic coupling within the container. a base housing a motor, the base having an upper surface and a first portion of a magnetic drive coupling beneath the upper surface, wherein the first portion comprises a first magnet arrangement; a container, wherein a bottom side of the container is for mounting on the base, wherein the container houses: a tool; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; and a tool; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; and a separator arrangement (70,71,72,74) for axially separating the first portion of the magnetic drive coupling from the second portion of the magnetic drive coupling, characterized in that the separator arrangement comprises a pivotable lever with mechanical advantage for moving up and down the second portion of the magnetic coupling within the container.
A fastening system comprising: a ball portion (102, 122, 142, 154, 164, 192) having slots (30, 30', 80, 80', 82, 82') formed therein, said ball portion (102, 122, 142, 154, 164, 192) including a first article fastener; a socket portion (108, 128, 144, 154, 170, 182, 202) having a cavity (22, 72, 109, 130, 150) for retaining said ball portion, said socket portion including raised surfaces extending from said cavity (22, 72, 109, 130, 150), said socket portion (108, 128, 144, 156, 170, 182, 202) further including a second article fastener, whereby said raised surfaces retain said ball portion (102, 122, 142, 154, 164, 192) within said socket portion (108, 128, 144, 156, 170, 182, 202). a ball portion (102, 122, 142, 154, 164, 192) having slots (30, 30', 80, 80', 82, 82') formed therein, said ball portion (102, 122, 142, 154, 164, 192) including a first article fastener; a socket portion (108, 128, 144, 154, 170, 182, 202) having a cavity (22, 72, 109, 130, 150) for retaining said ball portion, said socket portion including raised surfaces extending from said cavity (22, 72, 109, 130, 150), said socket portion (108, 128, 144, 156, 170, 182, 202) further including a second article fastener, whereby said raised surfaces retain said ball portion (102, 122, 142, 154, 164, 192) within said socket portion (108, 128, 144, 156, 170, 182, 202).
AC/DC converter stage for a converter system, the converter system comprising at least two converter units that are electrically connected in series at the input of the converter system, wherein the AC/DC converter stage is suitable as a first converter stage in at least one converter unit of the at least two converter units (2a, 2b), wherein the AC/DC-converter stage comprises two input terminals (IN1, IN2) for inputting an AC input voltage (Vin) to the AC/DC converter stage, at least a first circuit branch with at least two switches (S1, S2) that are electrically connected in series at a first connection point, wherein a first input terminal of the two input terminals (IN1, IN2) is electrically connected to the first connection point of the first circuit branch, at least one first electrical storage for providing a DC output voltage, the first electrical storage being electrically connected in parallel to the first circuit branch, and at least one controllable bidirectional switch electrically connected between the two input terminals (IN1, IN2), characterized in that the AC/DC converter stage further comprises a second circuit branch with at least two switches (S3, S4) that are electrically connected in series at a second connection point, wherein the second circuit branch is electrically connected in parallel to the first circuit branch and the first electrical storage, wherein the second input terminal of the two input terminals (IN1, IN2) is electrically connected to the second connection point of the second circuit branch. two input terminals (IN1, IN2) for inputting an AC input voltage (Vin) to the AC/DC converter stage, at least a first circuit branch with at least two switches (S1, S2) that are electrically connected in series at a first connection point, wherein a first input terminal of the two input terminals (IN1, IN2) is electrically connected to the first connection point of the first circuit branch, at least one first electrical storage for providing a DC output voltage, the first electrical storage being electrically connected in parallel to the first circuit branch, and at least one controllable bidirectional switch electrically connected between the two input terminals (IN1, IN2), the AC/DC converter stage further comprises a second circuit branch with at least two switches (S3, S4) that are electrically connected in series at a second connection point, wherein the second circuit branch is electrically connected in parallel to the first circuit branch and the first electrical storage, wherein the second input terminal of the two input terminals (IN1, IN2) is electrically connected to the second connection point of the second circuit branch.
A method for heating a material, comprising: positioning the material within a receptacle of a susceptor assembly; heating a susceptor of the susceptor assembly (100, 400) with a magnetic flux field (142, 430) emitted by an induction coil (140, 408); and characterised by heating the material within the receptacle with a heated gas directed to engage the material. positioning the material within a receptacle of a susceptor assembly; heating a susceptor of the susceptor assembly (100, 400) with a magnetic flux field (142, 430) emitted by an induction coil (140, 408); and characterised by heating the material within the receptacle with a heated gas directed to engage the material.
