mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an inorganic storage phosphor panel comprising: melt compounding an inorganic storage phosphor layer including at least one thermoplastic polymer, an inorganic storage phosphor material and a copper phthalocyanine blue dye to produce a melt compounded material; melt extruding, injection molding, or hot pressing the melt compounded material to form a manufactured inorganic storage phosphor panel; wherein the inorganic storage phosphor layer has a coefficient of variation in the linearized pixel value that is calculated as the ratio of the standard deviation to the average linearized pixel value and that is less than or equal to 0.7. melt compounding an inorganic storage phosphor layer including at least one thermoplastic polymer, an inorganic storage phosphor material and a copper phthalocyanine blue dye to produce a melt compounded material; melt extruding, injection molding, or hot pressing the melt compounded material to form a manufactured inorganic storage phosphor panel; wherein the inorganic storage phosphor layer has a coefficient of variation in the linearized pixel value that is calculated as the ratio of the standard deviation to the average linearized pixel value and that is less than or equal to 0.7.
A bag for therapeutic solutions, of the type which comprises a flexible laminar bag constituted by two principal laminar faces joined to each other, forming a substantially rectangular structure and having on one of the minor sides welded tubular members (1,2) for permitting the filling of the bag and the extraction of the liquid for perfusion of same, each of the tubular members (1,2) having on its outer surface a symmetrical but not circular shape, each of the tubular members having respective projecting regions or fins (7, 8; 9, 10) in a diametrically opposed arrangement which extend only at a part of the length of said tubular members (1,2), said part receiving the welding of the bag, permitting the fitting of the laminar members constituting the bag on the aforementioned tubular members (1,2) and their fins (7, 8; 9, 10) without the formation of creases or defects in the welding, characterized in that the tubular members are joined by an upper intermediate bridge external to the bag, and in that said bridge has lateral ribs for permitting the flush fitting of a tongue becoming a plug for one of the tubular members.
Arrangement comprising a vessel for holding a liquid, the arrangement further comprising at least one of a controllable lock to controllably enable a release of said vessel from a support and a controllable lock to controllably enable opening of said vessel, the arrangement further comprising a controller to control the at least one controllable lock, characterized in that the arrangement is provided with a sensor unit including at least one sensor to sense a mechanical interaction occurring when the vessel is gripped and to issue a sense signal (C 6) that is indicative for said mechanical interaction, wherein said controller controls the at least one controllable lock (3,4) dependent on said sense signal (C 6).
Test device for performing tests on a device under test, in particular a mobile network device, comprising a network simulator being adapted to create a network test environment for the device under test, wherein the network test environment has a network profile comprising network configurations and comprising at least one environmental factor, in particular base station density and/or presence of at least one geographic feature, wherein the network configurations include technology settings, protocol settings and encryption settings, wherein the test device or the network simulator comprises a control unit having access to a plurality of network profiles, wherein the network profiles are stored on a server accessible by the control unit or the network simulator, wherein the network profile is based on a measurement of a real-life network environment at a specific geographic location and/or of a specific operator, wherein the network simulator is adapted to create the network test environment corresponding to the real-life network environment at the specific geographic location and/or of the specific operator, and wherein the control unit or the network simulator is configured to prompt the server for a current version of the network profile in regular intervals and/or ad-hoc. wherein the network test environment has a network profile comprising network configurations and comprising at least one environmental factor, in particular base station density and/or presence of at least one geographic feature, wherein the network configurations include technology settings, protocol settings and encryption settings, wherein the test device or the network simulator comprises a control unit having access to a plurality of network profiles, wherein the network profiles are stored on a server accessible by the control unit or the network simulator, wherein the network profile is based on a measurement of a real-life network environment at a specific geographic location and/or of a specific operator, wherein the network simulator is adapted to create the network test environment corresponding to the real-life network environment at the specific geographic location and/or of the specific operator, and wherein the control unit or the network simulator is configured to prompt the server for a current version of the network profile in regular intervals and/or ad-hoc.
A subsea sensors display system configured to display data about a blowout preventer stack, the subsea sensors display system comprising: a display panel having plural universal subsea displays, each universal subsea display being configured to display a value measured by a sensor attached to the BOP stack; and a J-box electrically connected to the display panel characterised in that the J-box is configured to provide electrical power to the display panel and to receive data from the display panel, wherein the electrical power is provided from a pod (102, 104) provided on the BOP stack or from a battery when the pod (102, 104) is not available or from a remote operated vehicle when connected to the display panel. a display panel having plural universal subsea displays, each universal subsea display being configured to display a value measured by a sensor attached to the BOP stack; and a J-box electrically connected to the display panel characterised in that the J-box is configured to provide electrical power to the display panel and to receive data from the display panel, wherein the electrical power is provided from a pod (102, 104) provided on the BOP stack or from a battery when the pod (102, 104) is not available or from a remote operated vehicle when connected to the display panel.
