mhurhangee/patent-ind-claim-en huggingface dataset:
A lid for closing a container, the lid housing a spoilage monitoring device (2, characterized in that the spoilage monitoring device is a tactile spoilage monitoring device comprising a reservoir containing a digestor fluid and a tray containing a digestible material, and having a tactile pattern formed in a base of the tray and covered by the digestible material; wherein the lid comprises two relatively movable parts: a first part having an indentation adapted to receive a projection of a second part, the projection defining a cavity into which the tactile spoilage monitoring device is received, and wherein an axial movement of the parts causes irreversible activation of the device such that the fluid is absorbed by the digestible material liquefying it over a period of time , after which a user is able to feel the tactile pattern.
A precast concrete laminate plate comprising at least two concrete plates, a hollow space being present between the two concrete plates , and being formed and bounded by a spacer profile ; the spacer profile running between the two concrete plates along the outer periphery within the concrete plates, the spacer profile comprising at least one chamber having air, air chamber, or chamber having insulation material, or chamber open to the interior as a C-profile, a C-shaped textile profile made of a planar knitted fabric, fabric, weave, mesh, or mat, or a strip-shaped molding made of foamed plastic or other dimensionally stable insulation material as a spacer profile or reveal profile extending preferably over the entire spacing surface, the hollow space comprising insulation material in the form of bulk material enclosing and binding air, such as preferably polystyrene particles.
A hearing aid comprising - a processor configured to compensate for a hearing loss; - a battery unit comprising a rechargeable battery ; - a wireless receiver element for receipt of a wireless power signal , the wireless receiver element configured to convert the wireless power signal to an electrical power signal ; - a detector assembly connected to the wireless receiver element for provision of one or more detector signals including a first detector signal , the first detector signal being based on a power detector signal from the wireless receiver element ; and - a power controller connected to the processor and the detector assembly , wherein the power controller is configured to select a power mode of the hearing aid from a plurality of power modes based on the first detector signal , the power controller being configured to select a first power mode wherein the battery is charged if the one or more detector signals are indicative of charging with a first charging unit, select a second power mode wherein the processor is powered by the electrical power signal if the one or more detector signals are indicative of powering with a first power unit, and apply the selected power mode in the hearing aid . - a processor configured to compensate for a hearing loss; - a battery unit comprising a rechargeable battery ; - a wireless receiver element for receipt of a wireless power signal , the wireless receiver element configured to convert the wireless power signal to an electrical power signal ; - a detector assembly connected to the wireless receiver element for provision of one or more detector signals including a first detector signal , the first detector signal being based on a power detector signal from the wireless receiver element ; and - a power controller connected to the processor and the detector assembly , wherein the power controller is configured to select a power mode of the hearing aid from a plurality of power modes based on the first detector signal , the power controller being configured to select a first power mode wherein the battery is charged if the one or more detector signals are indicative of charging with a first charging unit, select a second power mode wherein the processor is powered by the electrical power signal if the one or more detector signals are indicative of powering with a first power unit, and apply the selected power mode in the hearing aid .
A fastening device , comprising a body elongating along a first axis perpendicular to a first plane, wherein the body comprises an at least partially open cavity elongating along the first axis, a first chamber and a second chamber arranged in the cavity and adjacent to each other in the first plane, and an element arranged in the cavity and elongating in the first plane, wherein the element comprises a first portion that projects into the first chamber , a second portion that is arranged in the second chamber , and a third portion that projects from the cavity of the body , wherein the element further is rotatably arranged around its second portion in the second chamber , such that the second portion serves as a fulcrum for the element , wherein at least one dimension of the third portion of the element is larger than a corresponding dimension of the first chamber , and wherein at least one of the third portion of the element and the first chamber is resilient in the at least one dimension, such that upon rotation of the element around the second portion , the third portion of the element is configured to be releasably wedged within the first chamber .
