mhurhangee/ep-ind-claims huggingface dataset:
A multi-window display method, applied to a terminal device comprising a first display, a second display, a first camera, and a second camera, wherein the first display and the first camera are located in a first area of the terminal device, the second display and the second camera are located in a second area of the terminal device, and the first area and the second area are located on different sides of the terminal device; and the method comprises: obtaining an instruction of a first user for triggering a plurality of windows on the first display; displaying a first window and a second window on the first display in response to the instruction of the first user for triggering the plurality of windows; obtaining a first image by using the first camera, and obtaining a second image by using the second camera, wherein the first image comprises the first user, and the second image comprises a second user; and in response to the first image and the second image, displaying the first window on the first display, and displaying the second window on the second display, or displaying the second window on the first display, and displaying the first window on the second display. obtaining an instruction of a first user for triggering a plurality of windows on the first display; displaying a first window and a second window on the first display in response to the instruction of the first user for triggering the plurality of windows; obtaining a first image by using the first camera, and obtaining a second image by using the second camera, wherein the first image comprises the first user, and the second image comprises a second user; and in response to the first image and the second image, displaying the first window on the first display, and displaying the second window on the second display, or displaying the second window on the first display, and displaying the first window on the second display.
Method for monitoring an electromagnetic brake, wherein a coil current (Ib) is captured in order to detect an armature movement, characterized in that a detected armature movement is discarded if a supply voltage (Ub) for the coil current (Ib) deviates too greatly from a predefined profile, wherein the detected armature movement is discarded only if the deviation of the supply voltage (Ub) occurred in the time range in which the armature movement was detected.
An information collecting method in which an information collector apparatus collects information accumulated in a content accumulating device via an information centric network, wherein: the information collector apparatus sends out an interest including request content data and matching target data to the information centric network; when a communication control apparatus connected to the information centric network receives the interest from the information collector apparatus, the communication control apparatus separates, from the interest, a simple interest that includes the request content data and does not include the matching target data and a complex interest that includes the matching target data, and sends out the simple interest to a low-speed communication path configuring the information centric network and the complex interest to a high-speed communication path configuring the information centric network; and when the content accumulating device receives the simple interest and the complex interest from the communication control apparatus, the content accumulating device associates the request content data included in the simple interest with the matching target data included in the complex interest, performs a matching process for verifying whether any of contents accumulated in the content accumulating device matches the matching target data based on criteria stipulated in the request content data, and sends out a response message including a matching result of the matching process to the information centric network. the information collector apparatus sends out an interest including request content data and matching target data to the information centric network; when a communication control apparatus connected to the information centric network receives the interest from the information collector apparatus, the communication control apparatus separates, from the interest, a simple interest that includes the request content data and does not include the matching target data and a complex interest that includes the matching target data, and sends out the simple interest to a low-speed communication path configuring the information centric network and the complex interest to a high-speed communication path configuring the information centric network; and when the content accumulating device receives the simple interest and the complex interest from the communication control apparatus, the content accumulating device associates the request content data included in the simple interest with the matching target data included in the complex interest, performs a matching process for verifying whether any of contents accumulated in the content accumulating device matches the matching target data based on criteria stipulated in the request content data, and sends out a response message including a matching result of the matching process to the information centric network.
An oral care composition comprising: a fluoride ion source; and a poly(propylene oxide)/poly(ethylene oxide) copolymer wherein the poly(propylene oxide)/poly(ethylene oxide) copolymer is present in an amount of from about 0.1% to about 10%, by weight, of the composition, wherein the composition further comprises fumaric acid in an amount of from about 0.01 to about 0.25%, of the total composition weight, and wherein the poly(propylene oxide)/poly(ethylene oxide) copolymer has a molecular weight of from about 8,000 to about 18,000 g/mol, and an ethylene oxide content of from about 30 to about 90%, by weight of the copolymer. a fluoride ion source; and a poly(propylene oxide)/poly(ethylene oxide) copolymer wherein the poly(propylene oxide)/poly(ethylene oxide) copolymer is present in an amount of from about 0.1% to about 10%, by weight, of the composition, wherein the composition further comprises fumaric acid in an amount of from about 0.01 to about 0.25%, of the total composition weight, and wherein the poly(propylene oxide)/poly(ethylene oxide) copolymer has a molecular weight of from about 8,000 to about 18,000 g/mol, and an ethylene oxide content of from about 30 to about 90%, by weight of the copolymer.
