mhurhangee/ep-ind-claims huggingface dataset:
A system for sharing a nonvolatile memory between processing components (120, 130), comprising: a volatile memory configured to store data during the operation of the system; a first master processing component connected to the volatile memory and configured to access initialization logic from the volatile memory; a second processing component connected to the volatile memory and configured to access initialization logic from the volatile memory; and a nonvolatile memory configured to store initialization logic for the first master processing component and the second processing component across power cycles of the system, the initialization logic including startup logic and configuration data for the first master processing component and the second processing component; an interface configured to connect only the first master processing component to the nonvolatile memory and the first master processing component is the only processing component attached to the nonvolatile memory; a shadow logic containing instructions executable by the first master processing component to copy the initialization logic from the nonvolatile memory to the volatile memory before the first master processing component and the second processing component begin initialization and to signal the first master processing component and the second processing component to begin initialization using the initialization logic stored in the volatile memory once the initialization logic is copied from the nonvolatile memory to the volatile memory. a volatile memory configured to store data during the operation of the system; a first master processing component connected to the volatile memory and configured to access initialization logic from the volatile memory; a second processing component connected to the volatile memory and configured to access initialization logic from the volatile memory; and a nonvolatile memory configured to store initialization logic for the first master processing component and the second processing component across power cycles of the system, the initialization logic including startup logic and configuration data for the first master processing component and the second processing component; an interface configured to connect only the first master processing component to the nonvolatile memory and the first master processing component is the only processing component attached to the nonvolatile memory; a shadow logic containing instructions executable by the first master processing component to copy the initialization logic from the nonvolatile memory to the volatile memory before the first master processing component and the second processing component begin initialization and to signal the first master processing component and the second processing component to begin initialization using the initialization logic stored in the volatile memory once the initialization logic is copied from the nonvolatile memory to the volatile memory.
A distance piece holding an upper plate spaced from a lower plate, the upper plate comprising a plurality of holes, pipette tips being inserted into said holes, the lower plate comprising a plurality of holes, pipette tips being inserted into said holes, wherein the distance piece (56, 101) is frame-shaped, has an intermediate bottom with a plurality of additional holes for the lateral guiding of pipette tips inserted into the holes of the upper plate, wherein the distance piece is placed onto the bottom side of the upper plate with the top side of the distance piece (56, 101) outside of the holes in the upper plate, characterized in that the distance piece has locking elements (69 to 72) on the upper edge, which are lockable with locking elements on the bottom side of the upper plate, and the distance piece (56, 101) is placed with its bottom side onto the top side of the lower plate or onto pipette tips held in the lower plate, respectively.
A method for controlling the operation of a laundry washing machine, the laundry washing machine comprising: - a body frame; - a wash tub enclosed in said body frame; - a drum rotatably mounted within said wash tub; - a washing and/or rinsing water tank; - a hydraulic water distribution circuit; - wherein said hydraulic water distribution circuit connects said wash tub of said machine to said water tank, said hydraulic water distribution circuit comprising at least one water circulation pump (11, 12) circulating washing and/or rinsing water from said water tank to said wash tub of said washing machine, and vice versa; - wherein said hydraulic water distribution circuit comprises at least one water supply valve so as to fill said wash tub with tap water; said process comprises at least the following steps: - a first step of filling said wash tub with washing and/or rinsing water coming from said water tank; - a second step of filling said wash tub with tap water supplied by said at least one water supply valve, wherein said tap water supplied by said at least one water supply valve flows through a box of detergent products before being introduced into said wash tub; wherein during said first step of filling said wash tub with washing and/or rinsing water coming from said water tank; a partial quantity of said washing and/or rinsing water contained within said water tank is directly introduced into said wash tub without going through said box of detergent products. - a body frame; - a wash tub enclosed in said body frame; - a drum rotatably mounted within said wash tub; - a washing and/or rinsing water tank; - a hydraulic water distribution circuit; - wherein said hydraulic water distribution circuit connects said wash tub of said machine to said water tank, said hydraulic water distribution circuit comprising at least one water circulation pump (11, 12) circulating washing and/or rinsing water from said water tank to said wash tub of said washing machine, and vice versa; - wherein said hydraulic water distribution circuit comprises at least one water supply valve so as to fill said wash tub with tap water; - a first step of filling said wash tub with washing and/or rinsing water coming from said water tank; - a second step of filling said wash tub with tap water supplied by said at least one water supply valve, wherein said tap water supplied by said at least one water supply valve flows through a box of detergent products before being introduced into said wash tub; wherein during said first step of filling said wash tub with washing and/or rinsing water coming from said water tank; a partial quantity of said washing and/or rinsing water contained within said water tank is directly introduced into said wash tub without going through said box of detergent products.