A method performed by a first communication device for managing beamforming by a second communication device for transmission of a signal, the first communication device and the second communication device operating in a wireless communications network comprising a zone wherein a radio frequency electromagnetic field strength is required by a regulation to be below a threshold, the method comprising: - adjusting at least one of: output power and beam shape in the beamforming, wherein the adjusting is such that the radio frequency electromagnetic field strength in the zone for the output power and the beam shape in the beamforming is below the threshold, the adjusting being performed based on a look-up table specified for a finite set of weight vectors, the look-up table being a table of pre-calculated values, wherein by inputting a specific weight vector for transmission of the signal from the second communication device , an output value is obtained of the radio frequency electromagnetic field strength that would result in the zone ; and - initiating transmission of the signal to a third communication device operating in the wireless communications network using beamforming with the adjusted at least one of: output power and beam shape. - adjusting at least one of: output power and beam shape in the beamforming, wherein the adjusting is such that the radio frequency electromagnetic field strength in the zone for the output power and the beam shape in the beamforming is below the threshold, the adjusting being performed based on a look-up table specified for a finite set of weight vectors, the look-up table being a table of pre-calculated values, wherein by inputting a specific weight vector for transmission of the signal from the second communication device , an output value is obtained of the radio frequency electromagnetic field strength that would result in the zone ; and - initiating transmission of the signal to a third communication device operating in the wireless communications network using beamforming with the adjusted at least one of: output power and beam shape.
A method of prospecting for hydrocarbons comprising calculating the radiogenic heat production of a geophysical structure, wherein there is provided at least two geophysical parameters of the geophysical structure and there is a statistical dependence between the at least two geophysical parameters and the radiogenic heat production, the method comprising: inverting the at least two geophysical parameters to estimate the radiogenic heat production of the geophysical structure, wherein the radiogenic heat production of the geological parameter is one of at least one causes of the at least two geophysical parameters; and using the estimated radiogenic heat production to prospect for hydrocarbons; wherein inverting the at least two geophysical parameters comprises selecting a forward model that defines a relationship between the at least two geophysical parameters and the radiogenic heat production of the geophysical structure, and using a model in which there is statistical independence between the at least two geophysical parameters and statistical dependence between each respective geophysical parameter and the radiogenic heat production of the geophysical structure; wherein the at least two geophysical parameters comprise at least one electromagnetic geophysical parameter and at least one mechanical geophysical parameter. inverting the at least two geophysical parameters to estimate the radiogenic heat production of the geophysical structure, wherein the radiogenic heat production of the geological parameter is one of at least one causes of the at least two geophysical parameters; and using the estimated radiogenic heat production to prospect for hydrocarbons; wherein inverting the at least two geophysical parameters comprises selecting a forward model that defines a relationship between the at least two geophysical parameters and the radiogenic heat production of the geophysical structure, and using a model in which there is statistical independence between the at least two geophysical parameters and statistical dependence between each respective geophysical parameter and the radiogenic heat production of the geophysical structure; wherein the at least two geophysical parameters comprise at least one electromagnetic geophysical parameter and at least one mechanical geophysical parameter.
A method for mitigating a Doppler spread in a wireless access system supporting a high frequency band, the method characterized by comprising: receiving, by a reception end, a downlink signal to which a beamforming scheme is applied from a transmission end (S1210); estimating a Doppler spectrum of the received downlink signal by the reception end; calculating a carrier shift value based on the estimated Doppler spectrum by the reception end (S1220); and feeding back the carrier shift value to the transmission end during a feedback duration of a Precoding Matrix Index, PMI, to take account of varying beam patterns (S1230), wherein the carrier shift value is calculated by first determining an average value of a part of the Doppler spectrum larger than a predetermined threshold and then determining a frequency having the average to be the carrier shift value. receiving, by a reception end, a downlink signal to which a beamforming scheme is applied from a transmission end (S1210); estimating a Doppler spectrum of the received downlink signal by the reception end; calculating a carrier shift value based on the estimated Doppler spectrum by the reception end (S1220); and feeding back the carrier shift value to the transmission end during a feedback duration of a Precoding Matrix Index, PMI, to take account of varying beam patterns (S1230), wherein the carrier shift value is calculated by first determining an average value of a part of the Doppler spectrum larger than a predetermined threshold and then determining a frequency having the average to be the carrier shift value.
