mhurhangee/ep-ind-claims huggingface dataset:
Equipment for forming paper containers in the shape of trays or tubs starting from a strip of wetted paper, where each container has a bottom, a pleated lateral wall and a curled peripheral rim, where the equipment comprises a fixed semi-mould holder table with a fixed mould base, a mobile semi-mould holder table with a semi-mould movable with respect to the fixed table with stroke from an open position to a closed position, and means for intermittent forward movement of the paper strip between the semi-moulds when they are in the open position, and where said semi-moulds together form an impression corresponding to the container to be formed by a drawing process when they are in the closed position, characterised in that around the semi-mould on board the mobile mould supporting table an upper cutting blade, an upper pleating/crimping ring and an upper rim former are provided concentrically, and in that around the fixed semi-mould a counter cutting blade, a counter upper pleating/crimping ring and a counter rim former are placed, respectively associated with the cutting blade, the pleating/crimping ring and rim former on board the mobile semi-mould, the cutter blade and counter blade being provided to cut from the start paper strip a length of blank paper depending on the dimensions of the container to be formed, the pleating/crimping ring and the counter pleating/crimping ring being designed to pleat/crimp a peripheral crown of said length of blank paper during the closing stroke of the semi-mould, whereas the rim former and the counter rim former are provided to form a crimped rim around the lateral wall of the container during the opening stroke of said semi-moulds, and wherein the upper cutting blade, the upper pleating/crimping ring and upper rim former on one side, and correspondingly the counter cutting blade, the counter pleating/crimping ring and the counter rim former are in radial order from the outside to the inside and at different levels.
A microfluidic chip (111, 211, 311, 511, 611), comprising: a first domain (111a, 311 a, 511 a) configured for polymerase chain reaction amplification of DNA fragments, the first domain (111a, 311a, 511 a) including at least a first reaction reservoir (315, 552) designated for PCR amplification based on a first sample, and a second reaction reservoir designated for PCR amplification based on a second sample, characterized in that the first domain (111 a, 311 a, 511 a) further comprises: a thermal coupler reservoir configured for measuring a temperature within the first domain (111a, 311a, 511a); and a second domain (111 b, 311 b, 511 b) including at least a first separation unit coupled to the first reaction reservoir (315, 552) to received first amplified DNA fragments based on the first sample, and a second separation unit coupled to the second reaction reservoir to received second amplified DNA fragments based on the second sample, the first separation unit being configured to perform electrophoretic separation for the first amplified DNA fragments, and the second separation unit being configured to perform electrophoretic separation for the second amplified DNA fragments. a first domain (111a, 311 a, 511 a) configured for polymerase chain reaction amplification of DNA fragments, the first domain (111a, 311a, 511 a) including at least a first reaction reservoir (315, 552) designated for PCR amplification based on a first sample, and a second reaction reservoir designated for PCR amplification based on a second sample, characterized in that the first domain (111 a, 311 a, 511 a) further comprises: a thermal coupler reservoir configured for measuring a temperature within the first domain (111a, 311a, 511a); and a second domain (111 b, 311 b, 511 b) including at least a first separation unit coupled to the first reaction reservoir (315, 552) to received first amplified DNA fragments based on the first sample, and a second separation unit coupled to the second reaction reservoir to received second amplified DNA fragments based on the second sample, the first separation unit being configured to perform electrophoretic separation for the first amplified DNA fragments, and the second separation unit being configured to perform electrophoretic separation for the second amplified DNA fragments.
A method for the quantitative determination of soldering aid residues, particularly of flux material residues, which remain on a workpiece after a preceding processing step, in which the workpiece is acted upon by a fluid, wherein said workpiece is at least in part a heat exchanger device, characterised in that the soldering aid amount remaining on the workpiece after the preceding processing step is derived from the soldering aid concentration in the fluid (22, 24), and wherein the workpiece is acted upon by the fluid only in an operation-related contact area, where the workpiece in a normal operating state comes into contact with a fluid, particularly with a liquid, especially with an aqueous liquid.
