mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing coordinated multi-point operation in a wireless network system including a first serving network node and a second cooperating network node, the method including the steps of: configuring a first transmission channel, the first transmission channel being established on the first serving network node, and the first transmission channel being used for downlink, DL, data transmission to a user agent,UA,; configuring a second transmission channel, the second transmission channel being established on the second cooperating network node, and the second transmission channel being used for uplink, UL, data transmission from the UA, to said second cooperating network node wherein the first transmission channel and the second transmission channel are configured with different component carriers having different carrier frequencies; transmitting, by the first serving network node, control information to the UA using the component carrier configured for the first transmission channel, the control information scheduling uplink data transmissions on the component carrier configured for the second transmission channel; and receiving, by the first serving network node, uplink control information from the UA on the component carrier configured for the first transmission channel, wherein the uplink control information includes a Physical Uplink Control Channel, PUCCH, transmission to the first serving network node. configuring a first transmission channel, the first transmission channel being established on the first serving network node, and the first transmission channel being used for downlink, DL, data transmission to a user agent,UA,; configuring a second transmission channel, the second transmission channel being established on the second cooperating network node, and the second transmission channel being used for uplink, UL, data transmission from the UA, to said second cooperating network node wherein the first transmission channel and the second transmission channel are configured with different component carriers having different carrier frequencies; transmitting, by the first serving network node, control information to the UA using the component carrier configured for the first transmission channel, the control information scheduling uplink data transmissions on the component carrier configured for the second transmission channel; and receiving, by the first serving network node, uplink control information from the UA on the component carrier configured for the first transmission channel, wherein the uplink control information includes a Physical Uplink Control Channel, PUCCH, transmission to the first serving network node.
A printed circuit board for use with a cooling device configured to cool at least one device, the at least one device being at least one of an electronic device, an optical device, an electro-optic device, and a magnetic device, the PCB comprising: a substrate having a first surface and a second surface opposing the first surface; a ground plane on the first surface of the substrate, the ground plane including a patterned-region that is patterned with an array of holes with some desired ratio of metal to gap; and circuitry in a circuit-region on the second surface of the substrate, the circuitry configured for use with the at least one device to be cooled, wherein, when a first side of the cooling device contacts the ground plane, and when the at least one device to be cooled contacts the circuitry, a reduced cross-sectional area of the patterned-region in the ground plane increases the thermal resistance of the patterned-region reducing thermal transfer, thereby reducing degradation of a performance of the at least one device to be cooled. a substrate having a first surface and a second surface opposing the first surface; a ground plane on the first surface of the substrate, the ground plane including a patterned-region that is patterned with an array of holes with some desired ratio of metal to gap; and circuitry in a circuit-region on the second surface of the substrate, the circuitry configured for use with the at least one device to be cooled, wherein, when a first side of the cooling device contacts the ground plane, and when the at least one device to be cooled contacts the circuitry, a reduced cross-sectional area of the patterned-region in the ground plane increases the thermal resistance of the patterned-region reducing thermal transfer, thereby reducing degradation of a performance of the at least one device to be cooled.
An array of colored footwear articles, the array comprising: a first footwear article comprising a first concealed portion; the first concealed portion comprising a first substrate and a first concealing layer; the first substrate comprising a first color and a first characteristic chosen from at least one of a first composition, a first basis weight, a first thickness, a first construction, and a first surface topography, wherein the first color of the first substrate is obscured from view by the first concealing layer, which includes a second color; and a second footwear article comprising a second concealed portion; the second concealed portion comprising a second substrate and a second concealing layer; the second substrate comprising a third color and a second characteristic chosen from at least one of a second composition, a second basis weight, a second thickness, a second construction, and a second surface topography, wherein the third color of the second substrate is obscured from view by the second concealing layer, which includes a fourth color; and the second color and the fourth color are visually similar to one another, wherein the first color and the third color are visually different from one another, and the first characteristic of the first substrate is different than a corresponding second characteristic of the second substrate, wherein the first concealing layer and the second concealing layer are configured to abrade, after which the first color and the third color are presented. a first footwear article comprising a first concealed portion; the first concealed portion comprising a first substrate and a first concealing layer; the first substrate comprising a first color and a first characteristic chosen from at least one of a first composition, a first basis weight, a first thickness, a first construction, and a first surface topography, wherein the first color of the first substrate is obscured from view by the first concealing layer, which includes a second color; and a second footwear article comprising a second concealed portion; the second concealed portion comprising a second substrate and a second concealing layer; the second substrate comprising a third color and a second characteristic chosen from at least one of a second composition, a second basis weight, a second thickness, a second construction, and a second surface topography, wherein the third color of the second substrate is obscured from view by the second concealing layer, which includes a fourth color; and the second color and the fourth color are visually similar to one another, wherein the first color and the third color are visually different from one another, and the first characteristic of the first substrate is different than a corresponding second characteristic of the second substrate, wherein the first concealing layer and the second concealing layer are configured to abrade, after which the first color and the third color are presented.
