mhurhangee/ep-ind-claims huggingface dataset:
A quantum dot composite comprising: a matrix; and quantum dots dispersed in the matrix, wherein the matrix is composed of cellulose acetate whose compositional distribution index represented by the following formula is 2.0 or less, and a concentration of the quantum dots is 0.05 wt% or higher: CDI = Z measured value of half-width of compositonal distribution / Z 0 theoretical value of half-width of compositional distribution, wherein Z: half-width of compositional distribution of degree of acetyl substitution determined by HPLC analysis of cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of the cellulose acetate as indicated in the description, and Z 0 = 2.35482 3 ⋅ DPw ⋅ p ⋅ q / DPw, wherein DPw: weight-average degree of polymerization (value determined by GPC-light scattering using cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of the cellulose acetate), p: total degree of acetyl substitution of the cellulose acetate/3, and q: 1-p. a matrix; and quantum dots dispersed in the matrix, wherein the matrix is composed of cellulose acetate whose compositional distribution index represented by the following formula is 2.0 or less, and a concentration of the quantum dots is 0.05 wt% or higher: CDI = Z measured value of half-width of compositonal distribution / Z 0 theoretical value of half-width of compositional distribution, wherein Z: half-width of compositional distribution of degree of acetyl substitution determined by HPLC analysis of cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of the cellulose acetate as indicated in the description, and Z 0 = 2.35482 3 ⋅ DPw ⋅ p ⋅ q / DPw, wherein DPw: weight-average degree of polymerization (value determined by GPC-light scattering using cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of the cellulose acetate), p: total degree of acetyl substitution of the cellulose acetate/3, and q: 1-p. DPw: weight-average degree of polymerization (value determined by GPC-light scattering using cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of the cellulose acetate), p: total degree of acetyl substitution of the cellulose acetate/3, and q: 1-p.
Device for actively stabilizing a construction which, in use, floats in a liquid, such as a vessel at sea, wherein the construction, in a first operating state, moves through the liquid and, in a second operating state, is in a rest position in the liquid, wherein the device comprises at least one fin body and a drive device which is connected to the fin body and is configured to drive the fin body, characterized in that the device furthermore comprises a hinge mechanism which is connected to the fin body and is configured to position the fin body with respect to an outer side of the construction by rotating the fin body about a first rotation axis in such a manner that the fin body can generate a lifting force which can stabilize the construction at least in the second operating state.
Device able to emit packets in a packet communication network comprising at least two stations, further comprising: - means for extracting image cues from a synchronisation signal (Genlock), - means for initialising a first counter from said image cues, said first counter having zero-crossings corresponding to said image cues, - means for initialising a second counter every "m" zero-crossing of the first counter, - means for sampling (Latch) an output signal from the second counter at every T ech period, where T ech is from a time base synchronised on all the stations of said network, and - means for emitting (IP/ETH) packets containing said sampled output signal of the second counter in the network. - means for extracting image cues from a synchronisation signal (Genlock), - means for initialising a first counter from said image cues, said first counter having zero-crossings corresponding to said image cues, - means for initialising a second counter every "m" zero-crossing of the first counter, - means for sampling (Latch) an output signal from the second counter at every T ech period, where T ech is from a time base synchronised on all the stations of said network, and - means for emitting (IP/ETH) packets containing said sampled output signal of the second counter in the network.
A method of wireless communication performed by a user equipment, the method comprising: determining a measurement for a beam provided by a target cell in a measurement gap provided by a serving cell; providing, to the serving cell, information identifying a first time offset between a first time associated with the measurement for the beam and a second time associated with the measurement gap or a time value of the serving cell of the user equipment; receiving, from the serving cell in a handover message, information identifying a second time offset between the second time and a third time, wherein the second time offset is based at least in part on the first time offset; and transmitting, to the target cell, a random access message using the beam at the third time after the second time offset has elapsed. determining a measurement for a beam provided by a target cell in a measurement gap provided by a serving cell; providing, to the serving cell, information identifying a first time offset between a first time associated with the measurement for the beam and a second time associated with the measurement gap or a time value of the serving cell of the user equipment; receiving, from the serving cell in a handover message, information identifying a second time offset between the second time and a third time, wherein the second time offset is based at least in part on the first time offset; and transmitting, to the target cell, a random access message using the beam at the third time after the second time offset has elapsed.