A method of decoding video data, the method comprising: decoding a sequence parameter set, SPS, for a video bitstream; decoding a video parameter set, VPS, for the bitstream; activating the SPS for a picture of a base layer of the video bitstream based on an identifier for the SPS of a slice of the picture of the base layer; decoding the picture of the base layer using the SPS; activating the SPS for a picture of an enhancement layer of the video bitstream that corresponds to the picture of the base layer based on the identifier for the SPS of the slice of the picture of the base layer; and decoding the picture of the enhancement layer characterized in using at least a portion of the SPS and ignoring profile and level information signaled in the SPS andinstead using profile and level information signaled in the VPS, and without using any other SPS for the enhancement layer. decoding a sequence parameter set, SPS, for a video bitstream; decoding a video parameter set, VPS, for the bitstream; activating the SPS for a picture of a base layer of the video bitstream based on an identifier for the SPS of a slice of the picture of the base layer; decoding the picture of the base layer using the SPS; activating the SPS for a picture of an enhancement layer of the video bitstream that corresponds to the picture of the base layer based on the identifier for the SPS of the slice of the picture of the base layer; and decoding the picture of the enhancement layer characterized in using at least a portion of the SPS and ignoring profile and level information signaled in the SPS andinstead using profile and level information signaled in the VPS, and without using any other SPS for the enhancement layer.
A polyarylene ether polymer comprising a repeat unit represented by the chemical formula or: wherein A 1, A 2 and A 3 are cardo-type aromatic diol monomers, selected from the compounds of the chemical formulae (d-1) to (d-6): B 1 is a non-cardo-type aromatic diol monomer, selected from the compounds of the chemical formulae (d-7) to (d-9): in the formula, x + y + z = 1, 0 < x ≤ 1, 0 ≤ y < 1 and 0 ≤ z < 1, in the formula, x + y = 1,0 < x ≤ 1 and 0 ≤ y < 1, and n is an integer from 1 to 780. in the formula, x + y + z = 1, 0 < x ≤ 1, 0 ≤ y < 1 and 0 ≤ z < 1, in the formula, x + y = 1,0 < x ≤ 1 and 0 ≤ y < 1, and n is an integer from 1 to 780.
Pump for implantation into a vessel or a heart, whereby the pump may be introduced in a first state into the vessel or heart in order then be functionally changed over to a second state in the vessel or in the heart, comprising • a drive part and • a delivery part, • wherein the drive part is not functional in the first state and becomes functional as a result of the changeover to the second state, • wherein the drive part has an electric motor, • wherein the electric motor is embodied as a wet running rotor, and • wherein, in the first state, the rotor of the electric motor and the stator of the electric motor are arranged so as to be spatially separate from one another, so that a rotation of the rotor by the stator is not possible, and wherein the rotor of the electric motor is moved into the stator of the electric motor in the second state, wherein the rotor can drive the delivery part in the second state, • wherein the delivery part has a drive shaft. • a drive part and • a delivery part, • wherein the drive part is not functional in the first state and becomes functional as a result of the changeover to the second state, • wherein the drive part has an electric motor, • wherein the electric motor is embodied as a wet running rotor, and • wherein, in the first state, the rotor of the electric motor and the stator of the electric motor are arranged so as to be spatially separate from one another, so that a rotation of the rotor by the stator is not possible, and wherein the rotor of the electric motor is moved into the stator of the electric motor in the second state, wherein the rotor can drive the delivery part in the second state, • wherein the delivery part has a drive shaft.
