mhurhangee/ep-ind-claims huggingface dataset:
A computer executable method comprising: storing measurement data in memory representing measured electrical signals at each of a plurality of known measurement locations in a given coordinate system in response to an applied electrical signal at an unknown location in the given coordinate system; providing a dipole model cost function representing a difference based on the measured electrical signals and a dipole field computed for the dipole model over a set of locations residing in the given coordinate system, and having parameters representing a dipole location and dipole moment corresponding to the applied signal; imposing a boundary condition on the dipole model cost function; and determining the unknown location in the given coordinate system, corresponding to the dipole location, based on the stored measurement data and the dipole model cost function with the boundary condition imposed thereon. storing measurement data in memory representing measured electrical signals at each of a plurality of known measurement locations in a given coordinate system in response to an applied electrical signal at an unknown location in the given coordinate system; providing a dipole model cost function representing a difference based on the measured electrical signals and a dipole field computed for the dipole model over a set of locations residing in the given coordinate system, and having parameters representing a dipole location and dipole moment corresponding to the applied signal; imposing a boundary condition on the dipole model cost function; and determining the unknown location in the given coordinate system, corresponding to the dipole location, based on the stored measurement data and the dipole model cost function with the boundary condition imposed thereon.
A genetic construct for the introduction of ectopic DNA by double homologous recombination in Synechocystis PCC6803, comprising two sequences wherein the first sequence is selected from an upstream and the second sequence is selected from a downstream chromosomal regions of a locus in Synechocystis sp. PCC6803 wherein the locus is SEQ ID No 107, and the sequences length vary between 400-1500 bp, preferably 430-800 bp, more preferably 430-560 bp and wherein the genetic construct comprises the sequence SEQ ID No 112.
An apparatus to position a device on a head of a user, the apparatus comprising: a first temple arm to be coupled to the device; and a second temple arm to be coupled to the device, wherein each of the first and second temple arms include, a compression material to exert a compression force toward a long axis of the head, a spine layer (303,403,701,902) coupled to the compression material, to limit a displacement of the compression material toward the long axis; and an interface material (103, 301) that is positioned on an inner side of each of the first and second temple arms so that at least a portion of the interface material contacts the head when the first and second temple arms are positioned on the head; wherein the spine layer includes one of stretchable fibers with interwoven non-stretchable fibers, fabric or dense foam that is partially stretchable until a fixed distance and fabric or dense foam having a plurality of perforations. a first temple arm to be coupled to the device; and a second temple arm to be coupled to the device, wherein each of the first and second temple arms include, a compression material to exert a compression force toward a long axis of the head, a spine layer (303,403,701,902) coupled to the compression material, to limit a displacement of the compression material toward the long axis; and an interface material (103, 301) that is positioned on an inner side of each of the first and second temple arms so that at least a portion of the interface material contacts the head when the first and second temple arms are positioned on the head; wherein the spine layer includes one of stretchable fibers with interwoven non-stretchable fibers, fabric or dense foam that is partially stretchable until a fixed distance and fabric or dense foam having a plurality of perforations.
A device for distillation decolorization and purification of alcohol in maltol production, is characterized in that, comprising a rectification column, an alkali hydrolysis kettle, and an alkali hydrolysis rectification column; an upper outlet of the rectification column is connected to an inlet of the alkali hydrolysis kettle, an outlet of the alkali hydrolysis kettle is connected to an inlet of the alkali hydrolysis rectification column, and an upper outlet of the alkali hydrolysis rectification column is connected to an inlet of a finished product tank.
Method of fabricating a microcircuit card, characterized in that it comprises the following steps: - depositing the microcircuit on a surface carrying at least one connecting land with an adhesive between them; - applying pressure to the microcircuit using a heated deposition head, this application of pressure and heat making it possible to set the adhesive; and - hot lamination with a given maximum temperature of at least one compensation layer attached to said surface, the adhesive being viscous at said maximum temperature, the softening temperature of the adhesive and said maximum temperature, which is higher than said softening temperature, differing by 40°C or less. - depositing the microcircuit on a surface carrying at least one connecting land with an adhesive between them; - applying pressure to the microcircuit using a heated deposition head, this application of pressure and heat making it possible to set the adhesive; and - hot lamination with a given maximum temperature of at least one compensation layer attached to said surface, the adhesive being viscous at said maximum temperature, the softening temperature of the adhesive and said maximum temperature, which is higher than said softening temperature, differing by 40°C or less.
