mhurhangee/ep-ind-claims huggingface dataset:
A recyclable film, which is recyclable into a polyethylene-based stream or a polypropylene based stream, comprising: a) a base film comprising: i) a first layer comprising a polyester, and ii) a second layer comprising a polyester compatibilizer, and b) a sealing layer connected to the base film and located on an exterior surface of the recyclable film, wherein the base film is oriented, and the sealing layer is not oriented, and wherein the base film has a free shrink value of less than 10% in both the machine direction and the transverse direction when tested according to ASTM D2732 using bath temperature of 90C, wherein a mass ratio of the polyester compatibilizer to the polyester is from 1:6 to 1:1. a) a base film comprising: i) a first layer comprising a polyester, and ii) a second layer comprising a polyester compatibilizer, and i) a first layer comprising a polyester, and ii) a second layer comprising a polyester compatibilizer, and b) a sealing layer connected to the base film and located on an exterior surface of the recyclable film, wherein the base film is oriented, and the sealing layer is not oriented, and wherein the base film has a free shrink value of less than 10% in both the machine direction and the transverse direction when tested according to ASTM D2732 using bath temperature of 90C, wherein a mass ratio of the polyester compatibilizer to the polyester is from 1:6 to 1:1.
Air jet spinning machine comprising a spinning unit - with a spinning nozzle, which serves the purpose of producing a yarn from a fiber composite fed to the spinning nozzle, - whereas the spinning nozzle features an inlet for the fiber composite, - an internal vortex chamber, - a yarn formation element protruding into the vortex chamber along with - an outlet for the yarn produced inside the vortex chamber, - whereas the spinning unit is allocated with an additive supply, which is designed to supply the spinning unit with an additive, and - whereas the additive supply includes at least one valve, with the assistance of which the volume flow or mass flow of the additive is adjustable, characterized in that - the valve, during the operation of the same, opens and closes at least once per second, such that the additive fed to the valve leaves the valve in a pulse-like manner. - with a spinning nozzle, which serves the purpose of producing a yarn from a fiber composite fed to the spinning nozzle, - whereas the spinning nozzle features an inlet for the fiber composite, - an internal vortex chamber, - a yarn formation element protruding into the vortex chamber along with - an outlet for the yarn produced inside the vortex chamber, - whereas the spinning unit is allocated with an additive supply, which is designed to supply the spinning unit with an additive, and - whereas the additive supply includes at least one valve, with the assistance of which the volume flow or mass flow of the additive is adjustable, - the valve, during the operation of the same, opens and closes at least once per second, such that the additive fed to the valve leaves the valve in a pulse-like manner.
A computer-implemented method, the method comprising, by a remote system: receiving, from a first device remote from the remote system, an indication that the first device is communicatively coupled to a second device remote from the remote system, wherein the first device is a vehicle; receiving, from the first device, first data associated with the second device; associating the first data with profile data corresponding to the first device, the profile data including second data, wherein the second data is data that is not associated with the second device and the second data has a first priority value; assigning a second priority value to the first data, the second priority value indicating that the first data is prioritized over the second data; receiving, from the first device, first audio data; processing, using speech processing and the profile data, the first audio data to determine command data comprising a first command and a second command; determining that the first command is associated with the first data and that the second command is associated with the second data; using the first priority value and the second priority value to select the first command; sending, to a communications system, a request for additional information; receiving, from the communications system, the additional information, wherein the additional information comprises a contact name or other entity information; generating, based on the additional information, output data corresponding to the first command; and sending, to the first device, the output data. receiving, from a first device remote from the remote system, an indication that the first device is communicatively coupled to a second device remote from the remote system, wherein the first device is a vehicle; receiving, from the first device, first data associated with the second device; associating the first data with profile data corresponding to the first device, the profile data including second data, wherein the second data is data that is not associated with the second device and the second data has a first priority value; assigning a second priority value to the first data, the second priority value indicating that the first data is prioritized over the second data; receiving, from the first device, first audio data; processing, using speech processing and the profile data, the first audio data to determine command data comprising a first command and a second command; determining that the first command is associated with the first data and that the second command is associated with the second data; using the first priority value and the second priority value to select the first command; sending, to a communications system, a request for additional information; receiving, from the communications system, the additional information, wherein the additional information comprises a contact name or other entity information; generating, based on the additional information, output data corresponding to the first command; and sending, to the first device, the output data.