A method comprising: performing a write operation to write a logic state to a memory cell coupled with a first access line and a second access line, the memory cell comprising a memory element configurable to a more-crystalline atomic configuration associated with a first logic state and to a more-amorphous atomic configuration associated with a second logic state, wherein performing the write operation comprises: applying a write voltage to the memory cell to write the memory cell to the first or second logic state; and performing a read operation after performing the write operation, wherein performing the read operation comprises: applying a first voltage having a first polarity to the memory cell; applying a second voltage having a second polarity different from the first polarity to the memory cell after applying the first voltage; applying a third voltage having the first polarity to the memory cell after applying the second voltage, wherein a magnitude of the second voltage is greater than a magnitude of the third voltage, and wherein applying the second voltage and applying the third voltage facilitates a reversion of the memory cell to a state as before the applying the first voltage; and determining the logic state stored by the memory cell based at least in part on applying the first voltage. applying a write voltage to the memory cell to write the memory cell to the first or second logic state; and performing a read operation after performing the write operation, wherein performing the read operation comprises: applying a first voltage having a first polarity to the memory cell; applying a second voltage having a second polarity different from the first polarity to the memory cell after applying the first voltage; applying a third voltage having the first polarity to the memory cell after applying the second voltage, wherein a magnitude of the second voltage is greater than a magnitude of the third voltage, and wherein applying the second voltage and applying the third voltage facilitates a reversion of the memory cell to a state as before the applying the first voltage; and determining the logic state stored by the memory cell based at least in part on applying the first voltage.
A method for forming a cobalt-carbon (Co-C) eutectic metal alloy ohmic contact on a radio-frequency carbon nanotube field effect transistor device comprising: providing a graphite crucible; placing Co and a C source within the graphite crucible; heating the graphite crucible containing the Co and C source such that the Co and C source combine with graphite from the graphite crucible to thereby form a Co-C eutectic metal alloy; and creating an ohmic contact by depositing the Co-C eutectic metal alloy directly on top surfaces of CNTs of a RF CNT FET device such that the Co-C eutectic metal alloy is in direct contact with the CNTs. providing a graphite crucible; placing Co and a C source within the graphite crucible; heating the graphite crucible containing the Co and C source such that the Co and C source combine with graphite from the graphite crucible to thereby form a Co-C eutectic metal alloy; and creating an ohmic contact by depositing the Co-C eutectic metal alloy directly on top surfaces of CNTs of a RF CNT FET device such that the Co-C eutectic metal alloy is in direct contact with the CNTs.
A first user equipment comprising: - means for transmitting to a target cell, by the first user equipment, a dedicated preamble for a conditional handover; - means for receiving from the target cell, by the first user equipment, a response to the transmitted dedicated preamble; and - means for determining, by the first user equipment, based on the response that resources allocated for the first user equipment at the target cell for the conditional handover have been deconfigured. - means for transmitting to a target cell, by the first user equipment, a dedicated preamble for a conditional handover; - means for receiving from the target cell, by the first user equipment, a response to the transmitted dedicated preamble; and - means for determining, by the first user equipment, based on the response that resources allocated for the first user equipment at the target cell for the conditional handover have been deconfigured.
Corrugated tube made of plastic for sheathing wires, comprising corrugations (2, 3) distributed over its length and alternately following one another, and comprising a longitudinal slot running along a circumferential longitudinal line (M-M), wherein the corrugated tube is transferable into an open position for insertion of the wires, with release of the longitudinal slot, and also into a closed position in which edge regions (5, 6) of the corrugated tube lying on both sides of the longitudinal slot overlap, wherein the corrugated tube is elastically prestressed in the direction of taking its closed position, and the edge region of the corrugated tube lying radially below the other edge region of the corrugated tube in the closed position within a predetermined circumferential region (a) is provided on its circumference with corrugations which are offset radially towards an interior of the corrugated tube by a distance in comparison with the corrugations outside the predetermined circumferential region (a), so that a radial underside of corrugation valleys of the corrugations within a specific circumferential region (a') projects somewhat towards the interior of the corrugated tube, and wherein the corrugations are formed such that, in the closed position, they engage the radial underside of the corrugations of the other edge region, by which they are overlapped in a circumferentially displaceable manner relative to one another.
Water-conducting automatic cleaning machine, in particular a program-controlled automatic dishwasher, comprising a washing container, which provides a processing chamber, and a connector, the connector being in flow connection with the processing chamber of the washing container, for which purpose the connector is connected in a fluid-tight manner to an inlet opening of the washing container with the interposition of a seal, characterised by a drain gutter which is arranged below the connector in the assembled state and rests on the washing container, under the inlet opening of the washing container.
A device, comprising: at least one switch; a linearizer coupled to the at least one switch and configured to cancel at least a portion of distortion generated by the at least one switch in an off-state; the linearizer comprising a varactor, configured to receive a tuning voltage, coupled in parallel with the at least one switch; a digital variable capacitor, DVC, comprising the at least one switch; and an antenna tuning circuit comprising the DVC. at least one switch; a linearizer coupled to the at least one switch and configured to cancel at least a portion of distortion generated by the at least one switch in an off-state; the linearizer comprising a varactor, configured to receive a tuning voltage, coupled in parallel with the at least one switch; a digital variable capacitor, DVC, comprising the at least one switch; and an antenna tuning circuit comprising the DVC.
