mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light-emitting diode (OLED) comprising an emission layer and an electron transport layer stack of at least two electron transport layers (161/162), and an electron injection layer , wherein a first electron transport layer and a second electron transport layer comprises at least one matrix compound, wherein - the matrix compound or compounds of the first electron transport layer is/are different to the matrix compound or compounds of the second electron transport layer ; and in addition, - the first electron transport layer comprises a dopant of a lithium halide and/or lithium organic complex; and - the second electron transport layer is free of a dopant; wherein - at least one matrix compound of the second electron transport layer has the chemical formula la, Ib and/or Ic: wherein Ar = substituted or unsubstituted arylene with 6 to 20 ring-forming carbon atoms; or carbazolylene; ET = substituted or unsubstituted aryl group with 13 to 40 ring-forming carbon atoms; or a substituted or unsubstituted heteroaryl group with 14 to 40 ring-forming atoms. - the matrix compound or compounds of the first electron transport layer is/are different to the matrix compound or compounds of the second electron transport layer ; and in addition, - the first electron transport layer comprises a dopant of a lithium halide and/or lithium organic complex; and - the second electron transport layer is free of a dopant; wherein - at least one matrix compound of the second electron transport layer has the chemical formula la, Ib and/or Ic: wherein Ar = substituted or unsubstituted arylene with 6 to 20 ring-forming carbon atoms; or carbazolylene; ET = substituted or unsubstituted aryl group with 13 to 40 ring-forming carbon atoms; or a substituted or unsubstituted heteroaryl group with 14 to 40 ring-forming atoms. Ar = substituted or unsubstituted arylene with 6 to 20 ring-forming carbon atoms; or carbazolylene; ET = substituted or unsubstituted aryl group with 13 to 40 ring-forming carbon atoms; or a substituted or unsubstituted heteroaryl group with 14 to 40 ring-forming atoms.
A method of establishing a wireless local area network, WLAN, communication link, the method comprising: transmitting, by a first user equipment, UE , a proximity based services, ProSe, sidelink, PC5, discovery message including neighbor awareness networking, NAN, service discovery information to a second UE over a PC5 link; and communicating with the second UE over the WLAN communication link, wherein the WLAN communication link is established with the second UE based on the NAN service discovery information included in the PC5 discovery message, and wherein the NAN service discovery information includes at least one of a hashed NAN service identification, a hashed NAN interface address and service specific information. transmitting, by a first user equipment, UE , a proximity based services, ProSe, sidelink, PC5, discovery message including neighbor awareness networking, NAN, service discovery information to a second UE over a PC5 link; and communicating with the second UE over the WLAN communication link, wherein the WLAN communication link is established with the second UE based on the NAN service discovery information included in the PC5 discovery message, and wherein the NAN service discovery information includes at least one of a hashed NAN service identification, a hashed NAN interface address and service specific information.
A negative active material for a rechargeable lithium battery, comprising a porous silicon-carbon composite comprising silicon, carbon and magnesium silicate, MgSiOs, having a diffraction peak intensity ratio I MgSiO3 /I Si of 0.001 < I MgSiO3 /I Si < 0.01, which is a ratio of a diffraction peak intensity I MgSiO3 by MgSiOs at 2θ = 30° to 32° to a diffraction peak intensity I Si by Si detected at 2θ = 27.5° to 29.5° in an X-ray diffraction analysis. a porous silicon-carbon composite comprising silicon, carbon and magnesium silicate, MgSiOs, having a diffraction peak intensity ratio I MgSiO3 /I Si of 0.001 < I MgSiO3 /I Si < 0.01, which is a ratio of a diffraction peak intensity I MgSiO3 by MgSiOs at 2θ = 30° to 32° to a diffraction peak intensity I Si by Si detected at 2θ = 27.5° to 29.5° in an X-ray diffraction analysis.