An article of footwear, comprising: an outsole having an inferior surface for contacting the ground and a second surface opposite the inferior surface; a unitary upper and midsole of flexible material having an upper portion and a midsole portion, the unitary upper and midsole having a medial side with a first aperture, an opposite lateral side with a second aperture, a heel end, and an opposite toe end; the midsole portion having a superior surface and an opposite inferior surface, the inferior surface of the midsole coupled with the second surface of the outsole; a bootie having a medial side, an opposite lateral side, a heel end, an opposite toe end, an interior surface and an opposite inferior surface, the inferior surface coupled with the superior surface of the midsole portion; and a first reinforcement proximate the first aperture and a second reinforcement proximate the second aperture, wherein the first reinforcement and the second reinforcement are coupled to the bootie and are formed from a material different from the flexible material of the unitary upper and midsole, and wherein the first reinforcement and the second reinforcement 2. prevent a lacing structure that extends through the first aperture and the second aperture from permanently deforming the first aperture or the second aperture. an outsole having an inferior surface for contacting the ground and a second surface opposite the inferior surface; a unitary upper and midsole of flexible material having an upper portion and a midsole portion, the unitary upper and midsole having a medial side with a first aperture, an opposite lateral side with a second aperture, a heel end, and an opposite toe end; the midsole portion having a superior surface and an opposite inferior surface, the inferior surface of the midsole coupled with the second surface of the outsole; a bootie having a medial side, an opposite lateral side, a heel end, an opposite toe end, an interior surface and an opposite inferior surface, the inferior surface coupled with the superior surface of the midsole portion; and a first reinforcement proximate the first aperture and a second reinforcement proximate the second aperture, wherein the first reinforcement and the second reinforcement are coupled to the bootie and are formed from a material different from the flexible material of the unitary upper and midsole, and wherein the first reinforcement and the second reinforcement 2. prevent a lacing structure that extends through the first aperture and the second aperture from permanently deforming the first aperture or the second aperture.
A method performed by at least one programmable multithread SIMD processor, the method comprising: determining, for each warp of a plurality of warps, whether a Boolean expression argument of a divergence barrier instruction is true for at least one thread in each warp that reaches the divergence barrier instruction; pausing execution of each warp containing the or each thread for which the Boolean expression argument is true; for each of the plurality of warps for which the Boolean expression argument is true, determining a number of active threads in each warp, wherein the active threads are those for which the Boolean expression argument is true; sorting the plurality of warps for which the Boolean expression argument is true based on the number of active threads in each of the plurality of warps to produce a plurality of sorted warps; swapping the data of an active thread of a first warp of the plurality of warps having fewer active threads with the data of an inactive thread of a second warp of the plurality of warps having a greater number of active threads until no paused warps having all inactive threads can be created; determining that the plurality of paused warps includes a warp having all active threads and resuming execution of the warp having all active threads; and resuming execution of other paused warps that have at least one active thread once no more inactive warps can be created. determining, for each warp of a plurality of warps, whether a Boolean expression argument of a divergence barrier instruction is true for at least one thread in each warp that reaches the divergence barrier instruction; pausing execution of each warp containing the or each thread for which the Boolean expression argument is true; for each of the plurality of warps for which the Boolean expression argument is true, determining a number of active threads in each warp, wherein the active threads are those for which the Boolean expression argument is true; sorting the plurality of warps for which the Boolean expression argument is true based on the number of active threads in each of the plurality of warps to produce a plurality of sorted warps; swapping the data of an active thread of a first warp of the plurality of warps having fewer active threads with the data of an inactive thread of a second warp of the plurality of warps having a greater number of active threads until no paused warps having all inactive threads can be created; determining that the plurality of paused warps includes a warp having all active threads and resuming execution of the warp having all active threads; and resuming execution of other paused warps that have at least one active thread once no more inactive warps can be created.
