mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a native emission matrix comprising the following steps: a) providing a base structure comprising successively a substrate, a layer of nid GaN, a layer of doped In(x)GaN with x from 0 to 8% and an epitaxy repeat layer of not intentionally doped In(x)GaN, b1) structuring a first mesa in the base structure comprising a part of the layer of nid GaN, the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN, b2) structuring a second mesa in the base structure, the second mesa comprising a part of the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN, the first mesa being electrically insulated from the second mesa, c) electrochemically porosifying the layer of doped In(x)GaN of the second mesa, d1) depositing a first stack on the epitaxy repeat layer of not intentionally doped In(x)GaN of the first mesa, by means of which a first LED structure is obtained emitting at a first wavelength, d2) depositing a second stack on the epitaxy repeat layer of not intentionally doped In(x)GaN, of the second mesa, by means of which a second LED structure is obtained emitting at a second wavelength. a) providing a base structure comprising successively a substrate, a layer of nid GaN, a layer of doped In(x)GaN with x from 0 to 8% and an epitaxy repeat layer of not intentionally doped In(x)GaN, b1) structuring a first mesa in the base structure comprising a part of the layer of nid GaN, the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN, b2) structuring a second mesa in the base structure, the second mesa comprising a part of the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN, the first mesa being electrically insulated from the second mesa, c) electrochemically porosifying the layer of doped In(x)GaN of the second mesa, d1) depositing a first stack on the epitaxy repeat layer of not intentionally doped In(x)GaN of the first mesa, by means of which a first LED structure is obtained emitting at a first wavelength, d2) depositing a second stack on the epitaxy repeat layer of not intentionally doped In(x)GaN, of the second mesa, by means of which a second LED structure is obtained emitting at a second wavelength.
Electric household device for producing steam, and in particular a steam device for removing wrinkles comprising a steam generating unit supplying a wrinkle removing tool such as an iron or wrinkle removing brush, comprising: - a boiler, arranged to contain the water to be vaporised, - heating means of the boiler, arranged to heat and vaporise the water contained in the boiler, - supplying means for supplying the boiler with water, arranged to inject water into the boiler, - a scale collection device arranged in the boiler and comprising at least one upper edge (41, 42) arranged at a height with respect to a bottom of the boiler, in order to allow scale particles contained in the water to pass over said at least one upper edge (41, 42), in such a way as to go into the scale collection device, characterised in that the device comprises means for measuring the water level, connected to the supplying means, in such a way as to maintain a water level in the boiler at a predetermined level located at approximately the same altitude as the upper edge (41, 42) of the scale collection device in the boiler, the upper edge (41, 42) preferably being located immersed or flush with the surface of the water. - a boiler, arranged to contain the water to be vaporised, - heating means of the boiler, arranged to heat and vaporise the water contained in the boiler, - supplying means for supplying the boiler with water, arranged to inject water into the boiler, - a scale collection device arranged in the boiler and comprising at least one upper edge (41, 42) arranged at a height with respect to a bottom of the boiler, in order to allow scale particles contained in the water to pass over said at least one upper edge (41, 42), in such a way as to go into the scale collection device,
A method of wireless communication by a user equipment, UE, the method comprising: determining, by the UE, a preconfigured frequency band that is less than an available system bandwidth; and performing, by the UE, an initial access procedure with a base station using the preconfigured frequency band, the initial access procedure including a random access channel, RACH, procedure; receiving, from the base station, during the initial access procedure, one or more beam reference signals (510, 518) in one or more frequency bands to be used for data communication for determining, based on beam quality, a beam to be used for data communication in at least a portion of a second frequency band of the available system bandwidth, wherein the one or more beam reference signals (510, 518) are frequency-division multiplexed with one or more symbols received from the base station during the initial access procedure; and performing a data communication with the base station using the second frequency band of the available system bandwidth, wherein the second bandwidth is a frequency band wider than and encompassing the preconfigured frequency band. determining, by the UE, a preconfigured frequency band that is less than an available system bandwidth; and performing, by the UE, an initial access procedure with a base station using the preconfigured frequency band, the initial access procedure including a random access channel, RACH, procedure; receiving, from the base station, during the initial access procedure, one or more beam reference signals (510, 518) in one or more frequency bands to be used for data communication for determining, based on beam quality, a beam to be used for data communication in at least a portion of a second frequency band of the available system bandwidth, wherein the one or more beam reference signals (510, 518) are frequency-division multiplexed with one or more symbols received from the base station during the initial access procedure; and performing a data communication with the base station using the second frequency band of the available system bandwidth, wherein the second bandwidth is a frequency band wider than and encompassing the preconfigured frequency band.