A system comprising: a controller ; a bleed air source ; a first flow path configured to carry a first bleed air flow from the bleed air source, wherein the first flow path includes a heat transfer device configured to transfer heat to or from the first bleed air flow; a first flow control valve positioned to control the first bleed air flow; a second flow path configured to carry a second bleed air flow from the bleed air source, wherein the first and second flow paths merge downstream to provide a combined bleed air flow; and a second flow control valve positioned to control the second bleed air flow, wherein the controller is configured to control the first bleed air flow and the second bleed air flow to control a temperature and flow of the combined bleed air flow; characterised in that : the controller is further configured to control the first flow control valve to provide the first bleed air flow as the combined bleed air flow upon failure of the second flow control valve , and wherein the controller is further configured to control the second flow control valve to provide the second bleed air flow as the combined bleed air flow upon failure of the first flow control valve . a controller ; a bleed air source ; a first flow path configured to carry a first bleed air flow from the bleed air source, wherein the first flow path includes a heat transfer device configured to transfer heat to or from the first bleed air flow; a first flow control valve positioned to control the first bleed air flow; a second flow path configured to carry a second bleed air flow from the bleed air source, wherein the first and second flow paths merge downstream to provide a combined bleed air flow; and a second flow control valve positioned to control the second bleed air flow, wherein the controller is configured to control the first bleed air flow and the second bleed air flow to control a temperature and flow of the combined bleed air flow; characterised in that : the controller is further configured to control the first flow control valve to provide the first bleed air flow as the combined bleed air flow upon failure of the second flow control valve , and wherein the controller is further configured to control the second flow control valve to provide the second bleed air flow as the combined bleed air flow upon failure of the first flow control valve .
A mobile water treatment system for producing potable water in a disaster area, comprising first and second reverse osmosis modules , and comprising a changeover valve configured for selectively connecting the first reverse osmosis module and the second reverse osmosis module for permeate-stepped operation or for concentrate-stepped operation, wherein the changeover valve comprises a valve housing having a first housing part and a second housing part , wherein the first housing part has a plurality of port openings configured for connecting fluid lines , wherein the second housing part has a plurality of channels configured for interconnecting defined port openings from the plurality of port openings in a fluid-conducting manner, and wherein the first housing part and the second housing part are held spatially adjustable relative to one another and define a first setting position and a second setting position, wherein the channels connect different port openings from the plurality of port openings to one another in the fluid-conducting manner as a function of the respective setting position.
A skin treatment device for fractional treatment of the skin of a human being, the skin treatment device comprising: - a radiation source capable of emitting a multi-mode laser beam , - a lens for directing the multi-mode laser beam onto the skin, and - a radiation control unit for controlling the radiation source, wherein the radiation source and the radiation control unit are optically arranged so that the multi-mode laser beam, when impinging on a treatment zone of the skin, is spatially configured so as to simultaneously create: - a first plurality of high-intensity zones wherein a thermal threshold (TC) for collagen denaturation for said treatment zone of the skin is at least reached, and - a second plurality of low-intensity zones wherein a thermal threshold (TF) for fibroblast stimulation for said treatment zone of the skin is at least reached, but wherein said thermal threshold (TC) for collagen denaturation is not reached, characterized in that the multi-mode laser beam substantially only comprises a superposition of only higher-order laser modes which are mutually different, the higher-order laser modes having mutually different intensity profiles in a beam cross-section transverse to a propagation direction of the laser beam, wherein the radiation source , the lens and the radiation control unit are configured so that a Lagrange value (H) of the multi-mode laser beam, when leaving the lens , is at least 0.5μ, preferably at least 1μ, more preferably at least 5μ. - a radiation source capable of emitting a multi-mode laser beam , - a lens for directing the multi-mode laser beam onto the skin, and - a radiation control unit for controlling the radiation source, - a first plurality of high-intensity zones wherein a thermal threshold (TC) for collagen denaturation for said treatment zone of the skin is at least reached, and - a second plurality of low-intensity zones wherein a thermal threshold (TF) for fibroblast stimulation for said treatment zone of the skin is at least reached, but wherein said thermal threshold (TC) for collagen denaturation is not reached,
