mhurhangee/ep-ind-claims huggingface dataset:
An LED lamp array comprising: a blue LED chip for producing an emission at a wavelength falling within a blue wavelength range; a red LED chip for producing an emission at a wavelength falling within a red wavelength range; and a phosphor, which is photoexcited by the emission of the blue LED chip to exhibit a luminescence having an emission spectrum in an intermediate wavelength range between the blue and red wavelength ranges; the lamp array includes a first LED light source (52, 62) and a second LED light source (54, 64), the first LED light source (52, 62) includes the blue LED chip and the phosphor, and the second LED light source (54, 64) includes the red LED chip, the first LED light source (52, 62) and the second LED light source (54, 64) are separately disposed to make a cluster, the first LED light source (52, 62) includes a first transparent plastic encapsulant for molding the blue LED chip and the phosphor together, the second LED light source (54, 64) includes a second transparent plastic encapsulant for molding the red LED chip, characterized in that the first LED light source is located at a different level from that of the second LED light source, and the phosphor is a yellow emitting phosphor, the first LED light source is a LED white light source, and the second LED light source is LED red light source. a blue LED chip for producing an emission at a wavelength falling within a blue wavelength range; a red LED chip for producing an emission at a wavelength falling within a red wavelength range; and a phosphor, which is photoexcited by the emission of the blue LED chip to exhibit a luminescence having an emission spectrum in an intermediate wavelength range between the blue and red wavelength ranges; the lamp array includes a first LED light source (52, 62) and a second LED light source (54, 64), the first LED light source (52, 62) includes the blue LED chip and the phosphor, and the second LED light source (54, 64) includes the red LED chip, the first LED light source (52, 62) and the second LED light source (54, 64) are separately disposed to make a cluster, the first LED light source (52, 62) includes a first transparent plastic encapsulant for molding the blue LED chip and the phosphor together, the second LED light source (54, 64) includes a second transparent plastic encapsulant for molding the red LED chip, characterized in that the first LED light source is located at a different level from that of the second LED light source, and the phosphor is a yellow emitting phosphor, the first LED light source is a LED white light source, and the second LED light source is LED red light source.
Assembly (23, 26) comprising a leveling device (50, 51, 52, 55) as well as a weighing apparatus for leveling a pharmaceutical measuring and/or testing device (2, 56), wherein with the pharmaceutical measuring and/or testing device (2, 56) small-sized bulk goods can be measured and/or tested, wherein the leveling device (50, 51, 52, 55) comprises: a base (4, 77) for supporting the pharmaceutical measuring and/or testing device (2, 56); at least one first drivably adjustable adjustment leg (11, 58) and a second drivably adjustable adjustment leg (12, 59), wherein the first adjustment leg (11, 58) and the second adjustment leg (12, 59) are each secured on the base (4, 77) and the orientation of the base (4, 11) in space is definable by the adjustment of at least the first adjustment leg (11, 58) and of the second adjustment leg (12, 59); wherein the weighing apparatus is developed as a sensor for determining an ideal position, wherein the ideal position is obtainable thereby that by means of a reference weight a highest value for a mass is determined whereby it is ensured that geometric positional errors within the weighing apparatus and also angular deviations originating in the mounting of the weighing apparatus in the measuring and/or testing device (2, 56) are compensated; at least one inclination sensor (7, 7a, 7b, 60), wherein through the at least one inclination sensor (7, 7a, 7b, 60) a rolling angle of the base (4, 77) and a tilting angle of the base (4, 77) can be acquired; wherein at least the first adjustment leg (11, 58) and the second adjustment leg (12, 59) are controllable by a controller apparatus (5, 79) on the basis of the data acquired by the inclination sensor (7, 7a, 7b, 60) in order to set the orientation of the base (4, 77) in space.
A headgear assembly for a mask system, comprising: a two-dimensional first headgear section; and a two-dimensional second headgear section, wherein the two-dimensional first and second headgear sections are attached to one another to form a three-dimensional anatomically-shaped headgear assembly; wherein the first headgear section includes top strap portions that couple the first headgear section to a frame, and the second headgear section includes bottom strap portions that couple the second headgear section to the frame; wherein the top strap portions are configured to extend above the patient's ears and the bottom strap portions are configured to extend below the patient's ears. a two-dimensional first headgear section; and a two-dimensional second headgear section, wherein the two-dimensional first and second headgear sections are attached to one another to form a three-dimensional anatomically-shaped headgear assembly; wherein the first headgear section includes top strap portions that couple the first headgear section to a frame, and the second headgear section includes bottom strap portions that couple the second headgear section to the frame; wherein the top strap portions are configured to extend above the patient's ears and the bottom strap portions are configured to extend below the patient's ears.