A topical composition which comprises an admixture of sweet almond oil, lavender oil, cinnamon bark oil, coriander seed oil and rose oil in a physiologically acceptable oil-in-water emulsion.
A method for providing content to an entertainment device, the method comprising: receiving a request from an entertainment device to access content over a first communication channel; initiating transmission of the content to the entertainment device over the first communication channel at a first data rate; periodically determining whether unallocated bandwidth exists to transmit the content over a second communication channel, the second communication channel having a larger bandwidth than the first communication channel; dynamically initiating transmission of the content to the entertainment device over the second communication channel at a second data rate using unallocated bandwidth when it is determined that there is unallocated bandwidth, the second data rate transferring the content to the entertainment device during a shorter time period than transfer of the content at the first data rate, wherein the entertainment device completes download of the content over the second communication channel; and continuing to transmit the content over the first communication channel when it is determined that there is no unallocated bandwidth available; wherein the method further comprises determining a level of completion of a download of the selected video by the entertainment device, and selecting to continue downloading the selected content from the first communication channel based on the level of completion. receiving a request from an entertainment device to access content over a first communication channel; initiating transmission of the content to the entertainment device over the first communication channel at a first data rate; periodically determining whether unallocated bandwidth exists to transmit the content over a second communication channel, the second communication channel having a larger bandwidth than the first communication channel; dynamically initiating transmission of the content to the entertainment device over the second communication channel at a second data rate using unallocated bandwidth when it is determined that there is unallocated bandwidth, the second data rate transferring the content to the entertainment device during a shorter time period than transfer of the content at the first data rate, wherein the entertainment device completes download of the content over the second communication channel; and continuing to transmit the content over the first communication channel when it is determined that there is no unallocated bandwidth available; wherein the method further comprises determining a level of completion of a download of the selected video by the entertainment device, and selecting to continue downloading the selected content from the first communication channel based on the level of completion.
A mobile partitioning wall having several wall elements, which are displaceably suspended at running rails, wherein at the wall elements, mounting elements in the shape of profiles are disposed horizontally at the edge side, the mounting elements include vertically displaceable sealing strips and the sealing strips are manually or electrically displaceable, and modular structural units are laterally insertable into the respective wall element, characterized in that the respective wall element includes a core, which is covered on both sides with respectively on exterior shell (3, 4), opposite grooves, in particular two grooves are configured at lateral walls of the mounting element, the structural units are disposed on a horizontal base plate, and the base plate positively cooperates with the grooves.
A flight instrument panel (601; 701) for an aircraft (101; 201), the flight instrument panel comprising: a display; and a plurality of gauges (607, 611, 613, 627, 633) located on the display, wherein each gauge has a scale with an indicator configured to communicate a reading by location of the indicator relative to the scale, and a cue indicator (603, 605, 609, 629, 631, 635), the cue indicator being configured to visually communicate to a pilot the opportunity to make an operational change that would positively affect an economic operation of the aircraft, wherein the economic operation is related to one of a rate of maintenance inducing operation, a rate of component replacement inducing operation, and fuel economy; characterized in that the display is configured to present only a dominant cue indicator, out of the plurality of cue indicators, indicating a parameter whose adjustment offers the largest positive effect to the economic operation of the aircraft, or to present the dominant cue indicator and the other cues indicators of the plurality of cue indicators, with the other cue indicators being presented with a reduced magnitude compared to the dominant cue indicator. a display; and a plurality of gauges (607, 611, 613, 627, 633) located on the display, wherein each gauge has a scale with an indicator configured to communicate a reading by location of the indicator relative to the scale, and a cue indicator (603, 605, 609, 629, 631, 635), the cue indicator being configured to visually communicate to a pilot the opportunity to make an operational change that would positively affect an economic operation of the aircraft, wherein the economic operation is related to one of a rate of maintenance inducing operation, a rate of component replacement inducing operation, and fuel economy; characterized in that the display is configured to present only a dominant cue indicator, out of the plurality of cue indicators, indicating a parameter whose adjustment offers the largest positive effect to the economic operation of the aircraft, or to present the dominant cue indicator and the other cues indicators of the plurality of cue indicators, with the other cue indicators being presented with a reduced magnitude compared to the dominant cue indicator.