A voice command manager for a building automation system of a building, the voice command manager comprising: an input port of a server located outside of the building for receiving a first natural language voice command over a network from a first voice sensor device located within the building and for receiving a second natural language voice command over the network from a second voice sensor device; a memory for storing the first natural language voice command and the second natural language voice command; a processor configured to translate the first natural language voice command into a first command understandable by a building automation controller of the building automation system and translate the second natural language voice command into a second command understandable by the building automation controller, identify whether there is a conflict between the first natural language voice command and the second natural language voice command, and when the conflict is identified, determine which one of the first command understandable by the building automation controller and the second command understandable by the building automation controller should be transmitted to the building automation controller for execution; and an output port for transmitting the one of the first command understandable by the building automation controller and the second command understandable by the building automation controller to the building automation controller for execution, wherein the voice command manager is implemented in the server located outside of the building. an input port of a server located outside of the building for receiving a first natural language voice command over a network from a first voice sensor device located within the building and for receiving a second natural language voice command over the network from a second voice sensor device; a memory for storing the first natural language voice command and the second natural language voice command; a processor configured to translate the first natural language voice command into a first command understandable by a building automation controller of the building automation system and translate the second natural language voice command into a second command understandable by the building automation controller, identify whether there is a conflict between the first natural language voice command and the second natural language voice command, and when the conflict is identified, determine which one of the first command understandable by the building automation controller and the second command understandable by the building automation controller should be transmitted to the building automation controller for execution; and an output port for transmitting the one of the first command understandable by the building automation controller and the second command understandable by the building automation controller to the building automation controller for execution, wherein the voice command manager is implemented in the server located outside of the building.
Sound synthesis device intended for the active colouring of the noise of a vehicle engine, comprising a sound synthesis module and a data reception module responsible for supplying the sound synthesis module with digital data representative of the current values of the engine speed and of at least one other operating parameter of the said vehicle; the said sound synthesis module comprising a computer responsible for generating a set of sinusoidal harmonics each weighted by its own gain (Gi) and whose summation makes it possible to generate a synthesized digital colouring signal as a function of the current values of the engine speed and of at least one other said operating parameter; characterised in that the sound synthesis module is responsible for selecting at least one predetermined group of successive harmonics (Ek) from among the set of said harmonics, the gain (Gi) associated with a harmonic belonging to one said group (Ek) being a function of the current value of said engine speed and of at least one other said operating parameter of said vehicle, whereas the gain (Gi) associated with a harmonic not belonging to any said group (Ek) is a function solely of the current value of said engine speed.
A data collection system comprising: a plurality of sensor modules each having a sensor unit; and a data collection apparatus, wherein the data collection apparatus comprises: a clock output unit configured to output a clock to each sensor module; an enable signal output unit configured to output an enable signal to a predetermined sensor module at an interval equal to or greater than a number of clocks corresponding to the number of the sensor modules, a counter configured to count the number of clocks, and a sensor signal input unit configured to receive data, which is output from the sensor modules, via a bus line and to record the data in association with a count value, and wherein each of the sensor modules is configured to function as a shift register configured to send the enable signal to a subsequent stage sensor module by using the clock outputted from the clock output unit to each sensor module as a trigger, and to output data of the sensor unit to the sensor signal input unit via the bus line only when the enable signal has been sent. a plurality of sensor modules each having a sensor unit; and a data collection apparatus, wherein the data collection apparatus comprises: a clock output unit configured to output a clock to each sensor module; an enable signal output unit configured to output an enable signal to a predetermined sensor module at an interval equal to or greater than a number of clocks corresponding to the number of the sensor modules, a counter configured to count the number of clocks, and a sensor signal input unit configured to receive data, which is output from the sensor modules, via a bus line and to record the data in association with a count value, and wherein each of the sensor modules is configured to function as a shift register configured to send the enable signal to a subsequent stage sensor module by using the clock outputted from the clock output unit to each sensor module as a trigger, and to output data of the sensor unit to the sensor signal input unit via the bus line only when the enable signal has been sent. a clock output unit configured to output a clock to each sensor module; an enable signal output unit configured to output an enable signal to a predetermined sensor module at an interval equal to or greater than a number of clocks corresponding to the number of the sensor modules, a counter configured to count the number of clocks, and a sensor signal input unit configured to receive data, which is output from the sensor modules, via a bus line and to record the data in association with a count value, and wherein each of the sensor modules is configured to function as a shift register configured to send the enable signal to a subsequent stage sensor module by using the clock outputted from the clock output unit to each sensor module as a trigger, and to output data of the sensor unit to the sensor signal input unit via the bus line only when the enable signal has been sent.