A medical scanning device, comprising: a body; a probe at one end of the body, the probe comprising a scanner head; an optical sensor, disposed within the body, to receive signals from the scanner head and generate optical scan data based on the signals, wherein the optical sensor is an image sensor to generate medical images; a communication module, coupled to the image sensor, to transmit the medical images to a computing device, which may then display the medical images or a representation of the patient generated from the medical images; a touch sensor, disposed on the body, to detect a touch input, wherein the medical scanning device is to provide the touch input to the computing device; and at least one button, disposed on the body, to enable the touch sensor, wherein the touch sensor is coupled to the communication module to receive a touch input, generate touch input data based on the touch input, and provide the touch input data to the computing device via the communication module, wherein the touch input data causes the computing device to manipulate at least one of the medical images or a representation generated based on the medical images and a user interface that receives and operates on the medical images, characterised in that the medical scanning device is to disable the touch sensor responsive to detecting an object within a field of view of the scanner head and/or within a threshold distance from the scanner head to prevent unintended touch input during the course of a scan. a body; a probe at one end of the body, the probe comprising a scanner head; an optical sensor, disposed within the body, to receive signals from the scanner head and generate optical scan data based on the signals, wherein the optical sensor is an image sensor to generate medical images; a communication module, coupled to the image sensor, to transmit the medical images to a computing device, which may then display the medical images or a representation of the patient generated from the medical images; a touch sensor, disposed on the body, to detect a touch input, wherein the medical scanning device is to provide the touch input to the computing device; and at least one button, disposed on the body, to enable the touch sensor, wherein the touch sensor is coupled to the communication module to receive a touch input, generate touch input data based on the touch input, and provide the touch input data to the computing device via the communication module, wherein the touch input data causes the computing device to manipulate at least one of the medical images or a representation generated based on the medical images and a user interface that receives and operates on the medical images, characterised in that the medical scanning device is to disable the touch sensor responsive to detecting an object within a field of view of the scanner head and/or within a threshold distance from the scanner head to prevent unintended touch input during the course of a scan.
A device for transmitting energy between a flowing medium and a crankshaft on which a motor or a generator is arranged, wherein the device includes an oscillating wing, characterized in that the wing is rigidly fastened to a control shaft, wherein the control shaft is rotatably held by a cantilever, wherein the cantilever is disposed on a rotatable body, wherein the rotatable body is connected with the crankshaft by means of a force transmitting device and a first crank drive, wherein a second crank drive is disposed on the crankshaft, wherein the second crank drive is connected with the control shaft by means of a transmission with at least one force transmitting device (25, 29a) in such a manner that depending on the position of the cantilever, the wing takes up a corresponding position relative to the flow direction of the flowing medium.
A method for placing an Inflatable vehicle occupant protection device in a stored condition, the method comprising: providing an inflatable vehicle occupant protection device having an upper edge portion for being connected to the vehicle along the vehicle roof and an opposite lower edge portion and rolling the protection device up, characterized by the steps of: folding the lower edge portion over onto itself in a Z-fold configuration comprising at least two folds in opposite directions; and rolling the protection device up such that the folded over lower edge portion occupies a central space surrounded by the rolled up portion, wherein the step of rolling the protection device comprises the step of maintaining the folded over lower edge portion positioned in the central space so that it does not become flattened and rolled up with the remainder of the protection device. providing an inflatable vehicle occupant protection device having an upper edge portion for being connected to the vehicle along the vehicle roof and an opposite lower edge portion and rolling the protection device up, characterized by the steps of: folding the lower edge portion over onto itself in a Z-fold configuration comprising at least two folds in opposite directions; and rolling the protection device up such that the folded over lower edge portion occupies a central space surrounded by the rolled up portion, wherein the step of rolling the protection device comprises the step of maintaining the folded over lower edge portion positioned in the central space so that it does not become flattened and rolled up with the remainder of the protection device.
