mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a first computing device and from a second computing device , an indication of whether the second computing device is operatively coupled to a power source ; if it is determined, by the first computing device and based on the indication, that the second computing device is operatively coupled to the power source , outputting , by the first computing device and for display, a notification; and if it is determined, by the first computing device and based on the indication, that the second computing device is disconnected from the power source, sending , by the first computing device, to the second computing device, (a) the notification or (b) a text based and/or graphical indication that the user has the notification, wherein the notification is a recently-received notification related to one or more services and/or applications. receiving, by a first computing device and from a second computing device , an indication of whether the second computing device is operatively coupled to a power source ; if it is determined, by the first computing device and based on the indication, that the second computing device is operatively coupled to the power source , outputting , by the first computing device and for display, a notification; and if it is determined, by the first computing device and based on the indication, that the second computing device is disconnected from the power source, sending , by the first computing device, to the second computing device, (a) the notification or (b) a text based and/or graphical indication that the user has the notification, wherein the notification is a recently-received notification related to one or more services and/or applications.
A processor implemented image fusion method, comprising: measuring the brightness of a first image frame and a second image frame; in response to the measured brightness of the first frame and of the second frame being less than a preset threshold value, performing the following steps: detecting first feature points of an object in the first image frame ; transforming the first image frame based on the detected first feature points and predefined reference points to generate a transformed first image frame ; detecting second feature points of the object in the second image frame ; transforming the second image frame based on the detected second feature points and the predefined reference points to generate a transformed second image frame ; and generating a combined image by combining the transformed first image frame and the transformed second image frame . measuring the brightness of a first image frame and a second image frame; in response to the measured brightness of the first frame and of the second frame being less than a preset threshold value, performing the following steps: detecting first feature points of an object in the first image frame ; transforming the first image frame based on the detected first feature points and predefined reference points to generate a transformed first image frame ; detecting second feature points of the object in the second image frame ; transforming the second image frame based on the detected second feature points and the predefined reference points to generate a transformed second image frame ; and generating a combined image by combining the transformed first image frame and the transformed second image frame . detecting first feature points of an object in the first image frame ; transforming the first image frame based on the detected first feature points and predefined reference points to generate a transformed first image frame ; detecting second feature points of the object in the second image frame ; transforming the second image frame based on the detected second feature points and the predefined reference points to generate a transformed second image frame ; and generating a combined image by combining the transformed first image frame and the transformed second image frame .
A dispenser platform , comprising: a support including a first portion (106-1, 206-1, 306-1, 406-1, 506) and a second portion (106-2, 206-2, 306-2, 406-2, 506); a stage coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support ; a rail system (214, 314, 414-1, 414-2, 514); an enclosure that includes a first actuator to move the first portion (106-1, 206-1, 306-1, 406-1, 506) of the support in a first plane, wherein the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support extends outside the enclosure ; and a second actuator coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support that extends outside the enclosure to move the stage coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support in a second plane, wherein the second actuator is positioned outside the enclosure; wherein the stage is supported by the rail system (214, 314, 414-1, 414-2, 514) coupled to the second actuator ; characterized in that the rail system (214, 314, 414-1, 414-2, 514) is configured to be extendable to a larger size and/or to be reduced to a smaller size, and a corresponding stage size can be coupled to the rail system. a support including a first portion (106-1, 206-1, 306-1, 406-1, 506) and a second portion (106-2, 206-2, 306-2, 406-2, 506); a stage coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support ; a rail system (214, 314, 414-1, 414-2, 514); an enclosure that includes a first actuator to move the first portion (106-1, 206-1, 306-1, 406-1, 506) of the support in a first plane, wherein the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support extends outside the enclosure ; and a second actuator coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support that extends outside the enclosure to move the stage coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support in a second plane, wherein the second actuator is positioned outside the enclosure; wherein the stage is supported by the rail system (214, 314, 414-1, 414-2, 514) coupled to the second actuator ; characterized in that the rail system (214, 314, 414-1, 414-2, 514) is configured to be extendable to a larger size and/or to be reduced to a smaller size, and a corresponding stage size can be coupled to the rail system.
