mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising: a display (151, 351); a metal frame coupled to a rear surface of the display by an adhesive tape, and having a screw-coupling groove on a rear surface thereof; a front case coupled to the rear surface of the metal frame, and having a screw-coupling hole; a screw inserted into the screw-coupling groove and the screw-coupling hole on a rear surface of the front case; and a rear case coupled to the front case, and configured to cover the rear surface of the metal frame. a display (151, 351); a metal frame coupled to a rear surface of the display by an adhesive tape, and having a screw-coupling groove on a rear surface thereof; a front case coupled to the rear surface of the metal frame, and having a screw-coupling hole; a screw inserted into the screw-coupling groove and the screw-coupling hole on a rear surface of the front case; and a rear case coupled to the front case, and configured to cover the rear surface of the metal frame.
Method for monitoring and controlling a current distribution with a decentralized energy feed in an energy distribution network having energy generation devices (DG1, DG2) and loads (V1 to V7) as network subscribers (V1 to V8, DG1, DG2), wherein the energy distribution network consists of a number of network segments (ac, bc, cd), by way of which the network subscribers (V1 to V7, DG1, DG2) are connected to the energy distribution network, characterised in that at least three devices for recording current measured values (MD1 to MD7) are installed in a network segment (ac, bc, cd) having at least one energy generation device (DG1, DG2), that current measured values (I1 to 17) are recorded by these devices for recording current measured values (MD1 to MD7) at at least one decentralized current feed point (d, e) and at at least two network segment separating points (a, b, c) of the respective network segment (ac, bc, cd), that the recorded current measured values (I1 to 17) are transmitted to a central monitoring unit, that the recorded current values (I1 to 17) are then evaluated by the central monitoring unit for the respective network segment (ac, bc, cd) and a total value for those currents which flow into the respective network segment is formed, that the total value of the currents flowing into the respective network segment (ac, bc, cd) is then compared with a current load limit value (Imax) for the respective network segment (ac, bc, cd), and that control commands from the central monitoring unit are then sent to the network subscriber (V1 to V7, DG1, DG2) of the respective network segment (ac, bc, cd) as a function of a comparison result.
A method for determining a bedding surface from an azimuthal image made from a signal provided by a logging tool placed in a cylindrical wellbore, said method comprising: determining, using a computer and based on minimum variance, a best sine wave in the azimuthal image at each of a plurality of selected depths, wherein the minimum variance represents a minimum value in a variance map of sine waves of the azimuthal image; computing contrast at each selected depth along the best sine wave in the azimuthal image; and locating one or more bedding surface boundaries at one or more depths with highest contrasts, characterized in that determining a best sine wave at a selected depth comprises: locating a depth window in the azimuthal image centered at the selected depth, then dividing the window into a plurality of discrete depth increments; at each depth increment, computing a variance of values in the azimuthal image along sine waves for a plurality of different amplitude and phase values for the sine waves; for each combination of amplitude and phase values, summing the variances of all sine waves within the depth window; and using the amplitude and phase values giving minimum summed variance to determine the best sine wave. determining, using a computer and based on minimum variance, a best sine wave in the azimuthal image at each of a plurality of selected depths, wherein the minimum variance represents a minimum value in a variance map of sine waves of the azimuthal image; computing contrast at each selected depth along the best sine wave in the azimuthal image; and locating one or more bedding surface boundaries at one or more depths with highest contrasts, characterized in that determining a best sine wave at a selected depth comprises: locating a depth window in the azimuthal image centered at the selected depth, then dividing the window into a plurality of discrete depth increments; at each depth increment, computing a variance of values in the azimuthal image along sine waves for a plurality of different amplitude and phase values for the sine waves; for each combination of amplitude and phase values, summing the variances of all sine waves within the depth window; and using the amplitude and phase values giving minimum summed variance to determine the best sine wave. locating a depth window in the azimuthal image centered at the selected depth, then dividing the window into a plurality of discrete depth increments; at each depth increment, computing a variance of values in the azimuthal image along sine waves for a plurality of different amplitude and phase values for the sine waves; for each combination of amplitude and phase values, summing the variances of all sine waves within the depth window; and using the amplitude and phase values giving minimum summed variance to determine the best sine wave.