A machine-readable storage device having machine readable instructions for optimizing data quality dimensions tangibly stored thereon which when executed by the machine, cause the machine to perform operations comprising: copying a primary data processing path along with its operators to a secondary data processing path; iteratively reconfiguring and testing the secondary processing path to identify at least one configuration meeting a set of quality requirements, wherein at each iteration, the secondary processing path is run with a specific configuration of a partition of data, a set of sampling operators, a set of interpolation operators and a set of data group sizes; and applying the identified configuration to the primary data processing path, wherein the primary processing path and the secondary processing path are run simultaneously. copying a primary data processing path along with its operators to a secondary data processing path; iteratively reconfiguring and testing the secondary processing path to identify at least one configuration meeting a set of quality requirements, wherein at each iteration, the secondary processing path is run with a specific configuration of a partition of data, a set of sampling operators, a set of interpolation operators and a set of data group sizes; and applying the identified configuration to the primary data processing path, wherein the primary processing path and the secondary processing path are run simultaneously.
Toilet arrangement for an aircraft cabin of an aircraft, wherein the aircraft has a cabin ventilation system for supplying the aircraft cabin with cabin air, having at least one standing surface for cladding the toilet arrangement, wherein the standing surface is arranged within the toilet arrangement, having a ventilator, wherein the ventilator has an entry interface for connection to the cabin ventilation system for transfer of the cabin air, having an outlet element, wherein the outlet element is connected to the entry interface for take-over of the cabin air, the ventilator generating a surface-air stream from the cabin air, wherein the surface-air stream flows over the standing surface from the outlet element in order to dry the standing surface, characterized in that the ventilator has a fan apparatus for compressing the cabin air, wherein the fan apparatus increases an air-stream speed of the surface-air stream, wherein the surface-air stream is configured for blowing away liquid and for drying the standing surface, and/or the ventilator has a heating element for thermally heating the cabin air, wherein the heating element is connected fluidically to the entry interface and to the outlet element, wherein the cabin air flows past the heating element for the purpose of heat exchange, with the result that the surface-air stream, for drying the standing surface, is thermally heatable. having at least one standing surface for cladding the toilet arrangement, wherein the standing surface is arranged within the toilet arrangement, having a ventilator, wherein the ventilator has an entry interface for connection to the cabin ventilation system for transfer of the cabin air, having an outlet element, wherein the outlet element is connected to the entry interface for take-over of the cabin air, the ventilator generating a surface-air stream from the cabin air, wherein the surface-air stream flows over the standing surface from the outlet element in order to dry the standing surface, characterized in that the ventilator has a fan apparatus for compressing the cabin air, wherein the fan apparatus increases an air-stream speed of the surface-air stream, wherein the surface-air stream is configured for blowing away liquid and for drying the standing surface, and/or the ventilator has a heating element for thermally heating the cabin air, wherein the heating element is connected fluidically to the entry interface and to the outlet element, wherein the cabin air flows past the heating element for the purpose of heat exchange, with the result that the surface-air stream, for drying the standing surface, is thermally heatable.
A device for the intermittent occlusion of a vein, including an occlusion device, a pressure measuring device for continuously measuring the fluid pressure in the occluded vein, and a memory for storing the fluid pressure behaviour as a function of time, characterized in that means are provided for applying a pulsating pressure in the occluded vein in that phase, in which a pressure build-up generally occurs, namely pressure waves at frequencies of between 50 and 250 per minute and, in particular, 100 to 200 per minute and that a device controlling the formation of said pressure waves is arranged to generate pressure waves from a lower threshold value of the detectable pressure increase after the occlusion and to stop the generation of pressure waves upon release of the occlusion.
A protease nexin-1 expression or activity inhibitor for use in the prevention or treatment of mild or moderate haemophilia A in a subject in need thereof, wherein the protease nexin-1 activity inhibitor is an anti-protease nexin-1 neutralizing antibody, and wherein the protein nexin-1 expression inhibitor is an antisense oligonucleotides or a siRNA to directly block the translation of protease nexin-1 mRNA.