A power converter for converting a DC input voltage (Vin) into an AC output voltage (Vout), the power converter having a structure of type Phi-2, and comprising: - an input terminal for the DC input voltage (Vin), - an output terminal for the AC output voltage (Vout), - a power switch equipped with a control electrode, a first electrode and a second electrode linked to a reference potential, characterised in that the converter further comprises a self-oscillating circuit, connected between the output terminal and the control electrode, and configured to supply and maintain a sinusoidal drive signal to the control electrode of the power switch from the output voltage (Vout); the self-oscillating circuit comprising a first capacitive divider bridge connected between the output terminal and the reference potential, and further comprising a first inductor connected on one side to a first midpoint of the capacitive divider bridge and on the other side to the control electrode via a reactive circuit, the reactive circuit being formed by a second capacitor connected between the control electrode and the first inductor and by the stray capacitance (Cgs) between the control electrode and the second electrode of the power switch. - an input terminal for the DC input voltage (Vin), - an output terminal for the AC output voltage (Vout), - a power switch equipped with a control electrode, a first electrode and a second electrode linked to a reference potential, characterised in that the converter further comprises a self-oscillating circuit, connected between the output terminal and the control electrode, and configured to supply and maintain a sinusoidal drive signal to the control electrode of the power switch from the output voltage (Vout); the self-oscillating circuit comprising a first capacitive divider bridge connected between the output terminal and the reference potential, and further comprising a first inductor connected on one side to a first midpoint of the capacitive divider bridge and on the other side to the control electrode via a reactive circuit, the reactive circuit being formed by a second capacitor connected between the control electrode and the first inductor and by the stray capacitance (Cgs) between the control electrode and the second electrode of the power switch.
Valve bag made of paper with a cross- bottom and side walls (2 and 21), wherein the cross- bottom has flaps (11 and 12) and bottom folds (7 and 8) and a tube-shaped filling device disposed at a first bottom fold and additionally a venting device wherein the to the exterior bag pointing surface of the filling device is partially positively connected to the to the interior of the bag pointing surface of the venting device, so that a part of the to the interior of the bag pointing surface of the venting device forms the inner bottom surface of the valve bag in this area; wherein - the venting device has a tube-shaped venting chamber between the filling device and the opposite valve bottom fold along the bottom, wherein this venting chamber is closed on the side of the filling device; - the inner surface of the venting chamber is almost completely formed by a piece of air-permeable material and wherein - the deaeration chamber is formed in such a way that the air-permeable material is attached via the entire opening of the valve bottom, forming the flaps (11 and 12), via sticking or glueing to the flaps (11 and 12), the filling device and the bottom fold, and after folding of the flaps (11 and 12) including the air-permeable material forms the tube-shaped deaeration chamber. - the venting device has a tube-shaped venting chamber between the filling device and the opposite valve bottom fold along the bottom, wherein this venting chamber is closed on the side of the filling device; - the inner surface of the venting chamber is almost completely formed by a piece of air-permeable material and wherein - the deaeration chamber is formed in such a way that the air-permeable material is attached via the entire opening of the valve bottom, forming the flaps (11 and 12), via sticking or glueing to the flaps (11 and 12), the filling device and the bottom fold, and after folding of the flaps (11 and 12) including the air-permeable material forms the tube-shaped deaeration chamber.
An optical element, comprising: an optical surface comprising a ceramic material; a coating comprising a bifunctional molecule arranged on the optical surface, the bifunctional molecule comprising a first functional group and a second functional group, the first functional group forming a covalent bond to the ceramic material of the optical surface, and the second functional group being a phenyl group; and a carbon-containing material non-covalently bonded by pi-pi stacking to the phenyl group of the bifunctional molecule of the coating. an optical surface comprising a ceramic material; a coating comprising a bifunctional molecule arranged on the optical surface, the bifunctional molecule comprising a first functional group and a second functional group, the first functional group forming a covalent bond to the ceramic material of the optical surface, and the second functional group being a phenyl group; and a carbon-containing material non-covalently bonded by pi-pi stacking to the phenyl group of the bifunctional molecule of the coating.