Optically variable security element having a polychromatically reflective surface region, the planar extent of which defines a z-direction perpendicular thereto, wherein - the polychromatically reflective surface region contains an upper relief structure and a lower relief structure arranged at different levels in the z-direction, - the two relief structures are each provided with an upper colour coating and a different lower colour coating , - the two relief structures overlap in an overlap region, - the upper colour coating has a cutout in the overlap region such that a concealed portion of the lower colour coating is arranged under the upper colour coating in the z-direction and an exposed portion of the lower colour coating is arranged under the cutout in the z-direction, - wherein, at an observation angle, the lower colour coating becomes visible with components of the concealed portion and the exposed portion in its colour impression, characterized in that the relief structures are micromirror arrangements which comprise a multiplicity of directed micromirrors, wherein the respective colour coating only becomes visible in chromatically reflective fashion depending on the observation angle. - the polychromatically reflective surface region contains an upper relief structure and a lower relief structure arranged at different levels in the z-direction, - the two relief structures are each provided with an upper colour coating and a different lower colour coating , - the two relief structures overlap in an overlap region, - the upper colour coating has a cutout in the overlap region such that a concealed portion of the lower colour coating is arranged under the upper colour coating in the z-direction and an exposed portion of the lower colour coating is arranged under the cutout in the z-direction, a concealed portion of the lower colour coating is arranged under the upper colour coating in the z-direction and an exposed portion of the lower colour coating is arranged under the cutout in the z-direction, - wherein, at an observation angle, the lower colour coating becomes visible with components of the concealed portion and the exposed portion in its colour impression, characterized in that the relief structures are micromirror arrangements which comprise a multiplicity of directed micromirrors, wherein the respective colour coating only becomes visible in chromatically reflective fashion depending on the observation angle.
Apparatus for matting a coating applied on mainly flat panels , provided with a cleaning workstation and an excimer treatment workstation , wherein said panels are conveyed by a belt conveyor provided with an upper outward section and a lower return section , characterized in that in said cleaning station the upper outward section of said belt conveyor is provided with a V-shaped path formed by three rollers , of which the first and third roller are in contact with the panel advancing plane, and said second roller is placed lower than the first and third roller , while in correspondence of the V-shaped path said panel moves on at least two advancing rollers, preferably three motorized rollers among which gaseous nitrogen is supplied, brushing all the sides of the panel.
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.
Display device for a timepiece, comprising at least one first display member comprising a plurality of patterns to be displayed, and an aperture associated with the said display member , the said aperture and the said first display member being intended to exhibit a relative movement with respect to one another so as to define a plurality of targets on the said first display member which targets are associated with the said patterns and intended to present predefined items of information to a user sequentially, characterized in that the said aperture is designed to be able to collaborate with at least one of the said targets in such a way that the said aperture and the said target define graphical shapes which complement one another in order together to create at least one legible character relating to one of the said predefined items of information that has a form different from that of the said patterns, the said target comprising one or more patterns occupying a portion representing less than 100% of its surface.
Method for detecting a blocked pressure line in an SCR system of an internal combustion engine, which has a conveyor pump , a metering module , and a pressure sensor , comprising the following steps: - measuring a reference signal of a pressure (p) in the pressure line over a measuring time (t M ) when no injection of a reducing agent solution by the metering module takes place and computing a signal energy (E R ) of the reference signal; - measuring a pressure signal over the measuring time (t M ) during an injection of a metered mass of the reducing agent solution by the metering module and computing a signal energy (E p ) of the pressure signal; - computing a ratio (V E ) of the signal energy (E p ) of the pressure signal to the signal energy (E R ) of the reference signal; and - detecting the blocked pressure line if the ratio (V E ) falls below a first predefinable threshold value (S 1 ). - measuring a reference signal of a pressure (p) in the pressure line over a measuring time (t M ) when no injection of a reducing agent solution by the metering module takes place and computing a signal energy (E R ) of the reference signal; - measuring a pressure signal over the measuring time (t M ) during an injection of a metered mass of the reducing agent solution by the metering module and computing a signal energy (E p ) of the pressure signal; - computing a ratio (V E ) of the signal energy (E p ) of the pressure signal to the signal energy (E R ) of the reference signal; and - detecting the blocked pressure line if the ratio (V E ) falls below a first predefinable threshold value (S 1 ).
