mhurhangee/ep-ind-claims huggingface dataset:
A method of product authentication, the method comprising: creating, for each product, a unique encrypted authentication code based on device specific information relating to that product and a private key that changes periodically with time; storing, for each product in a database, the unique encrypted authentication code and the device specific information for the product associated with the unique encrypted authentication code; storing, on each product, a readable representation of the unique encrypted authentication code for that product; receiving a request for product authentication that includes the unique encrypted authentication code stored on a product in question; and providing an indication of authenticity of the product in question based upon the unique encrypted authentication code received with the request and the stored device specific information associated with that unique encrypted authentication code in the database wherein storing, on each product, a readable representation of the unique encrypted authentication code comprises storing the unique encrypted authentication code in memory of the product associated with that unique encrypted authentication code. creating, for each product, a unique encrypted authentication code based on device specific information relating to that product and a private key that changes periodically with time; storing, for each product in a database, the unique encrypted authentication code and the device specific information for the product associated with the unique encrypted authentication code; storing, on each product, a readable representation of the unique encrypted authentication code for that product; receiving a request for product authentication that includes the unique encrypted authentication code stored on a product in question; and providing an indication of authenticity of the product in question based upon the unique encrypted authentication code received with the request and the stored device specific information associated with that unique encrypted authentication code in the database
A method for tap detection on a handheld electronic device, comprising: measuring acceleration using an accelerometer of the handheld electronic device; determining when a measured first acceleration peak response exceeds an upper limit threshold followed by a measured second acceleration peak response in the opposite direction exceeding a lower limit threshold within a predetermined duration of each other; when both the upper limit threshold and lower limit threshold have been exceeded within the predetermined duration, determining a rate of change of acceleration between the upper limit threshold and the lower limit threshold and registering a tap input when the rate of change of acceleration exceeds a predetermined tap threshold. measuring acceleration using an accelerometer of the handheld electronic device; determining when a measured first acceleration peak response exceeds an upper limit threshold followed by a measured second acceleration peak response in the opposite direction exceeding a lower limit threshold within a predetermined duration of each other; when both the upper limit threshold and lower limit threshold have been exceeded within the predetermined duration, determining a rate of change of acceleration between the upper limit threshold and the lower limit threshold and registering a tap input when the rate of change of acceleration exceeds a predetermined tap threshold.
A heat transfer medium having a melting composition, the heat transfer medium comprising: alkali metal chloride, first alkali metal carbonate, second alkali metal carbonate, and alkali metal hydroxide.
An apparatus for preparing films suitable for encapsulation from a solid film-forming material comprising: a) at least one casting drum; b) continuous melting means that melts said film-forming material continuously on demand at a rate which provides a sufficient amount of melted film-forming material to be able to supply the demand for melted film-forming material for a rate of deposition/extrusion of the film-forming material onto the casting drum; c) pump means; and d) an extrusion device that deposits a film of material useful for encapsulation onto said at least one casting drum, wherein said extrusion device is a coat hanger die comprising a chamber and an extrusion slot and said extrusion device is tilted from 2° to 10° from perpendicular and away from the direction of flow from the extrusion device. a) at least one casting drum; b) continuous melting means that melts said film-forming material continuously on demand at a rate which provides a sufficient amount of melted film-forming material to be able to supply the demand for melted film-forming material for a rate of deposition/extrusion of the film-forming material onto the casting drum; c) pump means; and d) an extrusion device that deposits a film of material useful for encapsulation onto said at least one casting drum, wherein said extrusion device is a coat hanger die comprising a chamber and an extrusion slot and said extrusion device is tilted from 2° to 10° from perpendicular and away from the direction of flow from the extrusion device.