A computer-implemented method comprising: receiving a plurality of input streams; determining a quantization parameter value for a portion of each of the plurality of input streams; determining a range of acceptable quantization parameter values for an output stream, wherein the range of acceptable quantization parameter values comprises a plurality of quantization parameter values bound by a minimum quantization parameter value and a maximum quantization parameter value, wherein the minimum and maximum quantization parameter values are determined based upon a certain level of perceptual quality and a maximum bitrate available for delivery of the output stream to a destination; selecting an optimal input stream from the plurality of input streams based upon the range of acceptable quantization parameter values for the output stream and a quality characteristic associated with the optimal input stream, wherein the optimal input stream comprises the highest resolution input stream from the plurality of input streams having a quantization parameter value for the portion of the input stream that is within the range of acceptable quantization parameter values for the output stream; and outputting the portion of the optimal input stream as part of an output stream, wherein each portion of the output stream has a quantization parameter that falls within the range of acceptable quantization parameter values. receiving a plurality of input streams; determining a quantization parameter value for a portion of each of the plurality of input streams; determining a range of acceptable quantization parameter values for an output stream, wherein the range of acceptable quantization parameter values comprises a plurality of quantization parameter values bound by a minimum quantization parameter value and a maximum quantization parameter value, wherein the minimum and maximum quantization parameter values are determined based upon a certain level of perceptual quality and a maximum bitrate available for delivery of the output stream to a destination; selecting an optimal input stream from the plurality of input streams based upon the range of acceptable quantization parameter values for the output stream and a quality characteristic associated with the optimal input stream, wherein the optimal input stream comprises the highest resolution input stream from the plurality of input streams having a quantization parameter value for the portion of the input stream that is within the range of acceptable quantization parameter values for the output stream; and outputting the portion of the optimal input stream as part of an output stream, wherein each portion of the output stream has a quantization parameter that falls within the range of acceptable quantization parameter values.
A tire comprising: at least one pin protruding from an inner circumferential surface of a tread portion of the tire toward a tire radial direction inner side; and a noise damper caught by the at least one pin, and an inner enforcing structure including a framework member made of resin, wherein the at least one pin has, on its distal end, an expanded-diameter portion by which the noise damper is locked such that the noise damper is fixed to the pin, and the framework member made of resin and the at least one pin are made of the same material and are integrally formed, characterized in that the framework member extends toroidally between bead cores embedded in a pair of bead portions, across the bead portions, sidewall portions, shoulder portions and the tread portion, and the bead cores are embedded in the framework member at the pair of the bead portions. the at least one pin has, on its distal end, an expanded-diameter portion by which the noise damper is locked such that the noise damper is fixed to the pin, and the framework member made of resin and the at least one pin are made of the same material and are integrally formed, characterized in that the framework member extends toroidally between bead cores embedded in a pair of bead portions, across the bead portions, sidewall portions, shoulder portions and the tread portion, and the bead cores are embedded in the framework member at the pair of the bead portions.
A porous crystalline trehalose or maltose, which has a number of pores and the following physical properties: (a) the specific surface area is 1 m 2 /g or higher when determined by the gas adsorption isotherms using nitrogen; and (b) the intrusion volume of the pore is 0.1 ml/g or higher and the pores show a peak in a range of the pore size diameter of less than 5 μm, when the pore size distribution is measured by the mercury filling method. (a) the specific surface area is 1 m 2 /g or higher when determined by the gas adsorption isotherms using nitrogen; and (b) the intrusion volume of the pore is 0.1 ml/g or higher and the pores show a peak in a range of the pore size diameter of less than 5 μm, when the pore size distribution is measured by the mercury filling method.
An organic light emitting display device comprising a white organic light emitting diode including: a substrate; a first electrode on the substrate; a first emission portion on the first electrode, the first emission portion including a first hole transporting layer, a first emitting layer, and a first electron transporting layer wherein the first emitting layer includes one among a blue emitting layer, a deep blue emitting layer and a sky blue emitting layer; a second emission portion on the first emission portion, the second emission portion including a second hole transporting layer, a second emitting layer, and a second electron transporting layer; a third emission portion on the second emission portion, the third emission portion including a third hole transporting layer, a third emitting layer, a fourth emitting layer, and a third electron transporting layer, wherein the third emitting layer includes a red emitting layer and the fourth emitting layer includes one among a blue emitting layer, a deep blue emitting layer and a sky blue emitting layer; and, a second electrode on the third emission portion, wherein a thickness of the first hole transporting layer is within a range of 90nm to 110nm and a thickness of the third hole transporting layer is within a range of 60nm to 80nm, wherein a total thickness of all organic layers between the first electrode and the second electrode is within a range of 370nm to 445nm. a substrate; a first electrode on the substrate; a first emission portion on the first electrode, the first emission portion including a first hole transporting layer, a first emitting layer, and a first electron transporting layer wherein the first emitting layer includes one among a blue emitting layer, a deep blue emitting layer and a sky blue emitting layer; a second emission portion on the first emission portion, the second emission portion including a second hole transporting layer, a second emitting layer, and a second electron transporting layer; a third emission portion on the second emission portion, the third emission portion including a third hole transporting layer, a third emitting layer, a fourth emitting layer, and a third electron transporting layer, wherein the third emitting layer includes a red emitting layer and the fourth emitting layer includes one among a blue emitting layer, a deep blue emitting layer and a sky blue emitting layer; and, a second electrode on the third emission portion, wherein a thickness of the first hole transporting layer is within a range of 90nm to 110nm and a thickness of the third hole transporting layer is within a range of 60nm to 80nm, wherein a total thickness of all organic layers between the first electrode and the second electrode is within a range of 370nm to 445nm.