A coin sorting machine for sorting coins (2, 20) having a plurality of coin paths (11, 13) for transporting coins (2, 20) through the coin sorting machine wherein the coin paths (11, 13) include at least one output path for outputting sorted coins to be counted and at least one reject path, starting at a sorting-out device, for outputting rejects, wherein a coin counting device designed to output a counting signal is arranged in the at least one output path, wherein the coin path for a coin to be counted is switched over at least in sections from the output path to the at least one reject path as a function of the counting signal, wherein a receptacle for at least one container-shaped insert or for at least one insert with a passage device to a coin container is arranged in the at least one reject path, and wherein the coin sorting machine includes a plurality of interchangeable inserts for the receptacle, of which at least one insert includes a passage device and at least one insert is configured as a coin container (33, 35), characterized in that the receptacle includes at least two compartments (27, 29, 31) for inserts configured to be repeatedly removed and/or interchanged, each compartment (27, 29, 31) being connected to a different reject path, and at least one compartment (27, 29, 31) includes a sensor device (23, 24) for detecting a container identification.
A compressing member comprising: an element comprising a polymeric material being configured to have at least one reinforcing shape selected from the group consisting of a rib, a boss, a flange, a hoop and combinations thereof, characterised in that it retains at least 90% of its dimensions after being exposed to a mixture of at least one lubricant and at least one refrigerant for 30 days at 60° C, wherein the polymeric material comprises (a) a polyetherimide resin, and (b) a phosphorus-containing stabilizer, in an amount that is effective to increase the melt stability of the poly etherimide resin, wherein the phosphorus-containing stabilizer exhibits a low volatility such that, as measured by thermogravimetric analysis of an initial amount of a sample of the phosphorus-containing stabilizer, greater than or equal to 10 percent by weight of the initial amount of the sample remains unevaporated upon heating of the sample from room temperature to 300° C. at a heating rate of a 20° C. per minute under an inert atmosphere. an element comprising a polymeric material being configured to have at least one reinforcing shape selected from the group consisting of a rib, a boss, a flange, a hoop and combinations thereof, characterised in that it retains at least 90% of its dimensions after being exposed to a mixture of at least one lubricant and at least one refrigerant for 30 days at 60° C, wherein the polymeric material comprises (a) a polyetherimide resin, and (b) a phosphorus-containing stabilizer, in an amount that is effective to increase the melt stability of the poly etherimide resin, wherein the phosphorus-containing stabilizer exhibits a low volatility such that, as measured by thermogravimetric analysis of an initial amount of a sample of the phosphorus-containing stabilizer, greater than or equal to 10 percent by weight of the initial amount of the sample remains unevaporated upon heating of the sample from room temperature to 300° C. at a heating rate of a 20° C. per minute under an inert atmosphere.
A variable aperture device comprising: a first shuttering surface comprising a first opening and a first lateral slot; a second shuttering surface partially overlapping the first shuttering surface, the second shuttering surface comprising a second opening and a second lateral slot, the first and second opening forming an aperture; a lever comprising: a first pin inserted in the first lateral slot, a second pin inserted in the second lateral slot, a third pin configured to allow rotation of the lever between two end positions, a first end position corresponding to a fully opened state for the aperture, the second end position corresponding to an at least partially closed state for the aperture, and a fourth pin having a reentrant slot; and a shape memory alloy wire slotted in the fourth pin. a first shuttering surface comprising a first opening and a first lateral slot; a second shuttering surface partially overlapping the first shuttering surface, the second shuttering surface comprising a second opening and a second lateral slot, the first and second opening forming an aperture; a lever comprising: a first pin inserted in the first lateral slot, a second pin inserted in the second lateral slot, a third pin configured to allow rotation of the lever between two end positions, a first end position corresponding to a fully opened state for the aperture, the second end position corresponding to an at least partially closed state for the aperture, and a fourth pin having a reentrant slot; and a first pin inserted in the first lateral slot, a second pin inserted in the second lateral slot, a third pin configured to allow rotation of the lever between two end positions, a first end position corresponding to a fully opened state for the aperture, the second end position corresponding to an at least partially closed state for the aperture, and a fourth pin having a reentrant slot; and a shape memory alloy wire slotted in the fourth pin.