A machine monitoring device configured as a portable vibration monitoring device comprising: a housing ; a processing circuit disposed within the housing ; a primary sensor extending outwardly from the housing , coupled with the processing circuit and configured to transmit input to the processing circuit, the primary sensor being a contact-type sensor configured to sense vibration such that the input (Ip) transmitted from the sensor to the processing circuit corresponds to sensed vibration; a battery disposed within the housing and configured to provide electric power to at least the processing circuit ; and a connector coupled with the processing circuit , the connector including a body having an inner end disposed within the housing and an outer end disposed externally of the housing ; the machine monitoring device being characterized in that : the battery is rechargeable; and the connector is configured to operatively couple the battery with a battery charger and to alternatively couple the processing circuit with at least one of a secondary sensor and a calibration device , the body outer end of the connector being configured to separately releasably engage with the battery charger and with at least one of the secondary sensor and the calibration device . a housing ; a processing circuit disposed within the housing ; a primary sensor extending outwardly from the housing , coupled with the processing circuit and configured to transmit input to the processing circuit, the primary sensor being a contact-type sensor configured to sense vibration such that the input (Ip) transmitted from the sensor to the processing circuit corresponds to sensed vibration; a battery disposed within the housing and configured to provide electric power to at least the processing circuit ; and a connector coupled with the processing circuit , the connector including a body having an inner end disposed within the housing and an outer end disposed externally of the housing ; the machine monitoring device being characterized in that : the battery is rechargeable; and the connector is configured to operatively couple the battery with a battery charger and to alternatively couple the processing circuit with at least one of a secondary sensor and a calibration device , the body outer end of the connector being configured to separately releasably engage with the battery charger and with at least one of the secondary sensor and the calibration device . the battery is rechargeable; and the connector is configured to operatively couple the battery with a battery charger and to alternatively couple the processing circuit with at least one of a secondary sensor and a calibration device , the body outer end of the connector being configured to separately releasably engage with the battery charger and with at least one of the secondary sensor and the calibration device .
Device for packaging a cuboid stack , in particular of stacked elongate objects such as wooden boards or beams, comprising a conveyor which forms a horizontal conveyor belt and is designed to transport the stack in a transport direction which corresponds to the longitudinal extension of the stacked objects, comprising a banding machine which is designed to band the vertical surfaces of the stack with a vertical wrapping , comprising a top sheet applicator for applying a top sheet to the upwardly facing horizontal surface of the stack , which applicator is designed such that two longitudinal, one front-side and one rear-side edge strips of the top sheet each project from the applied top sheet over the edge of the horizontal surface, and comprising an apparatus for connecting the edge strips of the top sheet brought into a vertical position to the outer face of the vertical wrapping , characterised in that the apparatus has at least one roll of adhesive tape from which a piece of adhesive tape coated with an adhesive layer can be removed, which piece of tape can be stuck such that it extends in a horizontal plane over the outer edge of the edge strip in such a way that an upper portion of the piece of adhesive tape sticks to the edge strip and a lower portion of the piece of adhesive tape sticks to the vertical wrapping .
A molten metal pump comprised of a base defining a pumping chamber , an impeller disposed within said pumping chamber , an outlet passage extending from said pumping chamber , said outlet passage being defined by opposed top and bottom walls and opposed side walls , that are elements of the base, wherein at least one of said top wall and said opposed side walls include a gas injection inlet , and wherein said top and side walls terminate at an intersection with a boundary (B) of the base, said boundary (B) defining an exit from the outlet passage , and wherein at least a portion of said bottom wall terminates inward from said boundary.
An information distribution method comprising: receiving computer program execution information related to an execution of a computer program from a first computing device; receiving keystroke information related to input to the computer program from the first computing device; and transmitting the computer program execution information and the keystroke information to at least one further computing device, characterized in that the information distribution method further comprises indicating the keystroke information using backlights of a keyboard of the at least one further computing device. receiving computer program execution information related to an execution of a computer program from a first computing device; receiving keystroke information related to input to the computer program from the first computing device; and transmitting the computer program execution information and the keystroke information to at least one further computing device, characterized in that the information distribution method further comprises indicating the keystroke information using backlights of a keyboard of the at least one further computing device.