mhurhangee/ep-ind-claims huggingface dataset:
A calibration method for measurements of the effect of a soiling of a solar panel, the method comprising the steps of: - producing a set of measurements on a pair of a reference solar panel and an exposed solar panel, the measurements comprising at least a plurality of electric current measurements which are carried out simultaneously on each of the solar panels at a plurality of predetermined times, - for each time of electric current measurement, determining an incidence angle of the rays of the sun reflected on each solar panel, - determining the coefficients of a linear regression line from the pairs {deviation of electric current measurements between the two solar panels; angle of incidence}, - saving the coefficients to calibrate the subsequent electric current measurements. - producing a set of measurements on a pair of a reference solar panel and an exposed solar panel, the measurements comprising at least a plurality of electric current measurements which are carried out simultaneously on each of the solar panels at a plurality of predetermined times, - for each time of electric current measurement, determining an incidence angle of the rays of the sun reflected on each solar panel, - determining the coefficients of a linear regression line from the pairs {deviation of electric current measurements between the two solar panels; angle of incidence}, - saving the coefficients to calibrate the subsequent electric current measurements.
An endplate of a hot isostatic pressing canister, the endplate comprising: a central region; and a main region extending radially from the central region and terminating in a corner about a periphery of the endplate, the corner including a peripheral lip configured to mate with a body portion of the canister; wherein a thickness of the endplate increases from the central region to the corner and defines a taper angle; and wherein an inner surface of the corner includes a radiused portion by which the main region smoothly transitions into the peripheral lip. a central region; and a main region extending radially from the central region and terminating in a corner about a periphery of the endplate, the corner including a peripheral lip configured to mate with a body portion of the canister; wherein a thickness of the endplate increases from the central region to the corner and defines a taper angle; and wherein an inner surface of the corner includes a radiused portion by which the main region smoothly transitions into the peripheral lip.
A self-catheterization intermittent urinary catheter training packaging assembly, comprising: an intermittent urinary catheter; a package having a compartment containing the intermittent urinary catheter; the package comprising a plurality of panels (30, 36, 44) including step-by-step written and/or pictorial self-catheterization training instructions for using the intermittent urinary catheter, the plurality of panels being superimposed one atop of the other and sequentially arranged in the order of the step-by-step self-catheterization training instructions; wherein a top superimposed panel is removable from a succeeding underlying panel to reveal the step-by-step self-catheterization training instructions of the succeeding underlying panel; and wherein one of the underlying panels has an opening therethrough for removing the intermittent catheter from the compartment of the package. an intermittent urinary catheter; a package having a compartment containing the intermittent urinary catheter; the package comprising a plurality of panels (30, 36, 44) including step-by-step written and/or pictorial self-catheterization training instructions for using the intermittent urinary catheter, the plurality of panels being superimposed one atop of the other and sequentially arranged in the order of the step-by-step self-catheterization training instructions; wherein a top superimposed panel is removable from a succeeding underlying panel to reveal the step-by-step self-catheterization training instructions of the succeeding underlying panel; and wherein one of the underlying panels has an opening therethrough for removing the intermittent catheter from the compartment of the package.
A clear channel listening method, wherein the method comprises: determining a signal block set, the signal block set comprising n signal blocks, each signal block comprising at least one signal and/or at least one channel, n being an integer greater than 1; executing one clear channel assessment, CCA, on a channel of an unlicensed spectrum before transmitting the signal blocks comprised in the signal block set; and if the result of the CCA is that the channel of the unlicensed spectrum is available, using the channel of the unlicensed spectrum to transmit the signal blocks comprised in the signal block set, wherein a direction of the CCA comprises a direction corresponding to a collection of beam directions of the n signal blocks comprised in the signal block set, and at least two signal blocks belonging to the same time domain division in time domain are distributed into the same signal block set. determining a signal block set, the signal block set comprising n signal blocks, each signal block comprising at least one signal and/or at least one channel, n being an integer greater than 1; executing one clear channel assessment, CCA, on a channel of an unlicensed spectrum before transmitting the signal blocks comprised in the signal block set; and if the result of the CCA is that the channel of the unlicensed spectrum is available, using the channel of the unlicensed spectrum to transmit the signal blocks comprised in the signal block set, wherein a direction of the CCA comprises a direction corresponding to a collection of beam directions of the n signal blocks comprised in the signal block set, and at least two signal blocks belonging to the same time domain division in time domain are distributed into the same signal block set.