A liquid bag for storing liquid containing an active ingredient to be transdermally administered, the liquid bag comprising: a bag body including a bottom, a tubular portion that is expanded or extended by a pressure of the liquid charged, and a port, and configured to retain the liquid and feed the liquid toward an injection needle, at least part of the tubular portion being bent with respect to an axial direction of the tubular portion with the liquid being retained in the tubular portion; and a holder having flexibility and a straight shape, and configured to maintain a state in which the at least part of the tubular portion is bent, and having a plurality of holes formed therein through which the tubular portion passes, wherein the state in which the at least part of the tubular portion is bent is maintained by the tubular portion passing through the plurality of holes in the holder, characterized in that when the bag body is filled with the liquid, the holder suppresses an expansion of the tubular portion in a radial direction of the tubular portion and allows the tubular portion to be extended in the axial direction of the tubular portion. a bag body including a bottom, a tubular portion that is expanded or extended by a pressure of the liquid charged, and a port, and configured to retain the liquid and feed the liquid toward an injection needle, at least part of the tubular portion being bent with respect to an axial direction of the tubular portion with the liquid being retained in the tubular portion; and a holder having flexibility and a straight shape, and configured to maintain a state in which the at least part of the tubular portion is bent, and having a plurality of holes formed therein through which the tubular portion passes, wherein the state in which the at least part of the tubular portion is bent is maintained by the tubular portion passing through the plurality of holes in the holder, characterized in that when the bag body is filled with the liquid, the holder suppresses an expansion of the tubular portion in a radial direction of the tubular portion and allows the tubular portion to be extended in the axial direction of the tubular portion.
A solid electrolyte material comprising Li, La, Zr, Al, Si and O, having a garnet structure, and being a sintered body, characterized in that a ratio (Al/Si) of a content in % by weight of the Al to a content in % by weight of the Si is within a range of 0.61 to 11.9.
Drainage channel with a U-shaped channel body, and a channel cover, wherein the channel body has an upwardly open inlet region between its vertical legs (20, 22), wherein a respective frame (24, 26) for receiving the channel cover of the drainage channel is formed at the free end of both legs, characterised in that the frame carries vertically upstanding fastening bolts which cooperate with complementary fastening elements on the gutter cover to retain the gutter cover on the gutter body, which fastening bolts have a bolt portion and at least one recess, and which complementary fastening elements (40, 46) comprise a securing element, which engages with at least one securing part in the recess of the fastening bolt, so that the gutter cover can be selectively fixed to the gutter body in the manner of a quick-release fastener via the recess and the securing element engaging therein and/or can be screwed to the gutter body.
A thin film transistor device comprising: a dielectric layer (8, 8', 8", 8"'); a semiconductor layer (6, 6', 6", 6"'); a gate electrode 10, 10', 10", 10"'); a source electrode (2, 2', 2", 2"'); and a drain electrode (4, 4', 4", 4"'); wherein the dielectric layer (8, 8', 8", 8"') is disposed between the semiconductor layer (6, 6', 6", 6'") and the gate electrode (10, 10', 10", 10'"); and the source electrode (2, 2', 2", 2"') and the drain electrode (4, 4', 4", 4"') are in contact with the semiconductor layer, and wherein the dielectric layer comprises a polymeric film, the polymeric film comprising a polymer comprising a repeating unit characterized by having a pendant group comprising an optionally substituted coumarin-6-yl moiety. a dielectric layer (8, 8', 8", 8"'); a semiconductor layer (6, 6', 6", 6"'); a gate electrode 10, 10', 10", 10"'); a source electrode (2, 2', 2", 2"'); and a drain electrode (4, 4', 4", 4"'); wherein the dielectric layer (8, 8', 8", 8"') is disposed between the semiconductor layer (6, 6', 6", 6'") and the gate electrode (10, 10', 10", 10'"); and the source electrode (2, 2', 2", 2"') and the drain electrode (4, 4', 4", 4"') are in contact with the semiconductor layer, and wherein the dielectric layer comprises a polymeric film, the polymeric film comprising a polymer comprising a repeating unit characterized by having a pendant group comprising an optionally substituted coumarin-6-yl moiety.