A system for orchestration of a content delivery network, CDN, the system comprising: a processor; and a memory to store data used by the processor, wherein the processor is operative to: monitor a plurality of edge caches in the CDN; determine that a first edge cache (16-A) of the plurality of edge caches should be shutdown; determine that any clients downloading content from the first edge cache (16-A) should continue downloading the content from a second edge cache (16-B) of the plurality of edge caches, wherein: the first edge cache (16-A) has a first hostname which is mapped to a first Internet Protocol, IP, address (46-A); and the second edge cache (16-B) has a second hostname which is mapped to a second IP address (46-B); instruct a network resource to set a time-to-live, TTL, associated with the mapping between the first hostname and the first IP address (46-A) to be less than 5 minutes; instruct the network resource to perform an action so that client content requests addressed to the first edge cache (16-A) are directed to the second edge cache (16-B), without the first edge cache (16-A) needing to receive the client content requests, wherein the processor is operative to instruct the network resource to change the mapping of the first hostname so that the first hostname is mapped to the second IP address (46-B); and then trigger shutdown of the first edge cache (16-A). monitor a plurality of edge caches in the CDN; determine that a first edge cache (16-A) of the plurality of edge caches should be shutdown; determine that any clients downloading content from the first edge cache (16-A) should continue downloading the content from a second edge cache (16-B) of the plurality of edge caches, wherein: the first edge cache (16-A) has a first hostname which is mapped to a first Internet Protocol, IP, address (46-A); and the second edge cache (16-B) has a second hostname which is mapped to a second IP address (46-B); instruct a network resource to set a time-to-live, TTL, associated with the mapping between the first hostname and the first IP address (46-A) to be less than 5 minutes; instruct the network resource to perform an action so that client content requests addressed to the first edge cache (16-A) are directed to the second edge cache (16-B), without the first edge cache (16-A) needing to receive the client content requests, wherein the processor is operative to instruct the network resource to change the mapping of the first hostname so that the first hostname is mapped to the second IP address (46-B); and then trigger shutdown of the first edge cache (16-A).
A container for holding a product, the container comprising: a cylindrical sidewall having a top rim and a bottom rim, the sidewall defining a longitudinal central axis; a plastic overcap removably secured to the top rim; an end cap secured to the bottom rim; the cylindrical sidewall comprising a plurality of longitudinally extending rigid sidewall panels, each sidewall panel connected to adjacent sidewall panels by frangible lines, each sidewall panel having an inner facing surface, each sidewall panel extending from the top rim to a circumferential hinge line, the sidewall, overcap and end cap defining an interior for holding the product; and a flexible inner sleeve disposed in the interior between the product and the sidewall, the inner sleeve being adhered to the inner surface of each sidewall panel; wherein the sidewall panels are rotatable about the hinge line between a first position in which the sidewall panels are vertically upright to form the cylindrical sidewall and a second position in which the sidewall panels are splayed outwardly away from the central axis and in which the inner sleeve forms a truncated cone shaped structure large enough to hold the product of one or more containers. a cylindrical sidewall having a top rim and a bottom rim, the sidewall defining a longitudinal central axis; a plastic overcap removably secured to the top rim; an end cap secured to the bottom rim; the cylindrical sidewall comprising a plurality of longitudinally extending rigid sidewall panels, each sidewall panel connected to adjacent sidewall panels by frangible lines, each sidewall panel having an inner facing surface, each sidewall panel extending from the top rim to a circumferential hinge line, the sidewall, overcap and end cap defining an interior for holding the product; and a flexible inner sleeve disposed in the interior between the product and the sidewall, the inner sleeve being adhered to the inner surface of each sidewall panel; wherein the sidewall panels are rotatable about the hinge line between a first position in which the sidewall panels are vertically upright to form the cylindrical sidewall and a second position in which the sidewall panels are splayed outwardly away from the central axis and in which the inner sleeve forms a truncated cone shaped structure large enough to hold the product of one or more containers.