An apparatus for supplying closures to a sealer for sealing containers with the closures , preferably in a beverage bottling plant, wherein the apparatus comprises: a closure channel for supplying the closures to the sealer , wherein the closure channel is arranged and configured such that the closures are guided and transported along a transport path predetermined by the closure channel ; characterized in that the apparatus further comprises: a stop apparatus having a stopper which is configured to slow down and stop the supply of the closures to the sealer in the closure channel along a braking distance (B).
An apparatus for impregnating fiber structures with a matrix material, comprising a lower part having a bath for receiving the matrix material and a draining unit, the draining unit comprising at least one wiper having a wiping edge , over which the impregnated fiber structure is guided during operation, and a surface inclined in the direction of the bath, by which matrix material draining from the fiber structure can return into the bath , as well as a cover , on which a deflection unit , by which the fiber structure is pressed into the bath when the cover is mounted, is mounted, a gap respectively being formed, when the cover is mounted, between the cover and the lower part on the sides by which the fiber structure is guided into the apparatus and emerges from the apparatus, at least one wiper , which presses from above with a wiping edge on the impregnated fiber structure when the cover is mounted, being mounted on the cover , at least one wiper mounted on the cover preferably being height-adjustable.
Slider positioning device on an umbrella pole comprising a slider with a locking mechanism, an umbrella pole and a positioning item , wherein a groove is arranged axially on the umbrella pole , the positioning item is arranged and fixed inside the groove , wherein the positioning item located on the umbrella pole allows the locking mechanism of the slider to lock and unlock, so that the slider can slide axially and be positioned on the umbrella pole , wherein said slider positioning device comprises at least one locking device , at least one resetting device and an operating unit, wherein the positioning item is a bar with locking positions and the resetting device is suitable to exert a force on the locking device , engaging the locking device with a locking position of the positioning item , wherein the operating unit comprises a guiding device and a sliding device , wherein the sliding device is in operative connection with the locking device , and the locking device is releasable from the locking position against the force exerted by the resetting device by pulling out the sliding device of the operating unit.
A method for removing SOx from a gas by using a modified polyethylene glycol solution to absorb the SOx in the gas, characterized in that the modified polyethylene glycol solution is contacted with the gas containing SOx to absorb the SOx in the gas, wherein x = 2 and/or 3, the modified polyethylene glycol is a product derived from etherifying hydroxyl groups in the molecules of ethylene glycol and/or polyethylene glycol and has a general formula: R1-(O-C2H4)n-O-R2, where n is a positive integer, R1 and R2 are the same or different and are each independently alkyl, alkenyl, alkynyl, acyl or aryl; wherein, the modified polyethylene glycol solution contains a certain amount of additives being sulfones, sodium alkoxides, potassium alkoxides, metal carboxylates, and/or metallorganic compounds; the additives are present in the modified polyethylene glycol solution in a mass percent content of less than 20%.
Prefabricated building product structure made of sintered expanded polystyrene (EPS), in particular a panel , comprising a composite assembly formed by aggregating steel reinforcement means to a sintered expanded polymeric mass of the high density type, wherein inside the sintered expanded polymeric mass a pre-assembled inner reinforcement cage is embedded constituted by twinned nettings which are mutually joined by a plurality of crosspieces .
A membrane for EUV lithography, the membrane comprising a stack having layers in the following order: a first capping layer comprising an oxide of a first metal; a base layer comprising a compound comprising a second metal and an additional element selected from the group consisting of Si, B, C and N; and a second capping layer comprising an oxide of a third metal, wherein the first metal is different from the second metal and the third metal is the same as or different from the first metal, and wherein in the compound of the base layer: the second metal is Mo and said additional element is Si; the second metal is Ru and said additional element is Si; the second metal is Zr and said additional element is Si; the second metal is La and said additional element is Si; the second metal is Sc and said additional element is Si; the second metal is Y and said additional element is Si; the second metal is Nb and said additional element is Si; or the second metal is Nb and said additional element is B. a first capping layer comprising an oxide of a first metal; a base layer comprising a compound comprising a second metal and an additional element selected from the group consisting of Si, B, C and N; and a second capping layer comprising an oxide of a third metal, wherein the first metal is different from the second metal and the third metal is the same as or different from the first metal, and wherein in the compound of the base layer: the second metal is Mo and said additional element is Si; the second metal is Ru and said additional element is Si; the second metal is Zr and said additional element is Si; the second metal is La and said additional element is Si; the second metal is Sc and said additional element is Si; the second metal is Y and said additional element is Si; the second metal is Nb and said additional element is Si; or the second metal is Nb and said additional element is B. the second metal is Mo and said additional element is Si; the second metal is Ru and said additional element is Si; the second metal is Zr and said additional element is Si; the second metal is La and said additional element is Si; the second metal is Sc and said additional element is Si; the second metal is Y and said additional element is Si; the second metal is Nb and said additional element is Si; or the second metal is Nb and said additional element is B.