A method for operating an electronic device for monitoring health of eyes of a user of the electronic device performed by one or more processors of the electronic device, the method comprising: identifying ambient light level around the electronic device by an ambient sensor; in response to identifying that the ambient light level is below a first threshold, determine a lumen output of a display of the electronic device for at least one content to be displayed at an interval; estimating a variation in a pupil size of the user based on the determined lumen output and at least one user profile; generating an eye health index for the user based on the estimated variation in the pupil size of the user; and controlling brightness setting of the display according to the eye health index for the user. identifying ambient light level around the electronic device by an ambient sensor; in response to identifying that the ambient light level is below a first threshold, determine a lumen output of a display of the electronic device for at least one content to be displayed at an interval; estimating a variation in a pupil size of the user based on the determined lumen output and at least one user profile; generating an eye health index for the user based on the estimated variation in the pupil size of the user; and controlling brightness setting of the display according to the eye health index for the user.
An apparatus comprising: a plurality of controllers, wherein each of the plurality of controllers is adapted to communicate with at least one other controller of the plurality of controllers via a wired medium (18a to 18n); and a plurality of wireless elements adapted to communicate with the plurality of controllers via a wireless medium; and wherein, when a first controller of the plurality of controllers receives a first message from a first wireless element of the plurality of wireless elements, the first controller transmits the first message to the plurality of wireless elements via the wireless medium, wherein, when the first controller receives the first message from the first wireless element, the first controller determines whether the first message has been transmitted to the plurality of controllers via the wired medium (18a-18n), and wherein, when the first controller determines that the first message has not been transmitted to the plurality of controllers via the wired medium (18a-18n), the first controller transmits the first message to the plurality of controllers via the wired medium (18a to 18n). a plurality of controllers, wherein each of the plurality of controllers is adapted to communicate with at least one other controller of the plurality of controllers via a wired medium (18a to 18n); and a plurality of wireless elements adapted to communicate with the plurality of controllers via a wireless medium; and wherein, when a first controller of the plurality of controllers receives a first message from a first wireless element of the plurality of wireless elements, the first controller transmits the first message to the plurality of wireless elements via the wireless medium, wherein, when the first controller receives the first message from the first wireless element, the first controller determines whether the first message has been transmitted to the plurality of controllers via the wired medium (18a-18n), and wherein, when the first controller determines that the first message has not been transmitted to the plurality of controllers via the wired medium (18a-18n), the first controller transmits the first message to the plurality of controllers via the wired medium (18a to 18n).
Method for targeted alteration of the transmitting power for detection of a mobile terminal device by a base station which detects a signal-to-interference ratio of the mobile terminal device and feeds the detected signal-to-interference ratio to a regulating unit, wherein a control unit influences the regulating unit in such a way that a generated control variable causes the mobile terminal device to increase the transmitting power up to the maximum transmitting power, or wherein a manipulated control variable loaded from a storage unit is used which causes the mobile terminal device to increase the transmitting power up to the maximum transmitting power, characterised in that the regulating unit works in a loop, the regulating unit being fed a target value for the signal-to-interference ratio and the regulating unit generating a control variable which is transmitted to the mobile terminal device, and in that when a corresponding command is present a new target value for the signal-to-interference ratio of the mobile terminal device is loaded from a storage unit, this value always being greater than a measured target value for the signal-to-interference ratio of the mobile terminal device, or in that when a corresponding command is present for the measured value of the signal-to-interference ratio for the mobile terminal device a value is loaded from a storage unit, this value always being smaller than the target value for the signal-to-interference ratio of the mobile terminal device, and in that while the mobile terminal device is transmitting with increased power, its location is fixed by means of a position-fixing system with an associated antenna.