Flexible manufacturing cell for the production of formed components having several production levels, which are equipped with various production facilities, the production facilities of the production levels are interchangeable and each production level represents a separate functional level, the function of which results from the activated production facilities of this production level and a first manufacturing level comprises the entire process technique while reside in a separate additional production level, the specific holding technology is provided and in a production level arranged between these two functional levels a functional level is provided with a robot handling and wherein a subordinate controller for the entire manufacturing cell is provided, which controls the functions of the different levels and their interaction.
A method for manufacturing a corrugated cardboard container for preserving fruits, vegetables, plants or flowers during the transport or storage; wherein the corrugated cardboard is made of three or five layers of paper and wherein at least an upper layer of paper is in contact with the fruits, vegetables, plants or flowers during the transport or storage; the method being characterized in that it comprises the steps of: (a) obtaining a water-based varnish free of volatile compounds further comprising: (a.1) dissolve in water a solid content based on ethylene absorbent materials comprising clays and/or active carbon and/or zeolites with a pore size ranging between 3,5 and 5 angstroms and a granulometry ranging between 1 and 15 microns with a load percentage of the solid content ranging 1% and 47% w/w; (b) apply the water-based varnish obtained in step (a) on a sheet of paper that conforms, at least, the upper layer of paper of the corrugated carboard container that is contact with the fruits, vegetables, plants or flowers during the transport or storage; and wherein the application of the water-based varnish is made by means of flexography techniques with a dry weight in grams ranging between 0,5 g/m 2 and 15 g/m 2. (a) obtaining a water-based varnish free of volatile compounds further comprising: (a.1) dissolve in water a solid content based on ethylene absorbent materials comprising clays and/or active carbon and/or zeolites with a pore size ranging between 3,5 and 5 angstroms and a granulometry ranging between 1 and 15 microns with a load percentage of the solid content ranging 1% and 47% w/w; (b) apply the water-based varnish obtained in step (a) on a sheet of paper that conforms, at least, the upper layer of paper of the corrugated carboard container that is contact with the fruits, vegetables, plants or flowers during the transport or storage; and wherein the application of the water-based varnish is made by means of flexography techniques with a dry weight in grams ranging between 0,5 g/m 2 and 15 g/m 2.
An electronic device, comprising: a first camera module and a second camera module; a display device; and a processor that is functionally connected with each of the first camera module, the second camera module and the display device, wherein the processor is configured to: control the second camera module to obtain a first image which is a captured image of an external object, display a first virtual image associated with the first image on a portion of the first image using the display device, control the first camera module to obtain an image including at least one eye area of a user, determine the size of at least one eye area, corresponding to a degree of eye closing of the at least one eye area, included in the image obtained by the first camera module while displaying the first virtual image, and characterized in that the processor is further configured to vary the degree of transparency of display of the first virtual image associated with the first image based on the determined size of the at least one eye area. a first camera module and a second camera module; a display device; and a processor that is functionally connected with each of the first camera module, the second camera module and the display device, wherein the processor is configured to: control the second camera module to obtain a first image which is a captured image of an external object, display a first virtual image associated with the first image on a portion of the first image using the display device, control the first camera module to obtain an image including at least one eye area of a user, determine the size of at least one eye area, corresponding to a degree of eye closing of the at least one eye area, included in the image obtained by the first camera module while displaying the first virtual image, and control the second camera module to obtain a first image which is a captured image of an external object, display a first virtual image associated with the first image on a portion of the first image using the display device, control the first camera module to obtain an image including at least one eye area of a user, determine the size of at least one eye area, corresponding to a degree of eye closing of the at least one eye area, included in the image obtained by the first camera module while displaying the first virtual image, and characterized in that the processor is further configured to vary the degree of transparency of display of the first virtual image associated with the first image based on the determined size of the at least one eye area.
