mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a peripheral device ; a host device that includes: storage having a stored ID and a corresponding passcode for the peripheral device that is authorized for pairing with the host device ; wireless circuitry configured to sense for signals from an individual peripheral device that is in proximity to the host device; a facilitation component configured to compare an ID obtained from the individual peripheral device by the wireless circuitry to the stored ID on the storage and in an instance where the ID obtained from the individual peripheral device by the wireless circuitry matches the stored ID on the storage, the facilitation component is configured to use the corresponding passcode to pair with the individual peripheral device; and a protective packaging intended for a single end user consumer, wherein the protective packaging includes both the host device and the peripheral device and where the peripheral device is configured to sense removal from the protective packaging and to responsively begin broadcasting the signals. a peripheral device ; a host device that includes: storage having a stored ID and a corresponding passcode for the peripheral device that is authorized for pairing with the host device ; wireless circuitry configured to sense for signals from an individual peripheral device that is in proximity to the host device; a facilitation component configured to compare an ID obtained from the individual peripheral device by the wireless circuitry to the stored ID on the storage and in an instance where the ID obtained from the individual peripheral device by the wireless circuitry matches the stored ID on the storage, the facilitation component is configured to use the corresponding passcode to pair with the individual peripheral device; and storage having a stored ID and a corresponding passcode for the peripheral device that is authorized for pairing with the host device ; wireless circuitry configured to sense for signals from an individual peripheral device that is in proximity to the host device; a facilitation component configured to compare an ID obtained from the individual peripheral device by the wireless circuitry to the stored ID on the storage and in an instance where the ID obtained from the individual peripheral device by the wireless circuitry matches the stored ID on the storage, the facilitation component is configured to use the corresponding passcode to pair with the individual peripheral device; and a protective packaging intended for a single end user consumer, wherein the protective packaging includes both the host device and the peripheral device and where the peripheral device is configured to sense removal from the protective packaging and to responsively begin broadcasting the signals.
Process for producing decaffeinated green coffee beans, decaffeinated roasted coffee beans or preparations produced therefrom, comprising the following steps: (b) subjecting green coffee beans to PEF treatment, with the result that PEF-treated green coffee beans are obtained, (c) extracting of caffeine from the PEF-treated green coffee beans using an extraction liquid, with the result that decaffeinated, PEF-treated green coffee beans are obtained. (b) subjecting green coffee beans to PEF treatment, with the result that PEF-treated green coffee beans are obtained, (c) extracting of caffeine from the PEF-treated green coffee beans using an extraction liquid, with the result that decaffeinated, PEF-treated green coffee beans are obtained.
A sanitary fitting having a fitting body with a hollow cylindrical mixer shaft space , in which a mixer shaft , which a user can actuate by turning, is mounted rotatably about a rotation axis (D), wherein a hot water inlet and a cold water inlet and also a mixed water outlet open into the hollow cylindrical mixer shaft space , and wherein the mixer shaft has a control contour on its outer circumference that delimits a mixing chamber , which fluidically connects the hot water inlet and/or the cold water inlet , depending on the turning position of the mixer shaft, to the mixed water outlet in order to adjust a mixed water temperature, wherein in at least one mixer shaft end position (E), the mixer shaft mixing chamber is fluidically disconnected from the hot or cold water inlet opening, forming a fluidically sealing valve aperture between a sealing surface of the mixer shaft control contour and the inner peripheral wall of the hollow cylindrical mixer shaft space , wherein the sanitary fitting has at least one pressure element acting between the fitting body and the mixer shaft , which presses the control contour sealing surface of the mixer shaft against the inner peripheral wall of the hollow cylindrical mixer shaft space with a compressive force (F) and with reduction of the valve aperture ; characterized in that the outlet opening of the mixed water outlet and the inlet openings of the cold and hot water inlets are arranged in a wet area (N) of the hollow cylindrical mixer shaft space , and that the wet area (N), in the axial direction, is separated on the outside on both sides from dry areas (T) by means of fluid seals , in particular O-ring gaskets, and that the pressure element is arranged in at least one of the dry areas (T).