A pixel arrangement for a display, the arrangement comprising a plurality of pixels, each pixel comprising: a first sub-pixel configured to emit a first colour of light; a second sub-pixel configured to emit a second colour of light that is different from the first colour of light; and a third sub-pixel configured to emit a third colour of light that is different from the first and second colour of light, wherein the first sub-pixel comprises a perovskite light emitting diode (PeLED), the second sub-pixel comprises a PeLED or a quantum dot light emitting diode (QLED), the third sub-pixel comprises a PeLED or a QLED, and at least one of the second sub-pixel and the third sub-pixel comprises a QLED; wherein each PeLED comprises an electroluminescent perovskite light emitting material; and wherein each QLED comprises an electroluminescent quantum dot light emitting material that is not a perovskite material. a first sub-pixel configured to emit a first colour of light; a second sub-pixel configured to emit a second colour of light that is different from the first colour of light; and a third sub-pixel configured to emit a third colour of light that is different from the first and second colour of light, wherein the first sub-pixel comprises a perovskite light emitting diode (PeLED), the second sub-pixel comprises a PeLED or a quantum dot light emitting diode (QLED), the third sub-pixel comprises a PeLED or a QLED, and at least one of the second sub-pixel and the third sub-pixel comprises a QLED; wherein each PeLED comprises an electroluminescent perovskite light emitting material; and wherein each QLED comprises an electroluminescent quantum dot light emitting material that is not a perovskite material.
A display element, comprising: - a first insulator layer; - a second insulator layer; and - a first phosphor layer of activator-group 4 element codoped zinc sulfide, ZnS:X,Y, between the first insulator layer and the second insulator layer; wherein the first phosphor layer has an average atomic percentage of group 4 elements, at − % Y ave, of at least 0.01 atomic percent, at-%. - a first insulator layer; - a second insulator layer; and - a first phosphor layer of activator-group 4 element codoped zinc sulfide, ZnS:X,Y, between the first insulator layer and the second insulator layer; wherein the first phosphor layer has an average atomic percentage of group 4 elements, at − % Y ave, of at least 0.01 atomic percent, at-%.
A method of removing one or more oxyanions from an aqueous fluid comprising a source of calcium ions, comprising: determining a relationship between a concentration of the oxyanions to be removed from the aqueous fluid and a conductivity of the aqueous fluid; selecting a conductivity setpoint for the aqueous fluid based on the relationship; contacting the aqueous fluid containing oxyanions with an aluminum metal whereby aluminum ions are released from the aluminum metal into the aqueous fluid, wherein the one or more oxyanions in the aqueous fluid react with the aluminum ions to form one or more ettringites; obtaining a measured conductivity of the aqueous fluid after contacting the aqueous fluid with the aluminum metal; comparing the measured conductivity to the conductivity setpoint to determine a differential conductivity; and adjusting one or more parameters based on the differential conductivity to maintain a substantially constant rate of release of the aluminum ions from the aluminum metal, wherein the one or more parameters is selected from the group consisting of: a temperature of the aqueous fluid, a pH of the aqueous fluid, a flowrate of the aqueous fluid, a speed of an agitation device, and an amount of the aluminum metal presented in the aqueous fluid; and removing at least a portion of precipitated ettringites from the aqueous fluid. determining a relationship between a concentration of the oxyanions to be removed from the aqueous fluid and a conductivity of the aqueous fluid; selecting a conductivity setpoint for the aqueous fluid based on the relationship; contacting the aqueous fluid containing oxyanions with an aluminum metal whereby aluminum ions are released from the aluminum metal into the aqueous fluid, wherein the one or more oxyanions in the aqueous fluid react with the aluminum ions to form one or more ettringites; obtaining a measured conductivity of the aqueous fluid after contacting the aqueous fluid with the aluminum metal; comparing the measured conductivity to the conductivity setpoint to determine a differential conductivity; and adjusting one or more parameters based on the differential conductivity to maintain a substantially constant rate of release of the aluminum ions from the aluminum metal, wherein the one or more parameters is selected from the group consisting of: a temperature of the aqueous fluid, a pH of the aqueous fluid, a flowrate of the aqueous fluid, a speed of an agitation device, and an amount of the aluminum metal presented in the aqueous fluid; and removing at least a portion of precipitated ettringites from the aqueous fluid.
A method of inhibiting the spread of malware across a network of interconnected computer terminals, the method comprising: detecting malware or suspicious behaviour at a first computer terminal (S1, S2); inspecting the first computer terminal, before and/or after said step of detecting malware or suspicious behaviour, to identify contacts forming part of a social network; characterised by the steps of sending identities of the identified contacts to a backend security system; at the backend security system, receiving said identities and sending instructions to one or more second computer terminals associated with respective identities to cause those second computer terminals to implement an increased level of security; and at the backend security systemsubsequently determining that the threat level presented by said malware or suspicious to the one or more second computer terminals behavior has reduced and as a result sending instructions to the one or more second computer terminals to cause those second computer terminals to implement a reduced level of security. detecting malware or suspicious behaviour at a first computer terminal (S1, S2); inspecting the first computer terminal, before and/or after said step of detecting malware or suspicious behaviour, to identify contacts forming part of a social network; characterised by the steps of sending identities of the identified contacts to a backend security system; at the backend security system, receiving said identities and sending instructions to one or more second computer terminals associated with respective identities to cause those second computer terminals to implement an increased level of security; and at the backend security systemsubsequently determining that the threat level presented by said malware or suspicious to the one or more second computer terminals behavior has reduced and as a result sending instructions to the one or more second computer terminals to cause those second computer terminals to implement a reduced level of security.