A superheated-steam generator device comprising: a first disc, a second disc, a third disc, a fourth disc, and a fifth disc; multiple through-holes that are provided to the first disc, the third disc, and the fourth disc, with the through-holes being arranged so as to be aligned along the same axis; at least one long through-hole and a through-hole, those being provided to the second disc, with the long through-hole interconnecting two of the through-holes of the first disc with two of the through-holes of the third disc, and the through-hole interconnecting one of the through-holes of the first disc with one of the through-holes of the third disc; multiple steam-heating pipes that are attached to the third disc at the steam-heating pipe's front end and attached to the fourth disc at the steam-heating pipe's back end; at least one loop-back groove and a through-hole provided to the fifth disc, with the loop-back groove being dug so as to interconnect two of the through-holes of the fourth disc, and the through-hole aligning with one of the through-holes of the fourth disc; a heater that has spiral fins and that is inserted through a through-hole of the first disc, with the attaching part of the heater being screwed on the through-hole of the first disc so as to cover the through-hole of the first disc; a steam-supply pipe that is connected to one of the through-holes of the first disc so as to feed the steam to the through-hole of the second disc; and a steam-discharge pipe connected to the fifth disc so as to align with the through-hole of the fifth disc. a first disc, a second disc, a third disc, a fourth disc, and a fifth disc; multiple through-holes that are provided to the first disc, the third disc, and the fourth disc, with the through-holes being arranged so as to be aligned along the same axis; at least one long through-hole and a through-hole, those being provided to the second disc, with the long through-hole interconnecting two of the through-holes of the first disc with two of the through-holes of the third disc, and the through-hole interconnecting one of the through-holes of the first disc with one of the through-holes of the third disc; multiple steam-heating pipes that are attached to the third disc at the steam-heating pipe's front end and attached to the fourth disc at the steam-heating pipe's back end; at least one loop-back groove and a through-hole provided to the fifth disc, with the loop-back groove being dug so as to interconnect two of the through-holes of the fourth disc, and the through-hole aligning with one of the through-holes of the fourth disc; a heater that has spiral fins and that is inserted through a through-hole of the first disc, with the attaching part of the heater being screwed on the through-hole of the first disc so as to cover the through-hole of the first disc; a steam-supply pipe that is connected to one of the through-holes of the first disc so as to feed the steam to the through-hole of the second disc; and a steam-discharge pipe connected to the fifth disc so as to align with the through-hole of the fifth disc.
A method to determine the concentration of pyridoxal-5'-phosphate (PLP, vitamin B6) in a sample, the method comprising the steps of a) incubation of the sample containing PLP with at least one PLP-dependent enzyme capable of the conversion of tyrosine to tyramine, which is a decarboxylase, b) contacting the decarboxylase from step a) with tyrosine, c) enzymatic conversion of the tyrosine to tyramine by the decarboxylase, d) enzymatic conversion of the tyramine resulting from step c) to hydrogen peroxide and at least one other product by an oxidase, e) enzymatic reaction of at least one indicator substance and the hydrogen peroxide of step d) to a detectable compound by a peroxidase, f) measuring the quantity of the detectable compound of step e) and g) correlating the measured quantity of step f) with the concentration of pyridoxal-5'-phosphate (PLP, vitamin B6) in the sample. a) incubation of the sample containing PLP with at least one PLP-dependent enzyme capable of the conversion of tyrosine to tyramine, which is a decarboxylase, b) contacting the decarboxylase from step a) with tyrosine, c) enzymatic conversion of the tyrosine to tyramine by the decarboxylase, d) enzymatic conversion of the tyramine resulting from step c) to hydrogen peroxide and at least one other product by an oxidase, e) enzymatic reaction of at least one indicator substance and the hydrogen peroxide of step d) to a detectable compound by a peroxidase, f) measuring the quantity of the detectable compound of step e) and g) correlating the measured quantity of step f) with the concentration of pyridoxal-5'-phosphate (PLP, vitamin B6) in the sample.