A compound of Formula: and salts thereof, wherein each instance of R L is independently optionally substituted C 6 -C 40 alkenyl; and each instance of R L comprises only cis double bonds.
A transmission device comprising: a video encoder configured to generate a video stream including image data; a subtitle encoder configured to generate a subtitle stream including subtitle information; an adjustment information insertion unit (105, 109, 110) configured to insert luminance level adjustment information into at least one of the video stream and the subtitle stream, the luminance level adjustment information being designed for adjusting a luminance level of a subtitle; and a transmission unit configured to transmit a container in a predetermined format, the container containing the video stream and the subtitle stream, after the luminance level adjustment information has been inserted into at least one of the video stream and the subtitle stream contained in the container, wherein the luminance level adjustment information is luminance level adjustment information corresponding to an entire screen and/or luminance level adjustment information corresponding to respective partition regions obtained by dividing the screen by a predetermined number, and wherein the luminance level adjustment information to be inserted into the video stream includes a maximum luminance value, a minimum luminance value, and an average luminance value, the maximum luminance value, the minimum luminance value, and the average luminance value being generated in accordance with the image data. a video encoder configured to generate a video stream including image data; a subtitle encoder configured to generate a subtitle stream including subtitle information; an adjustment information insertion unit (105, 109, 110) configured to insert luminance level adjustment information into at least one of the video stream and the subtitle stream, the luminance level adjustment information being designed for adjusting a luminance level of a subtitle; and a transmission unit configured to transmit a container in a predetermined format, the container containing the video stream and the subtitle stream, after the luminance level adjustment information has been inserted into at least one of the video stream and the subtitle stream contained in the container, wherein the luminance level adjustment information is luminance level adjustment information corresponding to an entire screen and/or luminance level adjustment information corresponding to respective partition regions obtained by dividing the screen by a predetermined number, and wherein the luminance level adjustment information to be inserted into the video stream includes a maximum luminance value, a minimum luminance value, and an average luminance value, the maximum luminance value, the minimum luminance value, and the average luminance value being generated in accordance with the image data.
An apparatus (200, 300), comprising: a power source (202, 302); a buffer capacitor (214, 314); a first switch (206, 306) connected between the buffer capacitor (214, 314) and a control terminal of a driven switch (204, 304); the buffer capacitor (214, 314) connected to and charged by the power source (202, 302) when the first switch (206, 306) is turned off; and a comparator (210, 310) to: monitor the charging of the buffer capacitor (214, 314); and in response to the buffer capacitor (214, 314) reaching a threshold amount of charge, turning on the first switch (206, 306) to initiate a charge redistribution of charge from the buffer capacitor (214, 314) to the driven switch (204, 304); characterized by comprising a second switch (222, 330) to operably connect and disconnect the buffer capacitor (214, 314) from the power source (202, 302), wherein the comparator (210, 310) turns off the second switch (222, 330) after a delay from a point in time when the first switch (206, 306) is turned on to initiate the charge redistribution. a power source (202, 302); a buffer capacitor (214, 314); a first switch (206, 306) connected between the buffer capacitor (214, 314) and a control terminal of a driven switch (204, 304); the buffer capacitor (214, 314) connected to and charged by the power source (202, 302) when the first switch (206, 306) is turned off; and a comparator (210, 310) to: monitor the charging of the buffer capacitor (214, 314); and in response to the buffer capacitor (214, 314) reaching a threshold amount of charge, turning on the first switch (206, 306) to initiate a charge redistribution of charge from the buffer capacitor (214, 314) to the driven switch (204, 304); monitor the charging of the buffer capacitor (214, 314); and in response to the buffer capacitor (214, 314) reaching a threshold amount of charge, turning on the first switch (206, 306) to initiate a charge redistribution of charge from the buffer capacitor (214, 314) to the driven switch (204, 304);
A key for a lock, comprising a grip, a blade, at least one oscillating lever having a first movement receiving arm for receiving the movement from a sensor formed by a fixed pin and a second actuating arm for actuating an encryption element of the lock, said lever being pivoted on said blade with an axis of oscillation thereof that is transverse to the longitudinal axis of said blade, said lever being housed in a groove of a main face of the blade, said groove having a depth dimension in the direction of the thickness of said blade that is less than the thickness of said blade and extending longitudinally along said blade as far as the end of said blade opposite said grip, said lever being positioned entirely inside said groove in an inactive position to interact with said sensor, characterised in that a retaining spring of said lever being further provided in an inactive position, said spring being configured and arranged to return said lever automatically to an inactive position after each oscillation.