Hand-held machine tool with a linear drive for moving a tool along a working axis and two absorbers , the resonance frequencies of which differ for a movement along the working axis , wherein the resonance frequency of the first of the two absorbers lies within a frequency band, within which the stimulated second of the two absorbers oscillates with a deflection, which corresponds to at least a quarter of a deflection with resonant stimulation of the second absorber .
A method of forming packaging for accommodating one or more products , the method comprising: providing a planar packaging blank of foldable material, the blank being configured to permit assembly into packaging capable of accommodating one or more products; providing an electronics module integrated on said packaging blank, the electronics module comprising one or more temperature measurement devices for measuring a temperature of at least one of said products and a temperature display configured to display the temperature of one or more of said products; characterized in that the electronics module is flexible and disposed between a first section and a second section of the packaging blank, the first section of the packaging blank being foldable with respect to the second section of packaging blank such that both the packaging blank and the electronics module can be folded together to form the assembled packaging. providing a planar packaging blank of foldable material, the blank being configured to permit assembly into packaging capable of accommodating one or more products; providing an electronics module integrated on said packaging blank, the electronics module comprising one or more temperature measurement devices for measuring a temperature of at least one of said products and a temperature display configured to display the temperature of one or more of said products; characterized in that the electronics module is flexible and disposed between a first section and a second section of the packaging blank, the first section of the packaging blank being foldable with respect to the second section of packaging blank such that both the packaging blank and the electronics module can be folded together to form the assembled packaging.
An optoelectronic display device comprising: a blue light-emitting backlight unit ; an array of pixels in the optical path of the backlight unit, the array of pixels comprising at least one red sub-pixel , at least one green sub-pixel , and at least one blue-sub-pixel ; and a solid film comprising red-emitting quantum dots and a blue light-absorbing material in a red sub-pixel , a solid film comprising green-emitting quantum dots and a blue light-absorbing material in a green sub-pixel , or both, wherein the blue light-absorbing material preferentially absorbs blue light relative to red light or green light, characterized in that the blue light-absorbing material transfers energy to the quantum dots when the device is in operation, and at least one solid film has an optical density at a wavelength of 450 nm of at least 0.3. a blue light-emitting backlight unit ; an array of pixels in the optical path of the backlight unit, the array of pixels comprising at least one red sub-pixel , at least one green sub-pixel , and at least one blue-sub-pixel ; and a solid film comprising red-emitting quantum dots and a blue light-absorbing material in a red sub-pixel , a solid film comprising green-emitting quantum dots and a blue light-absorbing material in a green sub-pixel , or both, wherein the blue light-absorbing material preferentially absorbs blue light relative to red light or green light, characterized in that the blue light-absorbing material transfers energy to the quantum dots when the device is in operation, and at least one solid film has an optical density at a wavelength of 450 nm of at least 0.3.
An aircraft (AC) comprising: a moving mechanism (MM) comprising a moving airfoil and a drive connection structure ; a stationary structure ; and a stopping device for the moving mechanism (MM), the moving mechanism (MM) being connected to the stationary structure so as to allow the moving mechanism (MM) to move relative to the stationary structure , the stopping device comprising a first stopper provided at the moving mechanism (MM) and a second stopper provided at the stationary structure ; the stopping device is configured such that, when the drive connection structure of the moving mechanism (MM) is normal, the first stopper does not abut against the second stopper , characterized in that when the drive connection structure fails, the first stopper is adapted to abut against the second stopper so as to limit a moving range of the moving mechanism (MM), and at least one of the first stopper and the second stopper comprises a buffer region (BR) which is made by modifying its meso-structure and thus has a reduced density to thereby be adapted to reduce a dynamic load generated when the first stopper collides with the second stopper . a moving mechanism (MM) comprising a moving airfoil and a drive connection structure ; a stationary structure ; and a stopping device for the moving mechanism (MM), the moving mechanism (MM) being connected to the stationary structure so as to allow the moving mechanism (MM) to move relative to the stationary structure , the stopping device comprising a first stopper provided at the moving mechanism (MM) and a second stopper provided at the stationary structure ; the stopping device is configured such that, when the drive connection structure of the moving mechanism (MM) is normal, the first stopper does not abut against the second stopper , characterized in that when the drive connection structure fails, the first stopper is adapted to abut against the second stopper so as to limit a moving range of the moving mechanism (MM), and at least one of the first stopper and the second stopper comprises a buffer region (BR) which is made by modifying its meso-structure and thus has a reduced density to thereby be adapted to reduce a dynamic load generated when the first stopper collides with the second stopper .