A blade mount for a cutting machine, in particular for a food slicing machine, comprising a contact surface for a blade, in particular for a circular blade or a scythe-like blade; a mount section for the blade axially projecting from the contact surface; and at least one torque transmission element which projects axially from the contact surface, which is radially spaced apart from the mount section, which engages into the blade and in which a receiver for a fastening means is formed for fastening the blade to the blade mount, characterized in that the blade mount has a prefixing pin which projects radially into an inner space of the mount section. a contact surface for a blade, in particular for a circular blade or a scythe-like blade; a mount section for the blade axially projecting from the contact surface; and at least one torque transmission element which projects axially from the contact surface, which is radially spaced apart from the mount section, which engages into the blade and in which a receiver for a fastening means is formed for fastening the blade to the blade mount,
Holder device (10, 130) for holding a mandrel and a sleeve of a forming tool for expanding a hole, wherein the holder device (10, 130) is provided with a housing having a mandrel receptacle and a sleeve receptacle, wherein the mandrel receptacle is displaceable in the axial direction and wherein the mandrel receptacle and the sleeve receptacle are designed for receiving the mandrel or the sleeve in the housing in such a manner that the central axes of the mandrel and the sleeve are substantially coaxially aligned to each other so that the mandrel can be inserted into the sleeve, characterized in that the mandrel receptacle and the sleeve receptacle are so formed that the mandrel and the sleeve are floatingly supported and are movable relative to each other and to the housing in the axial and radial directions, to enable self-centering of the mandrel and the sleeve in this way.
Apparatus for measuring an angular position of a shaft, wherein the apparatus has: a housing which comprises a first housing part and a second housing part, a shaft which is arranged in the first housing part and can rotate about a rotation axis and has a bore which extends along the rotation axis from an end side of the shaft; a magnet unit with at least one permanent magnet which is arranged within the bore and is fastened to the shaft; wherein the second housing part has a projection which extends along the rotation axis into the bore; wherein the apparatus furthermore has a sensor unit which comprises a magnetic field sensor element which is arranged on a support, wherein the support is arranged in the interior of the projection of the second housing part, wherein the projection is an integral constituent part of the second housing part, wherein the projection is hollow and the magnetic field sensor element is arranged in the hollow projection, wherein the second housing part forms a housing cover for the first housing part, wherein the second housing part has a central opening through which the sensor unit can be inserted. a housing which comprises a first housing part and a second housing part, a shaft which is arranged in the first housing part and can rotate about a rotation axis and has a bore which extends along the rotation axis from an end side of the shaft; a magnet unit with at least one permanent magnet which is arranged within the bore and is fastened to the shaft; wherein the second housing part has a projection which extends along the rotation axis into the bore; wherein the apparatus furthermore has a sensor unit which comprises a magnetic field sensor element which is arranged on a support, wherein the support is arranged in the interior of the projection of the second housing part, wherein the projection is an integral constituent part of the second housing part, wherein the projection is hollow and the magnetic field sensor element is arranged in the hollow projection, wherein the second housing part forms a housing cover for the first housing part, wherein the second housing part has a central opening through which the sensor unit can be inserted.
A computer-implemented method to facilitate blockchain transfers involving a plurality of nodes coupled to a network used to implement a blockchain, wherein a subset of the plurality of nodes are specialized network nodes, the specialized network nodes storing a distributed memory pool containing pending transactions awaiting confirmation, the distributed memory pool being implemented as a distributed hash table among the specialized network nodes, wherein the method comprises: receiving a transaction, including a transaction identifier; hashing the transaction identifier to obtain a key; determining, using the key, whether the transaction is stored in the distributed memory pool or not and, if not, then storing the transaction in the distributed memory pool as a pending transaction; and sending the transaction to a set of nodes other than specialized network nodes using peer-to-peer connections. receiving a transaction, including a transaction identifier; hashing the transaction identifier to obtain a key; determining, using the key, whether the transaction is stored in the distributed memory pool or not and, if not, then storing the transaction in the distributed memory pool as a pending transaction; and sending the transaction to a set of nodes other than specialized network nodes using peer-to-peer connections.
Plant for treating methane-containing gas from natural sources, which comprises: a) at least one degassing module comprising a water-impermeable and gas-permeable membrane, and/or at least one trickle tower and b) at least one gas exchange module comprising a water-impermeable and gas-permeable membrane, c) a water circuit containing water, which connects the degassing module and/or the trickle tower and the gas exchange module which are arranged in series in the flow direction of the water, where the water is degassed in the degassing module by passage of undesirable gases dissolved in the water into a gas phase on the other side of the membrane and/or in the trickle tower by passage of the undesirable gases dissolved in the water into a gas phase and the degassed water takes up undesirable gases from the methane-containing gas from natural sources which is fed in in the gas exchange module by passage of the undesirable gases into the aqueous phase on the other side of the membrane and where the gas from natural sources which is fed in is introduced into the at least one gas exchange module in countercurrent to the degassed water, characterized in that water fed into the water circuit is deionized water having a conductivity of less than 500 μS/cm. a) at least one degassing module comprising a water-impermeable and gas-permeable membrane, and/or at least one trickle tower and b) at least one gas exchange module comprising a water-impermeable and gas-permeable membrane, c) a water circuit containing water, which connects the degassing module and/or the trickle tower and the gas exchange module which are arranged in series in the flow direction of the water,
Lifting gear, in particular lever hoist, comprising a housing, in which a load sprocket and a drive shaft driving the load sprocket via a gear are rotationally mounted, and a drive, a load pressure brake and a safety brake (30, 31), wherein a load chain is movable over the load sprocket, characterised in that the safety brake (30, 31) has a locking disc having locking teeth and a control disc having control cams and an arrester hook, wherein the locking disc and the control disc are twistable in relation to one another, wherein the twisting is limited by a turning stroke limit and wherein the arrester hook is arranged to as to be pivotably movable and has at a front end a latch contour and at a rear end a touch contour, wherein the touch contour rests on the control disc under the influence of a spring element and the latch contour can be brought lockingly into engagement with a locking tooth of the locking disc and an unlocking mechanism is provided for returning locking disc and control disc into their start position, wherein the unlocking mechanism has a return button and a blocking body, wherein the blocking body can be brought into an unlocking position by operating the return button in which the locking disc is held by the blocking body such that the control disc is rotatable relative to the locking disc and is movable into the start position.