Method for configuring, with user assistance, a home base station of a telecommunications network, this home base station being capable of applying, during communications over the network, a transmission beamforming technique, this configuration method comprising: - a step of obtaining at least one item of information provided by the user by means of a hardware input module fitted to the home base station, which input module is configured or operated manually by the user in order to specify said at least one item of information and associated with the home base station, said at least one item of information being representative of an area of presence in which terminals that are capable of communicating with the home base station are likely to be located, said at least one item of information comprising angular information on said area of presence with respect to a reference direction; - a step (E20, E30) of associating, with this area of presence, on the basis of the information provided by the user, a transmission beam (BEAM (D, θ)) allowing said area to be at least mostly covered and being able to be formed using said transmission beamforming technique, said step comprising the operation of determining, on the basis of the information provided by the user, a direction and an angle of aperture of said transmission beam for the purpose of mostly covering the area of presence; - a step of configuring the home base station so that it uses said transmission beam that is associated with the area of presence during a communication with a terminal located in this area of presence. - a step of obtaining at least one item of information provided by the user by means of a hardware input module fitted to the home base station, which input module is configured or operated manually by the user in order to specify said at least one item of information and associated with the home base station, said at least one item of information being representative of an area of presence in which terminals that are capable of communicating with the home base station are likely to be located, said at least one item of information comprising angular information on said area of presence with respect to a reference direction; - a step (E20, E30) of associating, with this area of presence, on the basis of the information provided by the user, a transmission beam (BEAM (D, θ)) allowing said area to be at least mostly covered and being able to be formed using said transmission beamforming technique, said step comprising the operation of determining, on the basis of the information provided by the user, a direction and an angle of aperture of said transmission beam for the purpose of mostly covering the area of presence; - a step of configuring the home base station so that it uses said transmission beam that is associated with the area of presence during a communication with a terminal located in this area of presence.
A resin composition, comprising a thermoplastic resin and a metal-resin composite particle, wherein the metal-resin composite particle has a multi-layer structure that includes a metal deposition layer, a first coating layer positioned on one side of the metal deposition layer, and a second coating layer positioned on the other side of the metal deposition layer, wherein the first coating layer and second coating layer comprise a thermosetting resin respectively, and wherein the metal is deposited on one surface of the first coating layer to form the metal deposition layer, and the second coating layer is formed on the external surface of the metal deposition layer.
A method for managing power in an elevator system, the method comprising: storing a plurality of power profiles identifying a component to be turned off during a power savings mode; determining a time; selecting from the plurality of power profiles (124, 126) stored in a database a power profile (124, 126) which is to be applied in response to the time; sending a power command to an elevator controller in response to the component identified in the selected power profile (124, 126); and sending a power off signal to the component in response to the power command. storing a plurality of power profiles identifying a component to be turned off during a power savings mode; determining a time; selecting from the plurality of power profiles (124, 126) stored in a database a power profile (124, 126) which is to be applied in response to the time; sending a power command to an elevator controller in response to the component identified in the selected power profile (124, 126); and sending a power off signal to the component in response to the power command.
An antagonist of artemin function for use in reversing, wholly or in part, the resistance of a breast cancer-burdened patient to a cancer therapeutic, wherein the antagonist of artemin function is an antisense polynucleotide, an RNAi polynucleotide, or an antibody capable of inhibiting artemin functionality.
An aspirated smoke detector comprising: a smoke sensing chamber with a fluid flow input port and a fluid flow output port; a manifold having a first plurality of input ports (12a - 12n), and an output port, where the output port is coupled to the fluid flow input port of the sensing chamber; and a second plurality of metal oxide gas sensors (S1 -Sn) where each member of the second plurality is associated with a member of the first plurality, wherein the metal oxide gas sensors are not subject to false alarms due to dust in the ambient air, wherein control circuits are coupled to each metal oxide gas sensor; wherein the control circuits are coupled to a smoke indicating output from said smoke sensing chamber; and wherein the control circuits, in response to a smoke indication signal from said smoke sensing chamber, cycle through the metal oxide gas sensors (S1 - Sn) to determine the inflow pipe carrying the sensed smoke. a smoke sensing chamber with a fluid flow input port and a fluid flow output port; a manifold having a first plurality of input ports (12a - 12n), and an output port, where the output port is coupled to the fluid flow input port of the sensing chamber; and a second plurality of metal oxide gas sensors (S1 -Sn) where each member of the second plurality is associated with a member of the first plurality, wherein the metal oxide gas sensors are not subject to false alarms due to dust in the ambient air, wherein control circuits are coupled to each metal oxide gas sensor; wherein the control circuits are coupled to a smoke indicating output from said smoke sensing chamber; and wherein the control circuits, in response to a smoke indication signal from said smoke sensing chamber, cycle through the metal oxide gas sensors (S1 - Sn) to determine the inflow pipe carrying the sensed smoke.