A method for rendering target image data upon a dual modulator display system, said dual modulator display system comprising a backlight; said backlight comprising a set of emitters, each said emitter capable of independent control from a set of backlight control signals; a display modulator, said display modulator comprising a set of modulating elements, each said modulating element capable of independent control from a set of display control signals; and a controller, said controller configured to receive target image data and to send backlight control signals and display control signals to the backlight and display modulator respectively, the steps of said method comprising: receiving target image data ; splitting said target image data into a base layer and a detail layer, wherein said base layer comprises low spatial frequency information of said target image data and said detail layer comprises high spatial frequency information of said target image data ; determining said detail layer by dividing said target image data by said base layer, wherein said step of determining said detail layer further comprises the step of tone mapping said detail layer; re-calculating the base layer as a function of said target image data and said detail layer; calculating display control signals based on said detail layer independent from target backlight illumination data; calculating said target backlight illumination data based on said re-calculated base layer; calculating said backlight control signals from said target backlight illumination data; sending backlight control signals to said emitters; and sending said display control signals to said modulating elements. receiving target image data ; splitting said target image data into a base layer and a detail layer, wherein said base layer comprises low spatial frequency information of said target image data and said detail layer comprises high spatial frequency information of said target image data ; determining said detail layer by dividing said target image data by said base layer, wherein said step of determining said detail layer further comprises the step of tone mapping said detail layer; re-calculating the base layer as a function of said target image data and said detail layer; calculating display control signals based on said detail layer independent from target backlight illumination data; calculating said target backlight illumination data based on said re-calculated base layer; calculating said backlight control signals from said target backlight illumination data; sending backlight control signals to said emitters; and sending said display control signals to said modulating elements.
A process for preparing an insulating element for a tank comprising the steps (i) covering at least two surfaces of a mold with a metal foil; (ii) introducing a foam forming composition in the mold; (iii) allowing a foam to form between the metal foils, wherein the foam comes in direct contact with the metal foil directly after the formation of the foam, and wherein all surfaces of the insulating element are covered with a metal foil, wherein the shape of the insulating element remains substantially intact when subjected to a temperature treatment cycle on one of the metal coated surfaces of the insulating element, the temperature treatment cycle comprising at least two sequences of heating to a temperature of 150 °C for a period of at least 12 hours and subsequent storage at 20 °C for a period of at least 12 hours. (i) covering at least two surfaces of a mold with a metal foil; (ii) introducing a foam forming composition in the mold; (iii) allowing a foam to form between the metal foils, wherein the foam comes in direct contact with the metal foil directly after the formation of the foam, and wherein all surfaces of the insulating element are covered with a metal foil, wherein the shape of the insulating element remains substantially intact when subjected to a temperature treatment cycle on one of the metal coated surfaces of the insulating element, the temperature treatment cycle comprising at least two sequences of heating to a temperature of 150 °C for a period of at least 12 hours and subsequent storage at 20 °C for a period of at least 12 hours. wherein the foam comes in direct contact with the metal foil directly after the formation of the foam, and wherein all surfaces of the insulating element are covered with a metal foil, wherein the shape of the insulating element remains substantially intact when subjected to a temperature treatment cycle on one of the metal coated surfaces of the insulating element, the temperature treatment cycle comprising at least two sequences of heating to a temperature of 150 °C for a period of at least 12 hours and subsequent storage at 20 °C for a period of at least 12 hours.