Method for transmitting data (a k ), - wherein along a transmission path (i) based on the data (a k ) to be transmitted a modulated carrier signal (s(t)) is generated, the carrier signal (s(t)) having a carrier frequency (f S ) within a given transmission channel, which is comprised of a number of frequencies (f), and (ii) the modulated carrier signal (s(t)) is amplified to a transmission signal (p(t)), - wherein along a compensation path (i) the modulated carrier signal (s(t)) is filtered, whereby the frequency components within the transmission channel are removed, and (ii) at least one of a phase (φ), an amplitude (α) and a delay (τ 0 ) of the filtered signal (s H (t)) is modified thereby generating a compensation signal (c(t)), - wherein the compensation signal (c(t)) is subtracted from the transmission signal (p(t)) thereby generating a compensated transmission signal (v(t)), and wherein the compensated transmission signal (v(t)) is transmitted, and - wherein along a feedback path the compensated transmission signal (v(t)) is compared with the compensation signal (c(t)) or with the filtered signal s H (t), and at least one of the phase (φ), the amplitude (α) and the delay (τ 0 ) of the compensation signal (c(t)) is adapted based on the comparison result. - wherein along a transmission path (i) based on the data (a k ) to be transmitted a modulated carrier signal (s(t)) is generated, the carrier signal (s(t)) having a carrier frequency (f S ) within a given transmission channel, which is comprised of a number of frequencies (f), and (ii) the modulated carrier signal (s(t)) is amplified to a transmission signal (p(t)), (i) based on the data (a k ) to be transmitted a modulated carrier signal (s(t)) is generated, the carrier signal (s(t)) having a carrier frequency (f S ) within a given transmission channel, which is comprised of a number of frequencies (f), and (ii) the modulated carrier signal (s(t)) is amplified to a transmission signal (p(t)), - wherein along a compensation path (i) the modulated carrier signal (s(t)) is filtered, whereby the frequency components within the transmission channel are removed, and (ii) at least one of a phase (φ), an amplitude (α) and a delay (τ 0 ) of the filtered signal (s H (t)) is modified thereby generating a compensation signal (c(t)), (i) the modulated carrier signal (s(t)) is filtered, whereby the frequency components within the transmission channel are removed, and (ii) at least one of a phase (φ), an amplitude (α) and a delay (τ 0 ) of the filtered signal (s H (t)) is modified thereby generating a compensation signal (c(t)), - wherein the compensation signal (c(t)) is subtracted from the transmission signal (p(t)) thereby generating a compensated transmission signal (v(t)), and wherein the compensated transmission signal (v(t)) is transmitted, and - wherein along a feedback path the compensated transmission signal (v(t)) is compared with the compensation signal (c(t)) or with the filtered signal s H (t), and at least one of the phase (φ), the amplitude (α) and the delay (τ 0 ) of the compensation signal (c(t)) is adapted based on the comparison result.
A device for manufacturing receptacles provided with decorative wrap-around labels by thermoforming, the device including a mold block having at least one thermoforming chamber that has an inside surface , an axial opening , and a moving end-wall, opposite from the opening, and a wrap-around label insertion block having at least one wrap-around label insertion chamber and a piston mounted to move in the wrap-around label insertion chamber to push a decorative wrap-around label into the thermoforming chamber through said axial opening ; said device being characterized in that the end-wall is suitable for moving in an end segment of the chamber between a positioning high level in which said end wall is able to define an abutment for the lower edge of a wrap-around label placed in the thermoforming chamber and at least one thermoforming low level, and in that the device has at least one tongue-and-groove set comprising a fin on the end-wall that is engaged in a notch in the inside surface of the end segment .