A pouch (106, 406) with internal support (200, 300, 500) comprising: a flexible pouch including a fitment (100, 400, 510) coupled to a flexible pouch body and at least one inner support piece coupled to the fitment (100, 400, 510) and extending into the inside of the pouch (106,406) through the interior of the fitment (100, 400, 510), characterized in that: - said fitment includes a fitment inner engagement feature including an inner lip, which runs around the inside of the fitment (100, 400, 510), or a groove on the inside of the fitment, - the inner support engagement feature includes a lip that engages the lip or groove on the inside of the fitment (100, 400, 510), - the at least one inner support piece includes an inner support engagement feature and at least one inner support extending from the inner support engagement feature (204, 304), wherein the at least one inner support piece is slidable through the fitment opening, and wherein the inner support engagement feature (204, 304) has an outside diameter that is smaller than the inside diameter of the fitment (100, 400, 510), and - the fitment inner engagement feature and inner support engagement feature (204, 304) are interlocked. - said fitment includes a fitment inner engagement feature including an inner lip, which runs around the inside of the fitment (100, 400, 510), or a groove on the inside of the fitment, - the inner support engagement feature includes a lip that engages the lip or groove on the inside of the fitment (100, 400, 510), - the at least one inner support piece includes an inner support engagement feature and at least one inner support extending from the inner support engagement feature (204, 304), wherein the at least one inner support piece is slidable through the fitment opening, and wherein the inner support engagement feature (204, 304) has an outside diameter that is smaller than the inside diameter of the fitment (100, 400, 510), and - the fitment inner engagement feature and inner support engagement feature (204, 304) are interlocked.
A device configured to provide a machine-to-machine, M2M, service layer that uses meta-data for format description of data, the device comprising: a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a message comprising a request to retrieve a first type of measurement data in a first format, wherein the request is from a first application, the message comprising an indication of the first format; in response to receiving the message, obtaining the first type of measurement data in a stored format and meta-data comprising a format description of the first type of measurement data in the stored format, wherein the first format and the stored format are different; parsing the obtained first type of measurement data in the stored format based on the meta-data comprising the format description of the first type of measurement data in the stored format; and converting the first type of measurement data to the first format from the stored format based on the parsing of the first type of measurement data based on the meta-data. a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a message comprising a request to retrieve a first type of measurement data in a first format, wherein the request is from a first application, the message comprising an indication of the first format; in response to receiving the message, obtaining the first type of measurement data in a stored format and meta-data comprising a format description of the first type of measurement data in the stored format, wherein the first format and the stored format are different; parsing the obtained first type of measurement data in the stored format based on the meta-data comprising the format description of the first type of measurement data in the stored format; and converting the first type of measurement data to the first format from the stored format based on the parsing of the first type of measurement data based on the meta-data. receiving a message comprising a request to retrieve a first type of measurement data in a first format, wherein the request is from a first application, the message comprising an indication of the first format; in response to receiving the message, obtaining the first type of measurement data in a stored format and meta-data comprising a format description of the first type of measurement data in the stored format, wherein the first format and the stored format are different; parsing the obtained first type of measurement data in the stored format based on the meta-data comprising the format description of the first type of measurement data in the stored format; and converting the first type of measurement data to the first format from the stored format based on the parsing of the first type of measurement data based on the meta-data.