A heterophasic polypropylene composition (HECO) comprising a matrix phase and an elastomeric phase dispersed therein, wherein the polypropylene composition comprises 60.0 to 95.0 wt%, based on the total weight of the composition, of a crystalline propylene homopolymer (H-PP) with a melting temperature T m measured by differential scanning calorimetry of more than 155 °C, 5.0 to 20.0 wt%, based on the total weight of the composition, of an elastomeric ethylene-propylene rubber, and at least one polymeric nucleating agent, wherein the at least one polymeric nucleating agent comprises a polymer selected from vinylcycloalkane polymer and vinylalkane polymer, wherein the total sum of the components of the composition is 100 wt%, based on the total weight of the composition, wherein the crystalline propylene homopolymer (H-PP) and the elastomeric ethylene-propylene rubber have been produced in the presence of a single-site catalyst, wherein the heterophasic polypropylene composition is characterized by a soluble fraction determined in 1,2,4-trichlorobenzene at 40 °C in the range of 5.0 to 20.0 wt%, based on the total weight of the composition, and wherein the soluble fraction has an ethylene content C2 in the range of 12.0 to 40.0 wt%. 60.0 to 95.0 wt%, based on the total weight of the composition, of a crystalline propylene homopolymer (H-PP) with a melting temperature T m measured by differential scanning calorimetry of more than 155 °C, 5.0 to 20.0 wt%, based on the total weight of the composition, of an elastomeric ethylene-propylene rubber, and at least one polymeric nucleating agent, wherein the at least one polymeric nucleating agent comprises a polymer selected from vinylcycloalkane polymer and vinylalkane polymer, wherein the total sum of the components of the composition is 100 wt%, based on the total weight of the composition, wherein the crystalline propylene homopolymer (H-PP) and the elastomeric ethylene-propylene rubber have been produced in the presence of a single-site catalyst, wherein the heterophasic polypropylene composition is characterized by a soluble fraction determined in 1,2,4-trichlorobenzene at 40 °C in the range of 5.0 to 20.0 wt%, based on the total weight of the composition, and wherein the soluble fraction has an ethylene content C2 in the range of 12.0 to 40.0 wt%.
Circuit for coupling a field bus and a local bus, - having a field bus controller, designed to transmit and receive process data via the field bus, - having a local bus controller, designed to transmit and receive the process data via the local bus, - having a data management unit, wherein the data management unit is connected to the field bus controller and the local bus controller, and wherein the data management unit is designed to transfer the process data between the field bus controller and the local bus controller, - having a memory area, wherein the memory area is connected to the data management unit to copy and store the process data, and - having a processor, wherein the processor is connected to the data management unit, and wherein the processor is connected to the memory area, in which the processor is designed to configure the data management unit to copy the process data to the memory area, in which the processor is designed to read the process data copied to the memory area. - having a field bus controller, designed to transmit and receive process data via the field bus, - having a local bus controller, designed to transmit and receive the process data via the local bus, - having a data management unit, wherein the data management unit is connected to the field bus controller and the local bus controller, and wherein the data management unit is designed to transfer the process data between the field bus controller and the local bus controller, - having a memory area, wherein the memory area is connected to the data management unit to copy and store the process data, and - having a processor, wherein the processor is connected to the data management unit, and wherein the processor is connected to the memory area,
An encoder apparatus for encoding a source data sequence including a plurality of bits, comprising: a first encoder configured to encode the source data sequence to produce first additional data bits; a randomizing unit configured to randomize the source data sequence to produce randomized data bits; and a second encoder configured to encode the randomized data to produce second additional data bits; a puncturing unit (45, 46) configured to select a number of bits from the first and second additional data to produce first selected data and second selected data and output the first selected data and the second selected data, characterised in that: the number of selected bits is selected based upon selection information indicating whether each of the first and second additional data bits is to be selected, wherein selection information is altered depending on a data length of the source data sequence and a desired data length of an output sequence determined by a specification of a communication, and wherein the data length of the output sequence is variable; and a multiplexer for combining the source data sequence with the first and second selected data. a first encoder configured to encode the source data sequence to produce first additional data bits; a randomizing unit configured to randomize the source data sequence to produce randomized data bits; and a second encoder configured to encode the randomized data to produce second additional data bits; the number of selected bits is selected based upon selection information indicating whether each of the first and second additional data bits is to be selected, wherein selection information is altered depending on a data length of the source data sequence and a desired data length of an output sequence determined by a specification of a communication, and wherein the data length of the output sequence is variable; and a multiplexer for combining the source data sequence with the first and second selected data.