A method of preparing a sinterable garnet-structure complex oxide powder comprising the steps of: (i) adding (a) an aqueous solution containing at least one rare earth element selected from among yttrium and lanthanoid elements in ion form, (b) an aqueous solution containing at least one element selected from Group 13 elements in ion form, and (c) an aqueous solution containing scandium ion, together to a co-precipitating aqueous solution, and stirring the resulting solution, or (ii) adding an aqueous solution containing (a) at least one rare earth element selected from among yttrium and lanthanoid elements in ion form, and an aqueous solution containing (b) at least one element selected from Group 13 elements in ion form together to a co-precipitating aqueous solution, stirring the resulting solution as a first stirring step, adding an aqueous solution containing (c) scandium ion thereto, and stirring the resulting solution as a second stirring step, wherein the stirring time in the step (i) and the total time of the first and second stirring steps in the step (ii) are both at least 12 hours, allowing the resulting solution to form a co-precipitate of components (a), (b) and (c), and allowing particles of the co-precipitate of components (a), (b) and (c) to grow; filtering; heat drying; and firing the co-precipitate at a temperature of from 1,000°C to 1,400°C, thereby forming a garnet-structure complex oxide powder having the formula : (R 1-x Sc x ) 3 (A 1-y Sc y ) 5 O 12 wherein R is at least one rare earth element selected from yttrium and lanthanoid elements, A is at least one element selected from Group 13 elements, and x and y are numbers in the ranges 0 < x < 0.08 and 0.004 < y < 0.16. (i) adding (a) an aqueous solution containing at least one rare earth element selected from among yttrium and lanthanoid elements in ion form, (b) an aqueous solution containing at least one element selected from Group 13 elements in ion form, and (c) an aqueous solution containing scandium ion, together to a co-precipitating aqueous solution, and stirring the resulting solution, or (ii) adding an aqueous solution containing (a) at least one rare earth element selected from among yttrium and lanthanoid elements in ion form, and an aqueous solution containing (b) at least one element selected from Group 13 elements in ion form together to a co-precipitating aqueous solution, stirring the resulting solution as a first stirring step, adding an aqueous solution containing (c) scandium ion thereto, and stirring the resulting solution as a second stirring step, allowing the resulting solution to form a co-precipitate of components (a), (b) and (c), and allowing particles of the co-precipitate of components (a), (b) and (c) to grow; filtering; heat drying; and firing the co-precipitate at a temperature of from 1,000°C to 1,400°C, thereby forming a garnet-structure complex oxide powder having the formula : (R 1-x Sc x ) 3 (A 1-y Sc y ) 5 O 12
Hand-held device for delivering portions of sprayable substances, in particular inhaler medicaments, having a cartridge which is displaceable in a housing into the open position for delivery by pressing, and an indexing mechanism which is moved along with and by the cartridge during the opening stroke thereof, for registering and displaying delivery actuations which have been carried out, which indexing mechanism is disposed in a housing centrally below the opening-side end wall of the cartridge , overlappingly with respect to the valve tube of the cartridge, characterized by a step-by-step indexing mechanism which is disposed in a plate-shaped housing and has indexing members (S, 28, 29, 16, 17, 20, 15, 21, 22, 13, 26) which revolve about axes lying in the longitudinal direction of the cartridge , wherein, a scale of the step-by-step indexing mechanism is configured as a graduated ring which revolves concentrically with the valve tube and is rotated step-by-step by a toothed ring , which likewise revolves concentrically with the valve tube and is driven by the opening stroke of the cartridge , via a planet-wheel gear mechanism , wherein, a step-by-step indexing-finger star (S) is provided, a hub of the step-by-step indexing-finger star (S) is seated on an end surface of a supporting portion for the valve tube , which supporting portion is on the hand-held device-housing side and the step-by-step indexing-mechanism housing when an actuating stroke of the cartridge is carried out together with an associated vertical displacement of the cartridge in the direction of the supporting portion , the step-by-step indexing-mechanism housing is carried along via a cartridge head , with displacement of the housing , the planet-wheel gear mechanism and the graduated ring relative to the step-by-step indexing-finger star (S), which receives support on the supporting portion .
An impregnated fibrous material comprising a fibrous material of continuous fibers and at least one thermoplastic polymer matrix, characterized in that at least one thermoplastic polymer is a non-reactive amorphous polymer whose glass transition temperature is such that Tg ≥ 80 °C, or a non-reactive semi-crystalline polymer whose melting temperature is Tf ≥ 150 °C, where Tg and Tf are determined by differential scanning calorimetry (DSC) according to standard 11357-2:2013 and 11357-3:2013 respectively, the fiber content by volume is constant in at least 70 % of the volume of the web or ribbon, the fiber content in said prepreg fiber material being between 45 and 65 % by volume on both sides of said fiber material, the porosity rate in said prepreg fiber material being less than 10 %, said impregnated fibrous material being free of non-reactive liquid crystal polymers (LCP), meaning that the molecular weight of said thermoplastic polymer is no longer likely to change significantly, i.e. its number average molecular weight (Mn) changes by less than 50 % during its implementation, said impregnated fibrous material being monolayer, the impregnation being carried out with at least one expansion.