A computer-implemented method of reducing ringdown artifacts (231,941) in an ultrasound imaging system, comprising: obtaining a plurality of frames of samples including tissue information and a ringdown component; determining a reference frame based on the plurality of frames to approximate the ringdown component; subtracting the reference frame from a current frame of the plurality of frames to produce a difference frame; computing a threshold mask from the difference frame; applying the threshold mask to the current frame to produce a masked current frame; selecting between the masked current frame and the difference frame to obtain a ringdown-reduced frame to represent the tissue information; and forming an ultrasound image from the ringdown-reduced frame. obtaining a plurality of frames of samples including tissue information and a ringdown component; determining a reference frame based on the plurality of frames to approximate the ringdown component; subtracting the reference frame from a current frame of the plurality of frames to produce a difference frame; computing a threshold mask from the difference frame; applying the threshold mask to the current frame to produce a masked current frame; selecting between the masked current frame and the difference frame to obtain a ringdown-reduced frame to represent the tissue information; and forming an ultrasound image from the ringdown-reduced frame.
A method of processing video data, the method comprising: determining whether an access unit of the video data includes a temporal motion constrained tile sets, MCTS, supplemental enhancement information, SEI, message; decoding an MCTS extraction information set, MCTS-EIS, SEI message of the access unit only when the access unit includes the temporal MCTS SEI message, wherein the MCTS-EIS SEI message is decoded according to a restriction on the video data, the restriction specifying that an MCTS-EIS SEI message is never present in any access unit unless there is a temporal MCTS SEI message present in the same access unit; and when the access unit includes the temporal MCTS SEI message: i) determining a set of associated pictures of the temporal MCTS SEI message, and ii) using the same set of associated pictures of the temporal MCTS SEI message as a set of associated pictures of the MCTS-EIS SEI message, wherein associated pictures of the temporal MCTS SEI message are pictures to which the temporal MCTS SEI message applies and associated pictures of the MCTS-EIS SEI message are pictures to which the MCTS-EIS SEI message applies. determining whether an access unit of the video data includes a temporal motion constrained tile sets, MCTS, supplemental enhancement information, SEI, message; decoding an MCTS extraction information set, MCTS-EIS, SEI message of the access unit only when the access unit includes the temporal MCTS SEI message, wherein the MCTS-EIS SEI message is decoded according to a restriction on the video data, the restriction specifying that an MCTS-EIS SEI message is never present in any access unit unless there is a temporal MCTS SEI message present in the same access unit; and when the access unit includes the temporal MCTS SEI message: i) determining a set of associated pictures of the temporal MCTS SEI message, and ii) using the same set of associated pictures of the temporal MCTS SEI message as a set of associated pictures of the MCTS-EIS SEI message, wherein associated pictures of the temporal MCTS SEI message are pictures to which the temporal MCTS SEI message applies and associated pictures of the MCTS-EIS SEI message are pictures to which the MCTS-EIS SEI message applies.
A method for wireless communications, comprising: determining that a plurality of devices support at least one of multi user MIMO, MU-MIMO, or frequency division multiple access, FDMA, generating a first multi-user, MU, packet that solicits a first immediate response from each of a first set of the plurality of devices; generating a second MU packet that solicits a second immediate response from each of a second set of the plurality of devices, wherein the second MU packet is different than the first MU packet; and outputting the first MU packet and the second MU packet for transmission; wherein the first MU packet comprises a special frame; characterized in that the special frame indicates a response type for each of the first set of devices, to use single user multiple-input multiple-output, SU-MIMO, MU-MIMO, or FDMA to send the first immediate response. determining that a plurality of devices support at least one of multi user MIMO, MU-MIMO, or frequency division multiple access, FDMA, generating a first multi-user, MU, packet that solicits a first immediate response from each of a first set of the plurality of devices; generating a second MU packet that solicits a second immediate response from each of a second set of the plurality of devices, wherein the second MU packet is different than the first MU packet; and outputting the first MU packet and the second MU packet for transmission; wherein the first MU packet comprises a special frame; characterized in that the special frame indicates a response type for each of the first set of devices, to use single user multiple-input multiple-output, SU-MIMO, MU-MIMO, or FDMA to send the first immediate response.