A method for producing a silane compound including a bis(silyl)amino group of a general formula described below, the method comprising the reaction of an unsaturated bond containing compound including a bis(silyl)amino group of a general formula described below with a hydrogensilane compound of a general formula described below in the presence of a platinum compound, wherein the unsaturated bond containing compound including the bis(silyl)amino group of the general formula to be used has a content of up to 5.0 % by weight of a compound of general formula described below: (wherein R 1 is a divalent hydrocarbon group having 1 to 18 carbon atoms which may include a hetero atom, R 2 to R 7 individually are a substituted or unsubstituted monovalent hydrocarbon group having 1 to 20 carbon atoms, and R 2 and R 5 may bond with each other to form a ring including 2 to 20 carbon atoms with a silicon atom to which they are bonded); HSiR 8 n X 3-n [wherein R 8 is a substituted or unsubstituted monovalent hydrocarbon group having 1 to 20 carbon atoms, letter X is a halogen atom or -OR 9 (R 9 is a substituted or unsubstituted monovalent hydrocarbon group having 1 to 20 carbon atoms) and letter n is an integer of 0 to 2]; (wherein R 1' is a divalent hydrocarbon group having 3 to 20 carbon atoms which may include a hetero atom, and R 2 to R 8 , letters X and n are the same meaning as described above); and (wherein R 1 to R 4 are the same meaning as described above).
Method for assessing an affiliation of a sensing point to an object in a surrounding area of a motor vehicle , in which the sensing point is sensed using a first sensor device of the motor vehicle , and a fuzziness zone characterizing positional fuzziness of the sensing point is formed around the sensing point in an evaluation unit, wherein the assessment of the affiliation of the sensing point to the object takes into consideration at least one position of a further sensing point of the object, wherein an overall fuzziness zone is formed on the basis of the fuzziness zone of the sensing point , wherein the affiliation of the sensing point to the object is assessed by virtue of a covariance matrix (S) being formed on the basis of a distance between the sensing points and a Mahalanobis distance (d) being produced on the basis of the covariance matrix (S), wherein a check is performed to determine whether the Mahalanobis distance (d) is less than a prescribed gate value (g), particularly a gate value of 1, and, in the event of the Mahalanobis distance (d) being less than the prescribed gate value (g), and the two sensing points being situated within the overall fuzziness zone , the sensing point is assessed as being affiliated to the object.
A method to be performed by a user equipment, UE, for handover in a wireless communication system, comprising: transmitting , from the UE to a source NodeB, a request for discontinuous reception, DRX, to facilitate a search for a target system; receiving a DRX grant in response to the request from the source NodeB; initiating the search for the target system in accordance with the DRX grant; transmitting , to the source NodeB, a handover request based on a result of the search for the target system; receiving , from the source NodeB, a handover grant in response to the handover request. transmitting , from the UE to a source NodeB, a request for discontinuous reception, DRX, to facilitate a search for a target system; receiving a DRX grant in response to the request from the source NodeB; initiating the search for the target system in accordance with the DRX grant; transmitting , to the source NodeB, a handover request based on a result of the search for the target system; receiving , from the source NodeB, a handover grant in response to the handover request.
A display exposure monitoring module configured to monitor the exposure of a person to a plurality of displays of different devices, the module comprising: - a communication component configured to receive display exposure data indicative of the exposure of the person to a plurality of displays of different devices, the display exposure data comprising time exposure data indicative of a time of exposure of the person to the plurality of displays of different devices, the time exposure data comprising the daily time of exposure of the person to different categories of display devices, - a memory storing computer executable instructions and configured to store the received display exposure data; and - a processor for executing the computer executable instructions, wherein the computer executable instructions comprises instructions for processing the display exposure data to generate display exposure information indicative of an alert information and/or a visual behavior recommendation. - a communication component configured to receive display exposure data indicative of the exposure of the person to a plurality of displays of different devices, the display exposure data comprising time exposure data indicative of a time of exposure of the person to the plurality of displays of different devices, the time exposure data comprising the daily time of exposure of the person to different categories of display devices, - a memory storing computer executable instructions and configured to store the received display exposure data; and - a processor for executing the computer executable instructions, wherein the computer executable instructions comprises instructions for processing the display exposure data to generate display exposure information indicative of an alert information and/or a visual behavior recommendation.