An apparatus for processing metallic bodies by plastic deformation, which comprises a supporting framework for a carousel that can rotate intermittently about a main rotation axis and defines a plurality of supporting seats for respective metallic bodies to be processed fed to said carousel by way of a feeder device, a front table being provided which can move with an alternating translational motion along a direction that is substantially parallel to said main rotation axis of said carousel, said front table supporting a plurality of processing stations that are designed to engage sequentially the metallic bodies supported by said carousel, an actuation motor being provided for moving said front table and connecting means being provided between an actuation shaft, supported so that it can rotate by said supporting framework, and said front table, said connecting means being adapted to convert the rotation of said actuation shaft into alternating translational motion of said front table, wherein said actuation motor is constantly engaged with said actuation shaft characterized in that said actuation shaft rotates integrally with at least one counterweight.
An anticorrosive pigment composition comprising (a) aluminum dihydrogen tripolyphosphate, (b) calcium hydroxide at a weight ratio (b)/(a) from greater than 0.2 to less than 1.0, and (c) magnesium oxide at a weight ratio (c)/(a) from 0.05 to 0.3, said component (b) and (c) having reacted with said component (a) so that the pigment may be incorporated into a water-based anticorrosive paint formulation without compromising the storage stability thereof. (a) aluminum dihydrogen tripolyphosphate, (b) calcium hydroxide at a weight ratio (b)/(a) from greater than 0.2 to less than 1.0, and (c) magnesium oxide at a weight ratio (c)/(a) from 0.05 to 0.3, said component (b) and (c) having reacted with said component (a) so that the pigment may be incorporated into a water-based anticorrosive paint formulation without compromising the storage stability thereof.
A device comprising: a laminate structure comprising a first metal layer, a second metal layer, a third metal layer, a first dielectric layer that is arranged between the first metal layer and the second metal layer, and a second dielectric layer that is arranged between the second metal layer and the third metal layer; a fiducial formed in the laminate structure, the fiducial defined by an opening that extends through the first metal layer, the first dielectric layer, the second metal layer, and the second dielectric layer, wherein the opening extends to and is bounded by a horizontal surface of the third metal layer; and an electronic module on a surface of the laminate structure, wherein the fiducial is formed in a portion of the laminate structure that is laterally spaced from the electronic module. a laminate structure comprising a first metal layer, a second metal layer, a third metal layer, a first dielectric layer that is arranged between the first metal layer and the second metal layer, and a second dielectric layer that is arranged between the second metal layer and the third metal layer; a fiducial formed in the laminate structure, the fiducial defined by an opening that extends through the first metal layer, the first dielectric layer, the second metal layer, and the second dielectric layer, wherein the opening extends to and is bounded by a horizontal surface of the third metal layer; and an electronic module on a surface of the laminate structure, wherein the fiducial is formed in a portion of the laminate structure that is laterally spaced from the electronic module.
An apparatus for estimating an inverse channel, the apparatus comprising: a channel estimator for estimating a channel established by a transmission path from a received signal with a known signal being inserted; an inverse minimum phase filter coefficient generator for generating an inverse channel of a minimum phase channel from the channel estimated by the channel estimator, and converting the inverse channel of the minimum phase channel into a time-domain filter coefficient; an inverse group delay filter coefficient generator for generating a time-domain filter coefficient having an inverse group delay component by using the estimated channel divided by the minimum phase channel; and a combiner for generating an inverse channel of a receiving channel in a time domain by combining the filter coefficient converted from the inverse minimum phase filter coefficient generator and the filter coefficient generated from the inverse group delay filter coefficient generator.
Method of managing a device for distributing engine torque between a main wheel set and a secondary wheel set of a motor vehicle, said distribution device comprising an actuator for distributing said engine torque, a control unit having several modes of distributing the engine torque and adopting one of these modes of distribution as a function of a variable V_position and a distribution mode selection button delivering an item of information representative of the position of said button, the control unit determining, in regular operation, the variable V_position, as a function of said item of information representative of the position of said button; characterized in that said management method comprises: - a step of detecting potential failure of the selection button during which the consistency of the item of information representative of the position of the button is checked; - activation of degraded operation, when a failure of the button has been detected, wherein a constant value K is allocated to the variable V_position; - in degraded operation, monitoring of failure end during which the consistency of the item of information representative of the position of the button is checked; - activation of regular operation, when a failure end has been detected. - a step of detecting potential failure of the selection button during which the consistency of the item of information representative of the position of the button is checked; - activation of degraded operation, when a failure of the button has been detected, wherein a constant value K is allocated to the variable V_position; - in degraded operation, monitoring of failure end during which the consistency of the item of information representative of the position of the button is checked; - activation of regular operation, when a failure end has been detected.