An apparatus, comprising: an encoder for encoding multi-view video content in a resultant bitstream and multi-view coding information for the multi-view video content in at least one high level syntax element, wherein the multi-view coding information includes non-coded camera view information, characterized by: the non-coded camera view information including information indicating which camera view is not coded, wherein the non-coded camera view information further includes at least one of a number of non-coded camera view and characteristics of each of the non-coded camera views, the number of non-coded camera views being any of one or more of a total number of non-coded camera views corresponding to the multi-view video content and, wherein the characteristics of each of the non-coded views includes at least one of a view identifier, view interpolation information, and camera parameters.
Set of links intended to form a portion of a link bracelet or a link chain, or a link and a watch case, said elements comprising at least a first link and a second link, said first and second links being movable with respect to one another about an axis of rotation and being produced and interlocked with one another by additive manufacturing, without other assembly means, the first link having first pivoting surfaces and second pivoting surfaces, which are centred on said axis of rotation, the second link having third pivoting surfaces and fourth pivoting surfaces, which are centred on said axis of rotation, said first and third pivoting surfaces respectively forming a first form and counter-form pair which are intended to cooperate to form a first pivot, and said second and fourth pivoting surfaces respectively forming a second form and counter-form pair which are intended to cooperate to form a second pivot, said first and second pivots being centred on said axis of rotation, characterized in that said first and second links (10, 20) are metallic, and in that said pivoting surfaces are arranged such that said first and second form and counter-form pairs substantially eliminate the degrees of freedom between said first and second links, apart from the rotation about said axis of rotation. the first link having first pivoting surfaces and second pivoting surfaces, which are centred on said axis of rotation, the second link having third pivoting surfaces and fourth pivoting surfaces, which are centred on said axis of rotation, said first and third pivoting surfaces respectively forming a first form and counter-form pair which are intended to cooperate to form a first pivot, and said second and fourth pivoting surfaces respectively forming a second form and counter-form pair which are intended to cooperate to form a second pivot, said first and second pivots being centred on said axis of rotation, characterized in that said first and second links (10, 20) are metallic, and in that said pivoting surfaces are arranged such that said first and second form and counter-form pairs substantially eliminate the degrees of freedom between said first and second links, apart from the rotation about said axis of rotation.
A method of creating a piston crown, comprising: - providing a billet including a length and a cross section; - upsetting the billet in a first station including a set of first closed dies to decrease the length of the billet to a second length (L') and increase the cross section of the billet to a second cross section (C'), resulting in a second billet; - pre-forming the second billet in a second station including a set of second closed dies to decrease the second length (L') of the second billet to a third length (L"), to increase the second cross section (C') of the second billet to a third cross section (C") and to create edges, resulting in a third billet, wherein the first station and the second station are separate components; - forming the third billet to a piston crown in a third station including a set of third closed dies, the piston crown comprising a predetermined volume of material; - forming a cooling gallery in the piston crown by a coining operation, wherein the coining operation is included with the forging of the piston crown; - precision-forming the piston crown into a near net shape piston crown in a forth station including a set of forth closed dies, the piston crown comprising a near net shape volume (V') of material. - providing a billet including a length and a cross section; - upsetting the billet in a first station including a set of first closed dies to decrease the length of the billet to a second length (L') and increase the cross section of the billet to a second cross section (C'), resulting in a second billet; - pre-forming the second billet in a second station including a set of second closed dies to decrease the second length (L') of the second billet to a third length (L"), to increase the second cross section (C') of the second billet to a third cross section (C") and to create edges, resulting in a third billet, wherein the first station and the second station are separate components; - forming the third billet to a piston crown in a third station including a set of third closed dies, the piston crown comprising a predetermined volume of material; - forming a cooling gallery in the piston crown by a coining operation, wherein the coining operation is included with the forging of the piston crown; - precision-forming the piston crown into a near net shape piston crown in a forth station including a set of forth closed dies, the piston crown comprising a near net shape volume (V') of material.