Axial fan with rotor blades, wherein the rotor blades comprise a flow profile, wherein the orientation of the rotor blades on the rotor hub is adjustable in that the rotor blades are rotatable around their longitudinal axis, wherein the rotor blades are mounted on the rotor hub via struts, wherein a bevel pinion is respectively arranged on the struts of the rotor blades, wherein the bevel pinions engage with a bevel gear, which can be driven via an adjustable drive shaft, characterized in that the rotor hub comprises an inner chamber, wherein an oil filling is present in the inner chamber, wherein the rotor hub further comprises an outer chamber, wherein the inner chamber and the outer chamber are connected via multiple openings, which respectively comprise a sealing system, which permits through a portion of the oil and holds back a portion of the oil, wherein, through these sealing systems, the bearings (22, 23) of the struts of the rotor blades are lubricated at least during the operation of the axial fan, wherein the outer chamber, at the radially inner end region, is in connection with the inner chamber of the rotor hub via overflow pipes, through which, when shutting down the axial fan, the oil at least partially flows back into the inner chamber of the rotor hub.
An on-vehicle power supply device comprising: an electricity storage; a charge circuit that is provided on a charging route of the electricity storage, and charges the electricity storage with power; a discharge circuit that is provided on an output route of the electricity storage, and discharges the power of the electricity storage; an input unit that is connected with the charge circuit; an output unit that is connected with the discharge circuit; and a controller that detects an input voltage of the input unit, an output current of the output unit, and an output voltage of the output unit, and controls the charge circuit and the discharge circuit, wherein when the controller decides that an emergency operation condition is satisfied, the charge circuit stops charging of the electricity storage, then the discharge circuit discharges the power at a first voltage value, and the controller further causes the discharge circuit to discharge the power charged in the electricity storage, characterized in that when the power output from the discharge circuit becomes higher than a power threshold, the discharge circuit discharges the power at a second voltage value smaller than the first voltage value. an electricity storage; a charge circuit that is provided on a charging route of the electricity storage, and charges the electricity storage with power; a discharge circuit that is provided on an output route of the electricity storage, and discharges the power of the electricity storage; an input unit that is connected with the charge circuit; an output unit that is connected with the discharge circuit; and a controller that detects an input voltage of the input unit, an output current of the output unit, and an output voltage of the output unit, and controls the charge circuit and the discharge circuit, wherein when the controller decides that an emergency operation condition is satisfied, the charge circuit stops charging of the electricity storage, then the discharge circuit discharges the power at a first voltage value, and the controller further causes the discharge circuit to discharge the power charged in the electricity storage, characterized in that when the power output from the discharge circuit becomes higher than a power threshold, the discharge circuit discharges the power at a second voltage value smaller than the first voltage value.
A pressure switch comprising: a body defining a passage leading from a first fitting end of the body to a chamber of the body the body holding a switching component; a seal element disposed within the chamber and surrounding an open end of the passage, the seal element being held fixed relative to the body; and a diaphragm sensing element disposed within the chamber to sealingly separate the switching component from the passage, the diaphragm sensing element having a convolution section extending outwardly from a deflection section, characterized in that the deflection section travels along a deflection axis between a pressurized position and a sealed position as the convolution section flexes within the chamber, wherein the deflection section of the diaphragm sensing element is spaced from the seal element when in the pressurized position and seals against the seal element when in the sealed position. a body defining a passage leading from a first fitting end of the body to a chamber of the body the body holding a switching component; a seal element disposed within the chamber and surrounding an open end of the passage, the seal element being held fixed relative to the body; and a diaphragm sensing element disposed within the chamber to sealingly separate the switching component from the passage, the diaphragm sensing element having a convolution section extending outwardly from a deflection section, characterized in that the deflection section travels along a deflection axis between a pressurized position and a sealed position as the convolution section flexes within the chamber, wherein the deflection section of the diaphragm sensing element is spaced from the seal element when in the pressurized position and seals against the seal element when in the sealed position.