A method in a base station of a mobile communication network for supporting a Multimedia Broadcast Multicast Service, MBMS, for a user equipment , the method comprising the step: the base station receiving (S701), from the user equipment , an information element informing the base station of a combination of bands, which the user equipment supports for carrier aggregation, wherein, based on that the user equipment supports MBMS reception on any carrier configurable as a serving cell for the user equipment according to the information element, the base station is enabled to derive, from the received information element, MBMS reception capabilities of the user equipment. the base station receiving (S701), from the user equipment , an information element informing the base station of a combination of bands, which the user equipment supports for carrier aggregation, wherein, based on that the user equipment supports MBMS reception on any carrier configurable as a serving cell for the user equipment according to the information element, the base station is enabled to derive, from the received information element, MBMS reception capabilities of the user equipment.
A computing device comprising: a display configured to present a user interface; an input sensor configured to receive inking input to the user interface including one or more of pen input and hand-based input; a processor; and a storage device storing instructions executable by the processor to: receive visual frames from an executing application indicating displayed content for the executing application; present displayed ink on a first location of the display based at least on an inking input received via the input sensor; detect a change in the displayed content for the executing application based at least on a comparison of two or more of the visual frames from the executing application; determine a second location of the displayed ink on the display based at least on the change in the displayed content; and present, via the display, the displayed ink in the second location of the display. a display configured to present a user interface; an input sensor configured to receive inking input to the user interface including one or more of pen input and hand-based input; a processor; and a storage device storing instructions executable by the processor to: receive visual frames from an executing application indicating displayed content for the executing application; present displayed ink on a first location of the display based at least on an inking input received via the input sensor; detect a change in the displayed content for the executing application based at least on a comparison of two or more of the visual frames from the executing application; determine a second location of the displayed ink on the display based at least on the change in the displayed content; and present, via the display, the displayed ink in the second location of the display. receive visual frames from an executing application indicating displayed content for the executing application; present displayed ink on a first location of the display based at least on an inking input received via the input sensor; detect a change in the displayed content for the executing application based at least on a comparison of two or more of the visual frames from the executing application; determine a second location of the displayed ink on the display based at least on the change in the displayed content; and present, via the display, the displayed ink in the second location of the display.
A medication dispenser , comprising: - a first container for holding medication packages to be dispensed, and - conveying means for conveying medication packages from the first container to an outlet of the medication dispenser from which outlet a patient can take the medication packages, the conveying means comprising a first conveyor arranged in connection with the outlet and being capable of conveying a medication package in a first and a second conveying direction, so that a medication package can be conveyed to the outlet and retracted inside the medication dispenser ; characterised in that the first conveyor comprises two opposing belt conveyors between which a medication package is arranged to be conveyed, both of the belt conveyors comprising an endless belt and a plurality of rollers around which the endless belt is arranged, and the first conveyor is arranged to be turnable about an axis between a first and a second position, wherein at the first position the first conveyor is capable of receiving a medication package from a second conveyor of the conveying means and at the second position the first conveyor is capable of conveying the medication package to a second container of the medication dispenser . - a first container for holding medication packages to be dispensed, and - conveying means for conveying medication packages from the first container to an outlet of the medication dispenser from which outlet a patient can take the medication packages, the conveying means comprising a first conveyor arranged in connection with the outlet and being capable of conveying a medication package in a first and a second conveying direction, so that a medication package can be conveyed to the outlet and retracted inside the medication dispenser ;
A sterile aqueous ophthalmic solution comprising N-(N-acetylcysteinyl-)chitosan or a pharmaceutically acceptable salt thereof in a carrier solution, wherein the N-(N-acetylcysteinyl-)chitosan has a content of free thiol groups in an amount of from 80 μmol/g polymer to 280 μmol/g polymer, for use in the treatment of corneal wounds.