A method in a network node having an associated cell identifier, cell ID, the method comprising: creating a primary synchronization signal, a first secondary synchronization signal, and one or more additional secondary synchronization signals, wherein the combination of the primary synchronization signal, the first secondary synchronization signal, and the one or more additional secondary synchronization signals defines the cell ID of the network node, wherein the cell ID is one of a number N of possible cell IDs and N is determined by multiplying: a number of possible values for the primary synchronization signal; a number of possible values for the first secondary synchronization signal; and for each additional secondary synchronization signal, a number of possible values for the additional secondary synchronization signal, such that N is greater than a legacy number of possible cell IDs determined by multiplying the number of possible values for the primary synchronization signal and the number of possible values for the first secondary synchronization signal; and transmitting the combination of the created signals; characterised in that the primary synchronization signal, the first secondary synchronization signal, and the one or more additional secondary synchronization signals are discovery signals of a discovery burst. creating a primary synchronization signal, a first secondary synchronization signal, and one or more additional secondary synchronization signals, wherein the combination of the primary synchronization signal, the first secondary synchronization signal, and the one or more additional secondary synchronization signals defines the cell ID of the network node, wherein the cell ID is one of a number N of possible cell IDs and N is determined by multiplying: a number of possible values for the primary synchronization signal; a number of possible values for the first secondary synchronization signal; and for each additional secondary synchronization signal, a number of possible values for the additional secondary synchronization signal, such that N is greater than a legacy number of possible cell IDs determined by multiplying the number of possible values for the primary synchronization signal and the number of possible values for the first secondary synchronization signal; and a number of possible values for the primary synchronization signal; a number of possible values for the first secondary synchronization signal; and for each additional secondary synchronization signal, a number of possible values for the additional secondary synchronization signal, such that N is greater than a legacy number of possible cell IDs determined by multiplying the number of possible values for the primary synchronization signal and the number of possible values for the first secondary synchronization signal; and transmitting the combination of the created signals; characterised in that the primary synchronization signal, the first secondary synchronization signal, and the one or more additional secondary synchronization signals are discovery signals of a discovery burst.
A method for evaluating streaming media transmission quality, comprising: monitoring a Transmission Control Protocol TCP connection established with a user terminal; obtaining initial playback delay information if it is detected that the TCP connection established with the user terminal is a streaming media service connection; and calculating a subjective experience variation value of the user terminal according to the initial playback delay information; wherein the obtaining initial playback delay information comprises: obtaining time when the TCP connection is established; obtaining time when the user terminal starts to play a video; and calculating a difference between the time when the TCP connection is established and the time when the user terminal starts to play the video, and using the difference as an initial playback delay. monitoring a Transmission Control Protocol TCP connection established with a user terminal; obtaining initial playback delay information if it is detected that the TCP connection established with the user terminal is a streaming media service connection; and calculating a subjective experience variation value of the user terminal according to the initial playback delay information; wherein the obtaining initial playback delay information comprises: obtaining time when the TCP connection is established; obtaining time when the user terminal starts to play a video; and calculating a difference between the time when the TCP connection is established and the time when the user terminal starts to play the video, and using the difference as an initial playback delay. obtaining time when the TCP connection is established; obtaining time when the user terminal starts to play a video; and calculating a difference between the time when the TCP connection is established and the time when the user terminal starts to play the video, and using the difference as an initial playback delay.
Presser finger for a winder for winding a roving on to a rotating bobbin, in which the rotating bobbin has a longitudinal axis, the presser finger having a carrying arm with a longitudinal axis, a roving guide element in the form of an outer shell and a guide plate, the presser finger is alternatingly movable in the direction of the longitudinal axis of the bobbin and is coupled to a drive means for providing the movement, characterized in that the carrying arm is provided with a roving guide element which is rotatable about the longitudinal axis of the carrying arm which is perpendicular to the direction of the longitudinal axis of the bobbin or the carrying arm being rotatable about its longitudinal axis while the roving guide element is not rotatable about this axis