A composition comprising: a signaling chromophore; and a conjugated polymer having the structure a signaling chromophore; and a conjugated polymer having the structure
A process for forming a diffusion barrier film on a substrate comprising: providing a dimethyldiethoxysilane precursor; forming a film on a substrate using plasma enhanced chemical vapor deposition reaction of the precursor where a residence time of a flow of the precursor in the reaction is from 20 to 65 msec, wherein during a contacting step hydrogen is provided, and wherein the density of the film is greater than 1.5 g/cc and the dielectric constant is greater than 3.5 and less than 6.0.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, a random access preamble for a 2-step random access and a UE identifier, ID, wherein the random access preamble is transmitted on a first resource and the UE ID is transmitted on a second resource separated with the first resource; receiving, from the base station, a random access response; characterized in that: in case that the random access response does not include the UE ID and includes an uplink grant, transmitting, to the base station, a message 3 of a 4-step random access, the message 3 including the UE ID; and in case that the random access response does not include the UE ID and does not include the uplink grant, transmitting, to the base station, the random access preamble and the UE ID. transmitting, to a base station, a random access preamble for a 2-step random access and a UE identifier, ID, wherein the random access preamble is transmitted on a first resource and the UE ID is transmitted on a second resource separated with the first resource; receiving, from the base station, a random access response; characterized in that: in case that the random access response does not include the UE ID and includes an uplink grant, transmitting, to the base station, a message 3 of a 4-step random access, the message 3 including the UE ID; and in case that the random access response does not include the UE ID and does not include the uplink grant, transmitting, to the base station, the random access preamble and the UE ID. in case that the random access response does not include the UE ID and includes an uplink grant, transmitting, to the base station, a message 3 of a 4-step random access, the message 3 including the UE ID; and in case that the random access response does not include the UE ID and does not include the uplink grant, transmitting, to the base station, the random access preamble and the UE ID.
A collapsible embolic protection device for transvascular delivery to an aortic arch of a patient, and for temporary protection of at least one side branch vessel of said aortic arch from embolic material, said device having a protection unit comprising a blood permeable unit and a support member at least partly arranged at a periphery of said blood permeable unit; wherein said blood permeable unit is extending substantially planar in said expanded state in the aortic arch and comprises a planar fabric of metallic material strands when expanded, wherein said device is covering three side branch vessels (116, 118, 120) of said aortic arch when said protection unit is positioned in said aortic arch in said expanded state.
Electrohydraulic adjusting device of a solar trough of a solar generator rotatable about an axis of the solar generator, comprising two double actuated hydrocylinders (Z1, Z2) coupled with the axis for at least stepwise tracking the solar trough to follow the position of the sun while wandering from East to West and for executing an emergency step to the East in an emergency situation caused by a power breakdown or switching-off of electricity, wherein working lines (21, 22) of the hydrocylinders (Z1, Z2 selectively) can be connected with a pressure line connected to a pump driven by an electric motor and a tank line respectively via a directional solenoid valve (26, 27), and an electronic programmable control device connected at least with the directional solenoid valve (26, 27) and the pump, wherein a pressure accumulator are connected with the pressure line and an accumulator loading circuitry for the pump are provided, and wherein the solar trough while pointing to the sun automatically can be adjusted by means of the pressure accumulator in at least one emergency case step, characterized in that after each executed tracking step to the West the adjusting device is adjusted by the control device preliminarily and precautionarily for the execution of an emergency case step to the East and first is readjusted for executing the next tracking step prior to the respective next tracking step.
A method for facilitating processing of transactions within a computing environment, said method comprising: obtaining a transaction begin instruction, the transaction begin instruction comprising an opcode that specifies a transaction begin instruction of a particular type, and a field that specifies a general register save mask which has a plurality of bits, each of which represents an even-odd pair of general registers, and when the bit has one value the corresponding even-odd register pair is saved and when the bit has the other value the corresponding even-odd register pair is not saved, the transaction begin instruction to initiate a transaction, and the general register save mask thereby explicitly specifying the one or more selected register pairs of general registers to be saved at a start of the transaction, the transaction effectively delaying committing transactional stores to main memory until completion of a selected transaction; and executing the transaction begin instruction, the executing the transaction begin instruction comprising determining the selected register pairs to be saved and saving the contents of the one or more selected register pairs of general registers explicitly specified in the general register save mask of the transaction begin instruction, wherein the saving only saves contents of the one or more selected register pairs of general registers explicitly specified in the general register save mask, and initiating execution of the transaction. obtaining a transaction begin instruction, the transaction begin instruction comprising an opcode that specifies a transaction begin instruction of a particular type, and a field that specifies a general register save mask which has a plurality of bits, each of which represents an even-odd pair of general registers, and when the bit has one value the corresponding even-odd register pair is saved and when the bit has the other value the corresponding even-odd register pair is not saved, the transaction begin instruction to initiate a transaction, and the general register save mask thereby explicitly specifying the one or more selected register pairs of general registers to be saved at a start of the transaction, the transaction effectively delaying committing transactional stores to main memory until completion of a selected transaction; and executing the transaction begin instruction, the executing the transaction begin instruction comprising determining the selected register pairs to be saved and saving the contents of the one or more selected register pairs of general registers explicitly specified in the general register save mask of the transaction begin instruction, wherein the saving only saves contents of the one or more selected register pairs of general registers explicitly specified in the general register save mask, and initiating execution of the transaction.