A method, comprising: receiving, by an apparatus, wireless device discovery messages from one or more other wireless devices in wireless networks, wherein said one or more wireless devices are not connected to the apparatus, one or more of the received wireless discovery messages including channel information indicating status of one or more channels, wherein the wireless device discovery messages comprise Bluetooth Low Energy advertising messages, wherein said channel information comprises a channel map indicating wireless channels in use by one of the one or more other wireless devices that sent said advertising messages and wherein the channel map further indicates one or more wireless channels having interference; creating, by the apparatus, a channel map that is at least partly based on the status of the one or more channels indicated in the received one or more wireless device discovery messages; and selecting, by the apparatus, channels for setting up wireless communication with another wireless device, the channels being selected at least partly based on the channel map created by the apparatus. receiving, by an apparatus, wireless device discovery messages from one or more other wireless devices in wireless networks, wherein said one or more wireless devices are not connected to the apparatus, one or more of the received wireless discovery messages including channel information indicating status of one or more channels, wherein the wireless device discovery messages comprise Bluetooth Low Energy advertising messages, wherein said channel information comprises a channel map indicating wireless channels in use by one of the one or more other wireless devices that sent said advertising messages and wherein the channel map further indicates one or more wireless channels having interference; creating, by the apparatus, a channel map that is at least partly based on the status of the one or more channels indicated in the received one or more wireless device discovery messages; and selecting, by the apparatus, channels for setting up wireless communication with another wireless device, the channels being selected at least partly based on the channel map created by the apparatus.
A testing equipment for crash simulation tests, the testing equipment having the following: - a rail arrangement; - a first carriage arrangement which is arranged displaceably along a longitudinal axis of the rail arrangement, and - an acceleration unit configured to transfer a force to the first carriage arrangement in order to accelerate the carriage arrangement; wherein the testing equipment has a second carriage arrangement, configured to be mounted on the rail arrangement and to be displaced along the longitudinal axis of the rail arrangement and to support a test superstructure with at least one component to be tested in the crash simulation, the first carriage arrangement having a detachable clutch configured to engage with the second carriage arrangement in such a way that at least a part of the force can be transferred to the second carriage arrangement from the acceleration unit via the first carriage arrangement, characterized in that the first carriage arrangement has a sensor configured to record measured acceleration values of the first carriage unit, and in that the testing equipment has an active braking device configured to optionally be actuated in such a way that braking forces are exerted on the first carriage arrangement so that the first carriage arrangement comes to a standstill in front of an end of the rail arrangement and opposite the acceleration unit. - a rail arrangement; - a first carriage arrangement which is arranged displaceably along a longitudinal axis of the rail arrangement, and - an acceleration unit configured to transfer a force to the first carriage arrangement in order to accelerate the carriage arrangement;
An intercept module capable of reducing signaling load on a mobile network, comprising: an inspection module capable of determining packets to be delayed; and a delay module capable of delaying the packets determined to be delayed, characterized in that: the inspection module is configured to inspect intercepted packets to determine packets originating from a mobile device due to a wakeup event of the mobile device and to determine packets to be delayed from among the packets determined to have originated from the mobile device due to a wakeup event, wherein the delay causes a start of a next wakeup event for the mobile device to be delayed by a time interval, and a consequent reduction in the signaling load on the mobile network during said interval compared to the signaling load that would have been on the mobile network during said interval if said start had not been delayed. an inspection module capable of determining packets to be delayed; and a delay module capable of delaying the packets determined to be delayed, the inspection module is configured to inspect intercepted packets to determine packets originating from a mobile device due to a wakeup event of the mobile device and to determine packets to be delayed from among the packets determined to have originated from the mobile device due to a wakeup event, wherein the delay causes a start of a next wakeup event for the mobile device to be delayed by a time interval, and a consequent reduction in the signaling load on the mobile network during said interval compared to the signaling load that would have been on the mobile network during said interval if said start had not been delayed.