Process for the preparation of a pulpy food product for patients with dysphagia with at least two food components, which are comminuted, after which they are filled into a container and thermally sterilised, characterised in that each food component is brought - in a separate comminution step (2a, b) - to a particle size of less than or equal to 400 μm (to a particle size of at least 40 mesh), in particular of less than or equal to 210 μm (at least 70 mesh), and a viscosity of 25 - 50 Pas, measured with a Brookfield Spindle F at a temperature of 20°C, after which the more easily oxidising food component is filled into the container before the less easily oxidising food component, and that, in order to increase the viscosity of the food components to 35 - 750 Pas, measured with a Brookfield Spindle F at a temperature of 20°C, the thermal sterilisation is carried out at a temperature of 115 - 142°C for a period of 40 - 70 minutes.
Subframe for a motor vehicle, comprising longitudinal beams (8.1, 8.2) extending at a distance from each other, at least one cross beam connecting the longitudinal beams to one another, and reinforcing elements (9, 10) which are connected to the longitudinal beams (8.1, 8.2) and the cross beam and are made from sheet metal, characterized in that the reinforcing elements (9, 10) are composed of a first reinforcing element and a second reinforcing element which are designed as bent shells and have mutually overlapping ends (9.1, 10.1), the overlapping ends (9.1, 10.1) being connected, preferably welded, to the cross beam or one of the longitudinal beams (8.2).
A system of triggering and executing active content on a recipient device, the system comprising a sender device configured to send a trigger message to the recipient device, the trigger message specifies at least one executable file, the executable file comprising active content having multimedia content to be executed by the recipient device, characterised in that: the system further comprises a service delivery platform configured to, if the recipient device is found not to support the trigger message, convert the trigger message to a message supported by the recipient device, and the converted message includes an invitation for the recipient device to download a necessary support for the trigger message. the system further comprises a service delivery platform configured to, if the recipient device is found not to support the trigger message, convert the trigger message to a message supported by the recipient device, and the converted message includes an invitation for the recipient device to download a necessary support for the trigger message.
A mobile communication system comprising: a first terminal mounted in a vehicle; and a second terminal configured to detect application programs available in the first terminal and transmit an application program list indicating the detected application programs to the first terminal, wherein the first terminal is further configured to output the application program list on a display unit and request the second terminal to execute a first application program included in the output application program list, wherein the second terminal is further configured to execute the first application program in response to the request, and transmit a first execution screen according to an execution result of the first application program to the first terminal, characterized in that the second terminal is configured to periodically detect a resource usage of the first terminal, transmit a request for the use of the resources of the first terminal when the resource usage of the first terminal exceeds a preset reference, and, when the first terminal accepts the request for the use of the resources, execute an application requiring the use of the resources of the first terminal and transmit an execution result of the application requiring the use of the resources to the first terminal, and wherein the second terminal is configured to update an application program of the first terminal by receiving data for updating the application program of the first terminal from a server or an external mobile terminal and transmitting the received data to the first terminal. a first terminal mounted in a vehicle; and a second terminal configured to detect application programs available in the first terminal and transmit an application program list indicating the detected application programs to the first terminal, wherein the first terminal is further configured to output the application program list on a display unit and request the second terminal to execute a first application program included in the output application program list, wherein the second terminal is further configured to execute the first application program in response to the request, and transmit a first execution screen according to an execution result of the first application program to the first terminal, characterized in that the second terminal is configured to periodically detect a resource usage of the first terminal, transmit a request for the use of the resources of the first terminal when the resource usage of the first terminal exceeds a preset reference, and, when the first terminal accepts the request for the use of the resources, execute an application requiring the use of the resources of the first terminal and transmit an execution result of the application requiring the use of the resources to the first terminal, and wherein the second terminal is configured to update an application program of the first terminal by receiving data for updating the application program of the first terminal from a server or an external mobile terminal and transmitting the received data to the first terminal.
A method of applying a sealant to a seam between a second work piece disposed on a first work piece, the method comprising: applying a fillet layer of the sealant to the first and second work pieces, such that the fillet layer covers the seam between the first work piece and the second work piece; applying a first flaring layer of the sealant adjacent the fillet layer contacting the fillet layer and the first work piece; and applying a first filling layer of the sealant contacting the first flaring layer and the fillet layer. applying a fillet layer of the sealant to the first and second work pieces, such that the fillet layer covers the seam between the first work piece and the second work piece; applying a first flaring layer of the sealant adjacent the fillet layer contacting the fillet layer and the first work piece; and applying a first filling layer of the sealant contacting the first flaring layer and the fillet layer.