Method for transmitting data relating to a contactless transaction between a mobile terminal and a equipment item, said equipment item being capable of transmitting and of receiving data via a contactless near field communication channel, the method comprising the following steps, implemented by a portable device associated with said mobile terminal: - reception (E1, E14) of first transaction data (D1, D3) via said communication channel; - transmission (E4, E18) of a first message (M1, M3) containing said first data via a communication link established with said mobile terminal; - reception (E12, E26) via said communication link, of a response message (M2, M4) to said first message (M1, M3), said response message containing second transaction data (D2, D4) generated by said mobile terminal as a function of said first data; - transmission of said second data (D2, D4) via said communication channel; - obtaining, by said portable device, of a confidential code; and - transmission of said code to the terminal or to the equipment item for validation of said transaction, characterized in that said obtaining step comprises a step of reading of said code prestored in a memory of said portable device, performed following an obtaining of a user agreement via a first user interface of said portable device, or a step of reception of said code via a second user interface of said portable device. - reception (E1, E14) of first transaction data (D1, D3) via said communication channel; - transmission (E4, E18) of a first message (M1, M3) containing said first data via a communication link established with said mobile terminal; - reception (E12, E26) via said communication link, of a response message (M2, M4) to said first message (M1, M3), said response message containing second transaction data (D2, D4) generated by said mobile terminal as a function of said first data; - transmission of said second data (D2, D4) via said communication channel; - obtaining, by said portable device, of a confidential code; and - transmission of said code to the terminal or to the equipment item for validation of said transaction,
An open form disposable absorbent article comprising: a first waist region, a second waist region, a crotch region disposed between the first waist region and second waist region; a waist edge in the first waist region; at least one waistband in the first waist region adjacent the waist edge; and at least one fastener in the second waist region; wherein the first waist region has a resiliency of greater than about 5 mJ and a stiffness of less than about 10N; wherein a nonwoven material and at least two elastic strands are combined under a first strain and the waistband is attached to the open form disposable absorbent article under an applied waistband strain, wherein the difference between the first strain and the applied waistband strain results in a waistband having a Full Waistband Consolidation of greater than 40%; and wherein the waistband is attached on a body-facing surface of the open form disposable absorbent article; the open form disposable absorbent article further including a leg gasketing system, and the waistband overlapping the leg gasketing system.
A method comprising obtaining, in an automated power conversion device, information on an operational status of the automated power conversion device, the automated power conversion device being configured to receive electrical current from an electrical power supply, convert a frequency of the received electrical current to another frequency, and supply the electrical current to industrial machinery, wherein the information on the automated power conversion device operational status indicates one or more of a fault status, warning status, normal operation status, limit status, fault code, warning code and limit code of the automated power conversion device; based on the obtaining, causing, in the automated power conversion device, wireless transmission of advertising messages by using a connectionless signalling mode of the automated power conversion device, wherein the advertising messages are broadcast messages for advertising the presence of the automated power conversion device and each of the advertising messages comprises a Bluetooth low energy advertising frame, wherein the information on the operational status of the automated power conversion device is transmitted in a local name field of said each of the advertising messages; receiving, in a terminal device of a communications system from the automated power conversion device, at least one of said advertising messages when the terminal device is located within the listening range of the connectionless signalling mode; and in response to the receiving, informing, in the terminal device, based on said local name field of said each of the advertising messages, the user of the terminal device on said operational status of the automated power conversion device.