A method for operating a terminal which can be used in a telecommunication network, preferably a mobile radio network, and which comprises a display device (2, 3) for the optical and/or acoustic reproduction of information and at least one input device (4, 5, 6) for collecting information, wherein information explaining the using and/or operating options of functions and/or applications provided by the terminal will be displayed by the display device (2, 3) in case of need, wherein the need will be determined in dependence on and/or from the respective user individual context of use with respect to the respective requirements of a user after assistance with respect to information and/or applications that are available, characterized in that the need will be determined in a forecasting manner, wherein within the scope of the forecasting determination of need an active operation and also an excessively long non-activation of certain functions and/or applications that are provided by the terminal by means of the input device (4, 5, 6) will be considered.
A method for producing an electrode for an aluminum electrolytic capacitor comprising a chemical formation step of performing chemical formation of an aluminum electrode including a porous layer having a thickness of 200 μm to 50000 μm per layer on an aluminum core part, the method further comprising: before the chemical formation step, a hydration step of forming a hydrated film, from surface of the aluminum electrode to a deep part of the porous layer, by immersing the aluminum electrode into a hydration treatment liquid including a hydration inhibiting agent and having a temperature of 80°C or more; and in the chemical formation step, performing chemical formation of the aluminum electrode to a chemical formation voltage of 400 V or more, wherein the thickness of the hydrated film formed in the hydration step satisfies the following conditions: 0.6 ≤ t 2 /t1 ≤ 1 where an average thickness of the hydrated film formed in a range from the surface of the aluminum electrode to a depth of 100 μm is t1 and an average thickness of the hydrated film formed in a deep part having a depth of 100 μm or more from the surface of the aluminum electrode is t2. before the chemical formation step, a hydration step of forming a hydrated film, from surface of the aluminum electrode to a deep part of the porous layer, by immersing the aluminum electrode into a hydration treatment liquid including a hydration inhibiting agent and having a temperature of 80°C or more; and in the chemical formation step, performing chemical formation of the aluminum electrode to a chemical formation voltage of 400 V or more, wherein the thickness of the hydrated film formed in the hydration step satisfies the following conditions: 0.6 ≤ t 2 /t1 ≤ 1 where an average thickness of the hydrated film formed in a range from the surface of the aluminum electrode to a depth of 100 μm is t1 and an average thickness of the hydrated film formed in a deep part having a depth of 100 μm or more from the surface of the aluminum electrode is t2.
A calibration apparatus for calibrating a system for introducing an influencing element into an object, wherein the influencing element is adapted to influence a target region within the object; wherein the system comprises: a longish introduction device, which is adapted to be inserted into the object for introducing the influencing element into the object, a tracking device, which is adapted to track the introduction device and to be inserted into the introduction device as far as possible and a calibration element, which has the same dimensions as the influencing element and which is to be inserted into the introduction device as far as possible; and wherein the calibration apparatus comprises: - an image providing unit adapted to provide: a first image showing the longish introduction device, and the tracking device, and a second image showing the introduction device and the calibration element, - an identification unit adapted to identify the tip of the introduction device, the tracking device and the calibration element in the first and second images, - a spatial relation determining unit (71 adapted to determine a spatial relation between the tracking device and the calibration element from the first and second images, in which the tip of the introduction device, the tracking device and the calibration element have been identified. - an image providing unit adapted to provide: a first image showing the longish introduction device, and the tracking device, and a second image showing the introduction device and the calibration element, - an identification unit adapted to identify the tip of the introduction device, the tracking device and the calibration element in the first and second images, - a spatial relation determining unit (71 adapted to determine a spatial relation between the tracking device and the calibration element from the first and second images, in which the tip of the introduction device, the tracking device and the calibration element have been identified.