Nonaqueous sound deadener composition comprising (a) at least one nonpulverulent, solvent-free polyacrylate binder having a K value in the range from 10 to 35, measured as a 1% strength solution in tetrahydrofuran at 21°C, wherein the polyacrylate binder is formed to an extent of at least 60% by weight of C 1 to C 10 alkyl (meth)acrylates; and (b) inorganic fillers. (a) at least one nonpulverulent, solvent-free polyacrylate binder having a K value in the range from 10 to 35, measured as a 1% strength solution in tetrahydrofuran at 21°C, wherein the polyacrylate binder is formed to an extent of at least 60% by weight of C 1 to C 10 alkyl (meth)acrylates; and (b) inorganic fillers.
Apparatus for a household appliance, with a door with a plate-like base part, on which a handle is arranged, and a coupling facility, which is connected to the handle and by which the handle can be pivoted as a function of the movement of the door relative to the base part, and a hinge (5, 6), which has two hinge parts (5a, 5b) connected relative to one another and to one another and via which the door can be pivoted on the household appliance, wherein a first hinge part of the hinge (5, 6) is connected to the door such that it can be released in a non-destructible manner and the coupling facility is connected to the first hinge part connected to the door such that the coupling facility can be released in a non-destructible manner, wherein the coupling facility has a tab-like end piece which is coupled to the first hinge part, wherein embodied in the end piece is a receptacle, into which a coupling bolt arranged on the first hinge part engages in the state coupled to the first hinge part, characterised in that a release element is arranged on the hinge (5, 6) in a moveable manner, with which, as a function of the movement, it is possible to cause the end piece situated in the coupled state with the first hinge part to be pushed away from the first hinge part.
Connector for a flexible infusion bag intended to contain a medical liquid, the connector being made of at least one thermoplastic material and comprising a weld zone and a connection zone, the weld zone comprising a first channel passing through the weld zone, the connection zone comprising a chamber impermeable to micro-organisms and having a neck, a second channel and a sealed interface separating the impermeable chamber and the second channel from the connection zone, the second channel being the extension into the connection zone of the first channel of the weld zone, the two channels (105, 112) defining a liquid flow channel, the connector being formed in a single piece of thermoplastic material and the weld zone comprising a stiffened zone, the neck being located between an upstream part of the chamber and a downstream part of the chamber and the neck having an internal diameter smaller than a first internal diameter of the upstream part of the chamber, and smaller than a second internal diameter of the downstream part of the chamber.
A method for transmitting additional information by a first device in a broadcast communication system, the method comprising: receiving, by the first device, broadcast information on a broadcast channel; extracting, by the first device, an application information table, AIT, from the broadcast information; acquiring, by the first device, screen type information from the AIT; determining, by the first device, whether a second device is found based on the screen type information, wherein the screen type information indicates at least one of the first device and the second device that is allowed to display the additional information; if the second device is found, identifying, by the first device, whether the AIT includes the additional information, the additional information being related to content included in the broadcast information; if the AIT does not include the additional information, acquiring, by the first device, location information for the additional information from the AIT, and transmitting the location information for the additional information to the second device; and if the AIT includes the additional information, temporarily storing, by the first device, the additional information in the first device, generating temporary location information indicating a location in the first device where the additional information is temporarily stored, and transmitting the generated temporary location information to the second device. receiving, by the first device, broadcast information on a broadcast channel; extracting, by the first device, an application information table, AIT, from the broadcast information; acquiring, by the first device, screen type information from the AIT; determining, by the first device, whether a second device is found based on the screen type information, wherein the screen type information indicates at least one of the first device and the second device that is allowed to display the additional information; if the second device is found, identifying, by the first device, whether the AIT includes the additional information, the additional information being related to content included in the broadcast information; if the AIT does not include the additional information, acquiring, by the first device, location information for the additional information from the AIT, and transmitting the location information for the additional information to the second device; and if the AIT includes the additional information, temporarily storing, by the first device, the additional information in the first device, generating temporary location information indicating a location in the first device where the additional information is temporarily stored, and transmitting the generated temporary location information to the second device.
A method of operating a calciner of a cement production plant, having the steps of - ascertaining a temperature distribution in each of at least two measurement planes (34, 36) within the calciner, and characterized by - closed-loop/open-loop control of an amount of fuel, preheated raw meal and/or combustion air into the calciner as a function of the temperature distributions ascertained. - ascertaining a temperature distribution in each of at least two measurement planes (34, 36) within the calciner, and characterized by - closed-loop/open-loop control of an amount of fuel, preheated raw meal and/or combustion air into the calciner as a function of the temperature distributions ascertained.