An array of switched capacitors (120, 122, 230A, 230B) comprising: a plurality of capacitors upon a substrate, said capacitors arranged into a plurality of capacitor array branches (122A-D), each capacitor array branch (122A-D) having a characteristic capacitance; and a plurality of electronic switches configured to selectively connect each capacitor array branch (122A-D) to an extended conducting ground plane (130, 330, 430), wherein each said capacitor array branch (122A-D) is conductively coupled to a common functional circuit terminal junction, and wherein said ground plane (130, 330, 430) comprises at least one current limiting element located such that return current from each said capacitor array branch (122A-D) to the functional circuit terminal junction is equalized. a plurality of capacitors upon a substrate, said capacitors arranged into a plurality of capacitor array branches (122A-D), each capacitor array branch (122A-D) having a characteristic capacitance; and a plurality of electronic switches configured to selectively connect each capacitor array branch (122A-D) to an extended conducting ground plane (130, 330, 430), wherein each said capacitor array branch (122A-D) is conductively coupled to a common functional circuit terminal junction, and wherein said ground plane (130, 330, 430) comprises at least one current limiting element located such that return current from each said capacitor array branch (122A-D) to the functional circuit terminal junction is equalized.
A manufacturing method of a casing of electronic device, comprising: providing a casing body, wherein the material of the casing body is metal; forming an oxide ceramic layer on a surface of the casing body, wherein the step of forming the oxide ceramic layer on the surface of the casing body is a Micro Arc Oxidation process; and forming an anti-fingerprint layer (AFP layer) on the oxide ceramic layer after the step of forming the oxide ceramic layer, characterized in that the AFP layer comprises 15-25% Xylene, 5-15% 2-butoxyethanol, 5-15% Methyl ethyl ketone, 5-15% Toluene, 5-15% 2-methylpropanol, 1-5% Ethylbenzene, 1-5% Epoxy resin, 1-5% Methyl isobutyl ketone; and after the step of providing the casing body, roughening a surface of the casing body, and the oxide ceramic layer is formed on the roughened surface of the casing body. providing a casing body, wherein the material of the casing body is metal; forming an oxide ceramic layer on a surface of the casing body, wherein the step of forming the oxide ceramic layer on the surface of the casing body is a Micro Arc Oxidation process; and forming an anti-fingerprint layer (AFP layer) on the oxide ceramic layer after the step of forming the oxide ceramic layer, characterized in that the AFP layer comprises 15-25% Xylene, 5-15% 2-butoxyethanol, 5-15% Methyl ethyl ketone, 5-15% Toluene, 5-15% 2-methylpropanol, 1-5% Ethylbenzene, 1-5% Epoxy resin, 1-5% Methyl isobutyl ketone; and after the step of providing the casing body, roughening a surface of the casing body, and the oxide ceramic layer is formed on the roughened surface of the casing body.
Delta-sigma converter for a sensor signal, in particular a signal of a rotation rate sensor, wherein the delta-sigma converter is designed to output a digital output signal using the sensor signal and a 1-bit quantizer, wherein the delta-sigma converter has a control unit that is designed to generate a control signal based on a frequency of signal level changes of the digital output signal representing an activity in a considered interval of time, wherein the activity of the quantizer has a direct correlation to the existing loop gain, and wherein the delta-sigma converter has a digital compensation unit that is designed to output a compensation signal using the digital output signal and the control signal, wherein the digital compensation unit is designed to output a dither signal whose variance is adjustable as compensation signal, wherein the delta-sigma converter is furthermore designed to ascertain the digital output signal further using the compensation signal, and wherein the delta-sigma converter has an activity counter for determining the frequency of signal level changes from the digital output signal, which activity counter is designed to count a number of signal level changes of the digital output signal, characterized in that the control unit is designed to thus generate the control signal in order to set the activity to a defined value. wherein the delta-sigma converter is designed to output a digital output signal using the sensor signal and a 1-bit quantizer, wherein the delta-sigma converter has a control unit that is designed to generate a control signal based on a frequency of signal level changes of the digital output signal representing an activity in a considered interval of time, wherein the activity of the quantizer has a direct correlation to the existing loop gain, and wherein the delta-sigma converter has a digital compensation unit that is designed to output a compensation signal using the digital output signal and the control signal, wherein the digital compensation unit is designed to output a dither signal whose variance is adjustable as compensation signal, wherein the delta-sigma converter is furthermore designed to ascertain the digital output signal further using the compensation signal, and wherein the delta-sigma converter has an activity counter for determining the frequency of signal level changes from the digital output signal, which activity counter is designed to count a number of signal level changes of the digital output signal, characterized in that the control unit is designed to thus generate the control signal in order to set the activity to a defined value.