Load simulation test stand having at least one hydraulic test cylinder, which comprises at least one cylinder chamber (1a, 1b) that can be acted on with hydraulic fluid, preferably two cylinder chambers (1a, 1b) that can be acted on with hydraulic fluid and work against each other, wherein the load can be moved by means of a pressure control system by time-changeable control of the fluid pressure in the at least one cylinder chamber (1a, 1b) of the at least one test cylinder, characterized in that the at least one test cylinder, in particular each of a plurality of test cylinders provided, comprises at least one capacity element (5, 6, 7), preferably comprises a capacity element (5, 6, 7) that is exchangeable or of which the hydraulic capacity can be adjusted, with which the overall hydraulic capacity of the at least one cylinder chamber (1a, 1b) can be adjusted such that the resonant frequency of the unit comprising the at least one test cylinder and the load is lower than the pressure control bandwidth of the pressure control system.
A method of providing location information to a mobile device by an apparatus, the method comprising: receiving, by a processor of the apparatus, data relative to a request of location information including sound information from a plurality of mobile devices (110_1∼110_M); comparing, by the processor of the apparatus, the sound information received from the plurality of mobile devices (110_1 ∼ 110_M); grouping, by the processor, mobile devices that have transmitted similar sound information, according to a result of comparing the sound information; detecting, by the processor, most recently received location information from among a plurality of pieces of location information received from the grouped mobile devices; obtaining, by the processor, location information by using the detected most recently received location information; and transmitting, by the processor, the obtained location information to each of the grouped mobile devices. receiving, by a processor of the apparatus, data relative to a request of location information including sound information from a plurality of mobile devices (110_1∼110_M); comparing, by the processor of the apparatus, the sound information received from the plurality of mobile devices (110_1 ∼ 110_M); grouping, by the processor, mobile devices that have transmitted similar sound information, according to a result of comparing the sound information; detecting, by the processor, most recently received location information from among a plurality of pieces of location information received from the grouped mobile devices; obtaining, by the processor, location information by using the detected most recently received location information; and transmitting, by the processor, the obtained location information to each of the grouped mobile devices.
A drive circuit (1, 1A) for turning on a light-emitting element, the drive circuit (1, 1A) comprising a self-excited inverter (20, 20A) which supplies power to the light-emitting element, wherein the self-excited inverter (20, 20A) includes: a first switching element and a second switching element which are connected in series and alternately perform switching operations; a first resistor connected to a base of the first switching element; a second resistor connected to a base of the second switching element; and a first thermistor connected in parallel to the first resistor, characterized in that the self-excited inverter (20, 20A) further includes a second thermistor connected in parallel to the second resistor, wherein each of the first thermistor and the second thermistor has a characteristic in which a resistance value increases when an ambient temperature increases. a first switching element and a second switching element which are connected in series and alternately perform switching operations; a first resistor connected to a base of the first switching element; a second resistor connected to a base of the second switching element; and a first thermistor connected in parallel to the first resistor, characterized in that the self-excited inverter (20, 20A) further includes a second thermistor connected in parallel to the second resistor, wherein each of the first thermistor and the second thermistor has a characteristic in which a resistance value increases when an ambient temperature increases.
A method for identifying blend ratios in an original unknown target fuel blend using fluorescence, the method comprising the steps of: (a) exposing the original unknown target fuel blend to ultraviolet laser radiation to excite particles in the original target fuel blend and measuring a first fluorescence of the original target fuel blend to obtain a target spectrum; (b) placing a first fuel in a vessel; (c) adding a predetermined quantity of a second fuel to the first fuel to create a blend or adding a predetermined volume of the first fuel to the fuel blend; (d) measuring a second fluorescence of the blend to produce a blend spectrum; (e) comparing the blend spectrum to the target spectrum; (f) repeating steps (c), (d), and (e) until the blend spectrum substantially matches the target spectrum; and (g) recording a cumulative quantity of the first fuel and a cumulative quantity of the second fuel present in the blend having the blend spectrum that substantially matches the target spectrum. (a) exposing the original unknown target fuel blend to ultraviolet laser radiation to excite particles in the original target fuel blend and measuring a first fluorescence of the original target fuel blend to obtain a target spectrum; (b) placing a first fuel in a vessel; (c) adding a predetermined quantity of a second fuel to the first fuel to create a blend or adding a predetermined volume of the first fuel to the fuel blend; (d) measuring a second fluorescence of the blend to produce a blend spectrum; (e) comparing the blend spectrum to the target spectrum; (f) repeating steps (c), (d), and (e) until the blend spectrum substantially matches the target spectrum; and (g) recording a cumulative quantity of the first fuel and a cumulative quantity of the second fuel present in the blend having the blend spectrum that substantially matches the target spectrum.