A method for performing a handover of a mobile device from a source cell to a target cell in a cellular wireless telecommunication network, the method comprising the following steps: - configuring the mobile device to transmit a first handover trigger signal to the source cell, when a difference between a signal strength of the target cell and a signal strength of the source cell as measured by the mobile device is above a first threshold; - determining if a cell traffic load in the source cell is above a cell traffic load threshold; - if the cell traffic load is above the cell traffic load threshold, configuring the mobile device to transmit a second handover trigger signal to the source cell, when a difference between a signal strength of the target cell and a signal strength of the source cell as measured by the mobile device is above a second threshold, wherein the first threshold is larger than the second threshold - storing information about the mobile device that the handover has been performed from the source cell to the target cell after reception of the second handover trigger signal, if the handover has been performed from the source cell to the target cell after reception of the second handover trigger signal; - making a handover from the target cell back to the source cell less likely, if the information is stored. - configuring the mobile device to transmit a first handover trigger signal to the source cell, when a difference between a signal strength of the target cell and a signal strength of the source cell as measured by the mobile device is above a first threshold; - determining if a cell traffic load in the source cell is above a cell traffic load threshold; - if the cell traffic load is above the cell traffic load threshold, configuring the mobile device to transmit a second handover trigger signal to the source cell, when a difference between a signal strength of the target cell and a signal strength of the source cell as measured by the mobile device is above a second threshold, wherein the first threshold is larger than the second threshold - storing information about the mobile device that the handover has been performed from the source cell to the target cell after reception of the second handover trigger signal, if the handover has been performed from the source cell to the target cell after reception of the second handover trigger signal; - making a handover from the target cell back to the source cell less likely, if the information is stored.
A method for the production of a lithium-titanium mixed oxide, comprising: providing a mixture of titanium dioxide and a lithium compound, or providing a lithium-titanium composite oxide comprising Li 2 TiO 3 and TiO 2, calcinating the mixture or lithium-titanium composite oxide, and after calcination, grinding of the mixture or the lithium-titanium composite oxide in an atmosphere having a dew point < -50 °C, wherein the lithium-titanium mixed oxide is doped or undoped Li 4 Ti 5 O 12. providing a mixture of titanium dioxide and a lithium compound, or providing a lithium-titanium composite oxide comprising Li 2 TiO 3 and TiO 2, calcinating the mixture or lithium-titanium composite oxide, and after calcination, grinding of the mixture or the lithium-titanium composite oxide in an atmosphere having a dew point < -50 °C,
A method for detecting prostate cell proliferative disorders in a subject comprising determining the CpG methylation of NFATC3 in a biological sample isolated from said subject wherein CpG methylation is indicative of the presence of said disorders.
Method for operating a burner assembly, in particular a burner assembly of a gas turbine, wherein an evaluation variable representing the combustion stability is determined and at least one control variable is altered at least on the basis of the determined evaluation variable when the determined evaluation variable does not lie within a previously defined desired range, wherein the desired range of the evaluation variable is constant over the entire output range of the machine and characterized in that the evaluation variable is determined on the basis of measured maximum actual amplitudes in previously defined frequency bands and measured actual outputs of the burner assembly.
An anti-reflective film comprising: a hard coating layer; and a low-refractive layer containing a binder resin and hollow inorganic nanoparticles and solid inorganic nanoparticles which are dispersed in the binder resin, wherein a ratio of an average particle diameter of the solid inorganic nanoparticles to an average particle diameter of the hollow inorganic nanoparticles is 0.26 to 0.55, wherein at least 70 vol% of the entire solid inorganic nanoparticles are present within a distance corresponding to 50% of an entire thickness of the low-refractive layer from the interface between the hard coating layer and the low-refractive layer, wherein the hard coating layer contains a binder resin containing a photocurable resin, and organic or inorganic fine particles dispersed in the binder resin, and wherein the organic or inorganic fine particles have a particle diameter of 1 to 10 μm.
A light coupler for optically coupling to an integrated waveguide and for out-coupling a light signal propagating in the integrated waveguide into free space, the light coupler comprising a light coupling structure and a plurality of microstructures positioned on the light coupling structure in accordance with a non-uniform number density distribution, wherein each of said microstructures forms an optical scattering centre, the plurality of microstructures being adapted in shape and position to compensate decay of the light signal when propagating in the light coupler and to provide a power distribution of the light signal when coupled into free space such that the power distribution corresponds to a predetermined target power distribution, characterized in that the plurality of microstructures are provided on grating lines of the light coupling structure.