A wireless transmit/receive unit, WTRU, (90, 102, 302-304, 402-404, 502, 504, 1801-1804) comprising a processor (81, 91, 118), a memory (82, 93, 130, 132), and communication circuitry (97, 120), the WTRU being connected to a network via its communication circuitry, the WTRU being configured to: receive a signal comprising a plurality of paging occasions (310-317, 410-417, 510-517, 610-617, 710-717, 811-814, 821-824, 831-834, 841-844, 911-914, 921-924, 931-934, 941-944, 1011-1014, 1021-1024, 1031-1034, 1041-1044, 1051-1054, 1061-1064, 1071-1074, 1081-1084, 1101-1104, 1121-1124, 1404, 1501, 1601, 1701, 1810-1813), wherein each paging occasion of the plurality of paging occasions comprises a plurality of physical downlink control channel, PDCCH, monitoring occasions (210, 320-325, 420-425, 520-525, 620-623, 720-723, 1520-1528, 1610-1618, 1720-1731); monitor, based on receiving an identifier associated with the WTRU, a portion of the plurality of paging occasions; determine if a paging downlink control information, DCI, is detected in a PDCCH monitoring occasion of the plurality of PDCCH monitoring occasions in the monitored portion; and if the DCI is not detected, the WTRU is configured to determine that a gNB was not able to acquire a downlink channel to transmit the paging DCI during the portion; and the WTRU is configured to continue to monitor additional PDCCH monitoring occasions of the plurality of PDCCH monitoring occasions. receive a signal comprising a plurality of paging occasions (310-317, 410-417, 510-517, 610-617, 710-717, 811-814, 821-824, 831-834, 841-844, 911-914, 921-924, 931-934, 941-944, 1011-1014, 1021-1024, 1031-1034, 1041-1044, 1051-1054, 1061-1064, 1071-1074, 1081-1084, 1101-1104, 1121-1124, 1404, 1501, 1601, 1701, 1810-1813), wherein each paging occasion of the plurality of paging occasions comprises a plurality of physical downlink control channel, PDCCH, monitoring occasions (210, 320-325, 420-425, 520-525, 620-623, 720-723, 1520-1528, 1610-1618, 1720-1731); monitor, based on receiving an identifier associated with the WTRU, a portion of the plurality of paging occasions; determine if a paging downlink control information, DCI, is detected in a PDCCH monitoring occasion of the plurality of PDCCH monitoring occasions in the monitored portion; and if the DCI is not detected, the WTRU is configured to determine that a gNB was not able to acquire a downlink channel to transmit the paging DCI during the portion; and the WTRU is configured to continue to monitor additional PDCCH monitoring occasions of the plurality of PDCCH monitoring occasions.
A releasable drive coupling for use in an injection device, the drive coupling comprising: a first drive element having a first projecting flexible arm; and a second drive element capable of sliding relative to the first drive element and having a drive surface adapted to receive the first flexible arm, to allow axial loads to be transmitted from one drive element to the other; wherein the first projecting flexible arm is adapted to flex to a point at which it is no longer received by the drive surface, at which point the first and second drive elements (232, 234) are free to slide relative to one another and the drive coupling is thus disengaged; characterised in that: the second drive element comprises a second projecting flexible arm so positioned relative to the drive surface that inward flexing of the second flexible arm causes it to act upon the first flexible arm. a first drive element having a first projecting flexible arm; and a second drive element capable of sliding relative to the first drive element and having a drive surface adapted to receive the first flexible arm, to allow axial loads to be transmitted from one drive element to the other; wherein the first projecting flexible arm is adapted to flex to a point at which it is no longer received by the drive surface, at which point the first and second drive elements (232, 234) are free to slide relative to one another and the drive coupling is thus disengaged; characterised in that: the second drive element comprises a second projecting flexible arm so positioned relative to the drive surface that inward flexing of the second flexible arm causes it to act upon the first flexible arm. the second drive element comprises a second projecting flexible arm so positioned relative to the drive surface that inward flexing of the second flexible arm causes it to act upon the first flexible arm.
An intravascular device for medical treatment of a blood vessel having plaque located on the blood vessel wall, the device comprising: a balloon configured to move between an inflated and a deflated state; a catheter tube extending from an end of the balloon and defining an inner lumen; a handle assembly affixed to an end of the catheter tube, said handle assembly comprising an inflation device; and a curved blade (150, 270, 280) affixed to the outer surface of the balloon and adapted to present a cutting edge oriented perpendicular to a longitudinal axis of the balloon for removing the plaque from the blood vessel wall when the balloon is placed in the inflated state and moved axially along the blood vessel; wherein said inflation device is in fluid communication with the balloon. a balloon configured to move between an inflated and a deflated state; a catheter tube extending from an end of the balloon and defining an inner lumen; a handle assembly affixed to an end of the catheter tube, said handle assembly comprising an inflation device; and a curved blade (150, 270, 280) affixed to the outer surface of the balloon and adapted to present a cutting edge oriented perpendicular to a longitudinal axis of the balloon for removing the plaque from the blood vessel wall when the balloon is placed in the inflated state and moved axially along the blood vessel; wherein said inflation device is in fluid communication with the balloon.