A flexible display device, comprising: a flexible film, which is divided into an active area and a dead area to a side of the active area; an electrode array provided in the active area of the flexible film; a pad portion provided in the dead area of the flexible film and having a plurality of pad electrodes; a plurality of routing wires configured to connect the electrode array and the pad electrodes; a plurality of transparent dummy electrode wires extending from the pad electrodes to an edge of the flexible film; and wherein each of the transparent dummy electrode wires connects each of the pad electrodes to a shorting bar preventing generation of static electricity characterized in that a plurality of dummy metal patterns spaced apart from the touch pad electrodes at a predetermined distance are provided, said dummy metal patterns being floating patterns to which no electrical signals are applied, wherein each of the dummy metal patterns is in contact one-to-one with the transparent dummy electrode wires and is lead out as to extend to and beyond the edge of the flexible film and has a width greater than a width of each of the transparent dummy electrode wires, wherein each of the dummy metal patterns is located under each of the respective transparent dummy electrode wires so as to be electrically connected thereto. a flexible film, which is divided into an active area and a dead area to a side of the active area; an electrode array provided in the active area of the flexible film; a pad portion provided in the dead area of the flexible film and having a plurality of pad electrodes; a plurality of routing wires configured to connect the electrode array and the pad electrodes; a plurality of transparent dummy electrode wires extending from the pad electrodes to an edge of the flexible film; and wherein each of the transparent dummy electrode wires connects each of the pad electrodes to a shorting bar preventing generation of static electricity characterized in that a plurality of dummy metal patterns spaced apart from the touch pad electrodes at a predetermined distance are provided, said dummy metal patterns being floating patterns to which no electrical signals are applied, wherein each of the dummy metal patterns is in contact one-to-one with the transparent dummy electrode wires and is lead out as to extend to and beyond the edge of the flexible film and has a width greater than a width of each of the transparent dummy electrode wires, wherein each of the dummy metal patterns is located under each of the respective transparent dummy electrode wires so as to be electrically connected thereto.
A driver's braking control device (11; 41) for controlling a train braking system, in which a braking effect request is transmitted through a train composed of a plurality of units by lowering the pressure in a main air line (6; 69), comprising a lever (12; 42), which can be moved mechanically into a plurality of control positions which comprise a rapid brake application position, wherein movement of the lever (12; 42) into the rapid brake application position brings about a venting of the main air line (6; 69) in order to request a rapid brake application effect, characterised in that the driver's braking control device (11; 41) is formed as an electromechanical actuator and comprises at least two electrical switching contacts (20, 21; 49, 50), which are formed separately from one another and which are coupled to the lever (12; 42) in such a way that the at least two electrical switching contacts (20, 21; 49, 50) are opened when the lever (12; 42) moves into the rapid brake application position.
Washing unit for washing empty containers for liquid like bottles or flasks, comprising a washing tunnel in which the containers are conveyed line by line by an internal conveying means for being cleaned and further rinsed, said washing tunnel having a washing zone where liquids with detergent or cleaning agents are used to clean the containers, and having also a final rinsing zone, disposed after the washing zone and where a rinsing liquid like water is used to rinse the containers, a sprinkling means for sprinkling said rinsing liquid on containers in said final rinsing zone, and a control unit for controlling the operation of at least the sprinkling means, at least one sensing unit for measuring the thermal effect of the sprinkling means on the containers and sending a corresponding information to the control unit, characterized in that said information can be taken into account by said control unit to pilot the operation of the sprinkling means by adjusting the flow of rinsing liquid, wherein the at least one sensing unit directly measures the temperature of the containers after the action of the rinsing liquid, in or after the final rinsing zone, and wherein the at least one sensing unit is located at an output zone of the washing tunnel, after the final rinsing zone, where the containers are withdrawn from the internal conveying device. a washing tunnel in which the containers are conveyed line by line by an internal conveying means for being cleaned and further rinsed, said washing tunnel having a washing zone where liquids with detergent or cleaning agents are used to clean the containers, and having also a final rinsing zone, disposed after the washing zone and where a rinsing liquid like water is used to rinse the containers, a sprinkling means for sprinkling said rinsing liquid on containers in said final rinsing zone, and a control unit for controlling the operation of at least the sprinkling means, at least one sensing unit for measuring the thermal effect of the sprinkling means on the containers and sending a corresponding information to the control unit, characterized in that said information can be taken into account by said control unit to pilot the operation of the sprinkling means by adjusting the flow of rinsing liquid, wherein the at least one sensing unit directly measures the temperature of the containers after the action of the rinsing liquid, in or after the final rinsing zone, and wherein the at least one sensing unit is located at an output zone of the washing tunnel, after the final rinsing zone, where the containers are withdrawn from the internal conveying device.