A radio wave jamming system comprising: a plurality of radio transmitters configured to transmit a plurality of jamming signals , each jamming signal containing substantially same frequency, wherein the plurality of radio transmitters change a transmission phase of at least one of the plurality of jamming signals each moment in accordance with lapse of time such that there comes the timing that the plurality of jamming signals produce constructive interference by superposition at a particular spot, wherein the plurality of radio transmitters include: a first radio transmitter configured to transmit a first jamming signal containing the frequency, and temporally change a transmission phase of the first jamming signal; and a second radio transmitter configured to transmit a second jamming signal containing the frequency, and temporally change a transmission phase of the second jamming signal independently without synchronization with change of the transmission phase of the first jamming signal by the first radio transmitter. a plurality of radio transmitters configured to transmit a plurality of jamming signals , each jamming signal containing substantially same frequency, wherein the plurality of radio transmitters change a transmission phase of at least one of the plurality of jamming signals each moment in accordance with lapse of time such that there comes the timing that the plurality of jamming signals produce constructive interference by superposition at a particular spot, wherein the plurality of radio transmitters include: a first radio transmitter configured to transmit a first jamming signal containing the frequency, and temporally change a transmission phase of the first jamming signal; and a second radio transmitter configured to transmit a second jamming signal containing the frequency, and temporally change a transmission phase of the second jamming signal independently without synchronization with change of the transmission phase of the first jamming signal by the first radio transmitter. a first radio transmitter configured to transmit a first jamming signal containing the frequency, and temporally change a transmission phase of the first jamming signal; and a second radio transmitter configured to transmit a second jamming signal containing the frequency, and temporally change a transmission phase of the second jamming signal independently without synchronization with change of the transmission phase of the first jamming signal by the first radio transmitter.
Construction element for a container and where the construction element comprises a first wall , and a second wall , arranged at a distance from one another, forming a space where at least one sheet component is arranged, and where the sheet component is arranged to the first wall and to the second wall , and where concrete is arranged in the space between the first wall , the second wall , and the sheet component , and where the sheet component comprises at least one opening to allow for concrete to be distributed in the construction element, wherein a first sidewall and a second sidewall are arranged to the first wall and the second wall to mutually form a die for casting of concrete and holding the concrete after pouring the concrete, and where the sheet component is arranged transversally to the first and second walls characterised in that the sheet component comprises at least one hole arranged with a rebar.
Method for producing an optically variable security element , wherein - a production carrier is provided, the planar extent of which defines a z-axis perpendicular thereto; - one area on the surface of the production carrier sees the application of a first embossing varnish layer only in portions, with the result that varnish regions with an embossing varnish layer and clear regions without embossing varnish layer are created in the area; - the applied first embossing varnish layer is provided with a first embossing at a first height; - a first coating is applied to the area in the clear regions and in the varnish regions ; - a further layer is applied to the area in the clear regions and optionally in the varnish regions ; and - the first coating is removed from the clear regions again; characterized in that - the production carrier is stripped away; - the further layer is a second embossing varnish layer provided with a second embossing - at a second height spaced apart from the first height in the z-direction - with the result that a combination structure having the two embossings at two heights is created; and - the first embossing varnish layer prevents a removal of the first coating in the varnish regions during or after the stripping of the production carrier from the combination structure. - a production carrier is provided, the planar extent of which defines a z-axis perpendicular thereto; - one area on the surface of the production carrier sees the application of a first embossing varnish layer only in portions, with the result that varnish regions with an embossing varnish layer and clear regions without embossing varnish layer are created in the area; - the applied first embossing varnish layer is provided with a first embossing at a first height; - a first coating is applied to the area in the clear regions and in the varnish regions ; - a further layer is applied to the area in the clear regions and optionally in the varnish regions ; and - the first coating is removed from the clear regions again; characterized in that - the production carrier is stripped away; - the further layer is a second embossing varnish layer provided with a second embossing - at a second height spaced apart from the first height in the z-direction - with the result that a combination structure having the two embossings at two heights is created; and - the first embossing varnish layer prevents a removal of the first coating in the varnish regions during or after the stripping of the production carrier from the combination structure.