A waveform generating device, comprising: a head driver configured to apply a driving signal to an actuator to discharge ink from a pressure chamber connected to a nozzle, the driving signal including a first portion for reducing an ink pressure in the pressure chamber and a second portion for increasing the ink pressure in the pressure chamber, wherein the second portion is increased in potential by a first potential increase when ink pressure in the pressure chamber is at a maxima, and the second portion is further increased in potential by a second potential increase when the ink pressure of the pressure chamber is at a negative value after the first potential increase; the pressure chamber being fluidly connected to an ink chamber; characterized in that: a time length of the first portion being equal to a half time of a natural vibration period of ink in the ink chamber. a head driver configured to apply a driving signal to an actuator to discharge ink from a pressure chamber connected to a nozzle, the driving signal including a first portion for reducing an ink pressure in the pressure chamber and a second portion for increasing the ink pressure in the pressure chamber, wherein the second portion is increased in potential by a first potential increase when ink pressure in the pressure chamber is at a maxima, and the second portion is further increased in potential by a second potential increase when the ink pressure of the pressure chamber is at a negative value after the first potential increase; the pressure chamber being fluidly connected to an ink chamber; characterized in that: a time length of the first portion being equal to a half time of a natural vibration period of ink in the ink chamber.
Device for measurement of the radiological activity in the bottom of an aqueous medium, comprising a sealed case for a radiological detector, said device being characterized in that it comprises: means forming a truncated cone containing a material that allows radiation to be measured by said radiological detector to pass through it, comprising a short base and a long base, the long base forming an input face for the radiation to be measured, this cone being assembled to said case in a sealed manner, the short base being placed on the side of the detector input face, and the long base being designed to be placed facing the bottom of the aqueous medium.
An LED module (20; 43), comprising at least one light-emitting diode and a wireless interface for the wireless energy transmission from an LED converter (10, 42) to the LED module (20; 43), in order to supply the at least one light-emitting diode of the LED module (20; 43) with energy, and a communication interface, characterized in that the communication interface is set up for a wireless communication with at least one further LED module, and that the wireless interface is set up both for wireless energy transmission as well as for wireless communication, in order to transmit data received from the communication interface via the wireless interface to the LED converter (10, 42), in order then to control the LED module (20; 43) accordingly.
A method for preparing a solid cosmetic composition comprising: (a) providing a mixture comprising: (i) wax particles having a median particle size of less than 30 microns, (ii) a first powdered material comprising a pigment having a median particle size from 0.01 microns to less than 50 microns, and (iii) a second powdered material having a median particle size from 50 microns to 300 microns selected from colorants, fillers, pigments, pearlescent agents, and binders; (b) heating said mixture to a temperature sufficient to melt said wax particles; (c) cooling said mixture. (a) providing a mixture comprising: (i) wax particles having a median particle size of less than 30 microns, (ii) a first powdered material comprising a pigment having a median particle size from 0.01 microns to less than 50 microns, and (iii) a second powdered material having a median particle size from 50 microns to 300 microns selected from colorants, fillers, pigments, pearlescent agents, and binders; (i) wax particles having a median particle size of less than 30 microns, (ii) a first powdered material comprising a pigment having a median particle size from 0.01 microns to less than 50 microns, and (iii) a second powdered material having a median particle size from 50 microns to 300 microns selected from colorants, fillers, pigments, pearlescent agents, and binders; (b) heating said mixture to a temperature sufficient to melt said wax particles; (c) cooling said mixture.
A method of manufacturing a pipeline having at least one cable applied thereto, the method comprising: performing insulation resistance monitoring on the at least one cable during application of the at least one cable to the pipeline while the at least one cable is moving relative to the pipeline; and raising an alert if the insulation resistance monitoring detects a fault in the at least one cable applied to the pipeline. performing insulation resistance monitoring on the at least one cable during application of the at least one cable to the pipeline while the at least one cable is moving relative to the pipeline; and raising an alert if the insulation resistance monitoring detects a fault in the at least one cable applied to the pipeline.