Cogranules comprising, based on the total weight of the cogranules, a) 50 to 85% by weight of one or more bleach activators, b) 0.1 to 20% by weight of one or more metal-containing bleach catalysts, c) 5 to 20% by weight of one or more organic acids selected from citric acid, ascorbic acid, oxalic acid, adipic acid, succinic acid, glutaric acid, malic acid, tartaric acid, maleic acid, fumaric acid, sugar acids and aminocarboxylic acids, and d) 1 to 20% by weight of one or more binders which are not organic acids as per component c). a) 50 to 85% by weight of one or more bleach activators, b) 0.1 to 20% by weight of one or more metal-containing bleach catalysts, c) 5 to 20% by weight of one or more organic acids selected from citric acid, ascorbic acid, oxalic acid, adipic acid, succinic acid, glutaric acid, malic acid, tartaric acid, maleic acid, fumaric acid, sugar acids and aminocarboxylic acids, and d) 1 to 20% by weight of one or more binders which are not organic acids as per component c).
Missile for intercepting alien drones comprising a capturing net and a parachute, wherein a plurality of weights are connected to the capturing net, wherein the capturing net can be ejected from the missile, wherein the weights can be ejected from the missile, wherein the capturing net can be ejected by means of a first means and the weights can be ejected by means of a second means, wherein the weights and the capturing net can be ejected from the missile at different points in time, wherein the ejection of the weights takes place after the ejection of the capturing net.
A computer-implemented method comprising: receiving a plurality of sets of probe data collected by probe vehicles, wherein the probe data describes the actual driving behavior of drivers of the respective probe vehicles along at least one road portion; modifying a polycurve based on the plurality of sets of probe data, wherein the polycurve represents the at least one road portion and is a piecewise function of map data, wherein modifying the polycurve comprises adding an additional dimension of data to the polycurve, the additional dimension of data comprising speed, velocity, acceleration or another measured value of the probe data so as to associate the probe data with corresponding polycurve locations; and generating data for providing a driver assistance feature to a user based on the additional dimension of data of the modified polycurve. receiving a plurality of sets of probe data collected by probe vehicles, wherein the probe data describes the actual driving behavior of drivers of the respective probe vehicles along at least one road portion; modifying a polycurve based on the plurality of sets of probe data, wherein the polycurve represents the at least one road portion and is a piecewise function of map data, wherein modifying the polycurve comprises adding an additional dimension of data to the polycurve, the additional dimension of data comprising speed, velocity, acceleration or another measured value of the probe data so as to associate the probe data with corresponding polycurve locations; and generating data for providing a driver assistance feature to a user based on the additional dimension of data of the modified polycurve.
A computer-implemented method for identifying a malicious user, comprising: obtaining, with at least one processor, a plurality of service requests for a service provided by a processing system, wherein the plurality of service requests is associated with a requesting user and a requesting system; providing, with at least one processor, the plurality of service requests to the processing system; receiving, with at least one processor, from the processing system, a plurality of service responses associated with the plurality of service requests, wherein each service response of the plurality of service responses includes response data associated with an acceptance or a denial of the service at the processing system inserted as a transaction status header value in a HyperText Transfer Protocol, HTTP, response of that service response, wherein the HTTP response is of the type HTTP 200 OK success status response code; and identifying, with at least one processor, the requesting user as malicious based on the plurality of service requests and the plurality of service responses; wherein the service provided by the processing system includes a transaction authorization service, and wherein the plurality of service requests includes a plurality of transaction authorization service requests associated with a plurality of transactions between the requesting user and the requesting system. obtaining, with at least one processor, a plurality of service requests for a service provided by a processing system, wherein the plurality of service requests is associated with a requesting user and a requesting system; providing, with at least one processor, the plurality of service requests to the processing system; receiving, with at least one processor, from the processing system, a plurality of service responses associated with the plurality of service requests, wherein each service response of the plurality of service responses includes response data associated with an acceptance or a denial of the service at the processing system inserted as a transaction status header value in a HyperText Transfer Protocol, HTTP, response of that service response, wherein the HTTP response is of the type HTTP 200 OK success status response code; and identifying, with at least one processor, the requesting user as malicious based on the plurality of service requests and the plurality of service responses; wherein the service provided by the processing system includes a transaction authorization service, and wherein the plurality of service requests includes a plurality of transaction authorization service requests associated with a plurality of transactions between the requesting user and the requesting system.