A laundry dryer comprising - a drum wherein the items to be dried are placed, - a frame located at the front side of the drum, having a loading port that enables the laundry to be loaded into the drum and to be unloaded therefrom, - at least one connection member that is located at the side of the frame facing the drum and positioned on the frame at the level of the upper half of drum, - a carrier that is detachably mounted to the connection member, having a body extending into the drum, whereon the items to be dried are placed, characterized in that the connection member being mounted to the frame so as to allow the carrier hung over the connection member to sway back and forth when the carrier is pushed, wherein the carrier mounted to the connection member by being hung over the connection member has a first position wherein a base thereof touches the loading port during the rotation of drum and a second position the carrier is brought to by the user applying a force thereon in order to sway the carrier and thus to move the carrier into the drum. - a drum wherein the items to be dried are placed, - a frame located at the front side of the drum, having a loading port that enables the laundry to be loaded into the drum and to be unloaded therefrom, - at least one connection member that is located at the side of the frame facing the drum and positioned on the frame at the level of the upper half of drum, - a carrier that is detachably mounted to the connection member, having a body extending into the drum, whereon the items to be dried are placed,
A susceptor comprising: a base material with a recess; a tantalum carbide layer formed directly on a bottom surface of the recess; and a silicon carbide layer formed directly on a surface of the base material except for the recess, wherein the base material is made of a material having a coefficient of thermal expansion of 4 to 6.5 x 10 -6 /°C (350 to 450°C). a base material with a recess; a tantalum carbide layer formed directly on a bottom surface of the recess; and a silicon carbide layer formed directly on a surface of the base material except for the recess, wherein the base material is made of a material having a coefficient of thermal expansion of 4 to 6.5 x 10 -6 /°C (350 to 450°C).
A traditional Chinese medicine composition, characterized in that the composition is prepared from materials in the following parts by weight: 5-15 parts of paeoniae rasix rubia (red peony root), 3-9 parts of curcumae rhizoma (rhizoma zedoariae), 10-20 parts of sarcandrae herba (sarcandra glabra), 10-20 parts of smilacis glabrae rhizoma (glabrous greenbrier rhizome), and 5-15 parts of mume fructus (black plum).
A method by a distribution node (110, 115) for location aware scheduling of an individual packet, the method comprising: determining information about a condition associated with the packet, wherein the condition comprises delivering the packet to a receiver before a vehicle associated with the receiver approaches a geographical area that is relevant to the packet; adjusting at least one Quality of Service, QoS, parameter based on the information about the condition associated with the packet, wherein adjusting the at least one QoS parameter comprises deriving a packet-specific QoS requirement by comparing the geographical area that is relevant for the packet with a current position of the receiver of the packet, wherein the packet-specific QoS requirement relates to a maximum delivery latency or reliability; and using the at least one QoS parameter to schedule the packet for transmission to a receiver based on the at least one adjusted QoS parameter, wherein using the at least one QoS parameter to schedule the packet for transmission to the receiver comprises selecting at least one radio bearer and at least one flow for the packet based on the at least one adjusted QoS parameter. determining information about a condition associated with the packet, wherein the condition comprises delivering the packet to a receiver before a vehicle associated with the receiver approaches a geographical area that is relevant to the packet; adjusting at least one Quality of Service, QoS, parameter based on the information about the condition associated with the packet, wherein adjusting the at least one QoS parameter comprises deriving a packet-specific QoS requirement by comparing the geographical area that is relevant for the packet with a current position of the receiver of the packet, wherein the packet-specific QoS requirement relates to a maximum delivery latency or reliability; and using the at least one QoS parameter to schedule the packet for transmission to a receiver based on the at least one adjusted QoS parameter, wherein using the at least one QoS parameter to schedule the packet for transmission to the receiver comprises selecting at least one radio bearer and at least one flow for the packet based on the at least one adjusted QoS parameter.
A flame resistant polymer obtained by reacting polyacrylonitrile with amine and nitro compounds, said polyacrylonitrile being polymerized by aqueous suspension polymerization using a redox initiator and bonded with an S component at an amount of 3,000 μg/g or less, wherein said polyacrylonitrile has a number average molecular weight Mn of 30,000 or more and 300,000 or less.
A method of detecting and correcting improper operation of a lighting system including a solid state lighting load, the method comprising: determining first and second values of a phase angle of a dimmer connected to a power converter driving the solid state lighting load, the first and second values corresponding to consecutive half cycles of an input mains voltage signal; determining a difference between the first and second values; and implementing a selected corrective action when the difference is greater than a difference threshold, indicating asymmetric waveforms of the input mains voltage signal. determining first and second values of a phase angle of a dimmer connected to a power converter driving the solid state lighting load, the first and second values corresponding to consecutive half cycles of an input mains voltage signal; determining a difference between the first and second values; and implementing a selected corrective action when the difference is greater than a difference threshold, indicating asymmetric waveforms of the input mains voltage signal.
A moveable vehicle-trailer combination including (a) a self-powered vehicle having one or more surface-engaging members (13,14,16,17) and a steering mechanism for steering at least one said surface-engaging member (13,14,16,17) so as to cause changes in a direction of movement of the vehicle; (b) a trailer that is towed behind the vehicle as the vehicle moves forwardly and is pivotably connected to the vehicle; (c) one or more forwardly effective sensors for sensing one or more objects and/or artefacts and/or conditions located forwardly of the vehicle; (d) one or more laterally effective sensor for sensing one or more objects and/or artefacts and/or conditions that when sensed are located laterally of the vehicle and/or the trailer; and (e) a control and/or processing apparatus that acts in dependence on at least one output of the one or more laterally effective sensors to take account of the presence of one or more objects and/or artefacts and/or conditions sensed by the one or more laterally effective sensor, wherein the control and/or processing apparatus is connected to operate the steering mechanism of the vehicle such that the vehicle-trailer combination follows a path that takes account of the presence of one or more objects and/or artefacts and/or conditions sensed by the one or more laterally effective sensor and characterised in that the control and/or processing apparatus operates the steering mechanism to steer the vehicle-trailer combination so as to avoid one or more objects and/or artefacts and/or conditions sensed by the one or more laterally effective sensor.
A rotary wing aircraft propulsion system comprising: an engine; a heat exchanger (32, 34) cooling a fluid from the engine; and a thermoelectric generator in thermal communication with the fluid to generate electrical power; the thermoelectric generator providing electrical power to at least one aircraft component, characterised in that the heat exchanger is at least one of a coolant heat exchanger cooling engine coolant to be circulated back to the engine and an oil heat exchanger cooling oil from the engine to be circulated back to the engine. an engine; a heat exchanger (32, 34) cooling a fluid from the engine; and a thermoelectric generator in thermal communication with the fluid to generate electrical power; the thermoelectric generator providing electrical power to at least one aircraft component, characterised in that the heat exchanger is at least one of a coolant heat exchanger cooling engine coolant to be circulated back to the engine and an oil heat exchanger cooling oil from the engine to be circulated back to the engine.
A disposable component system for use with a fluid line connection system of a peritoneal dialysis system, the disposable component system comprising: a fluid handling cassette comprising: a generally planar body with at least one pump chamber formed as a depression in a first side of the body and a plurality of flowpaths for fluid; a solution line spike located at a first end of the body, the solution line spike being in fluid communication with the at least one pump chamber via at least one flowpath; and a spike cap configured to removably cover the solution line spike, wherein the cap includes at least one raised feature (63a, 63b, 63c) configured for removal of the cap, the cap being for connection to a solution line by engagement with a solution line cap, the spike cap further comprising a barb configured to stretch a hole of the solution line cap made of flexible material and to be captured by a circumferential inner recess within the solution line cap, the solution line cap being engaged with a forkshaped element of a movable stripper element and in contact with a solution line cap engagement portion of a rocker arm pivotally mounted to said stripper element so that a spike cap engagement portion of the rocker arm engages a first raised feature of the spike cap for pulling the spike cap from the corresponding spike; the first raised feature being a flange on the spike cap. a fluid handling cassette comprising: a generally planar body with at least one pump chamber formed as a depression in a first side of the body and a plurality of flowpaths for fluid; a solution line spike located at a first end of the body, the solution line spike being in fluid communication with the at least one pump chamber via at least one flowpath; and a generally planar body with at least one pump chamber formed as a depression in a first side of the body and a plurality of flowpaths for fluid; a solution line spike located at a first end of the body, the solution line spike being in fluid communication with the at least one pump chamber via at least one flowpath; and a spike cap configured to removably cover the solution line spike, wherein the cap includes at least one raised feature (63a, 63b, 63c) configured for removal of the cap, the cap being for connection to a solution line by engagement with a solution line cap, the spike cap further comprising a barb configured to stretch a hole of the solution line cap made of flexible material and to be captured by a circumferential inner recess within the solution line cap, the solution line cap being engaged with a forkshaped element of a movable stripper element and in contact with a solution line cap engagement portion of a rocker arm pivotally mounted to said stripper element so that a spike cap engagement portion of the rocker arm engages a first raised feature of the spike cap for pulling the spike cap from the corresponding spike; the first raised feature being a flange on the spike cap.