mhurhangee/patent-ind-claim-en huggingface dataset:
A base station comprising: a controller to perform control to transmit a plurality of signals that are common broadcast type signals to a terminal located in a coverage area of its own base station by transmitting the plurality of signals at the same timing while frequency multiplexing the plurality of signals on a frequency domain in an area where the signals can be transmitted simultaneously using a beam within the coverage area, and transmitting the plurality of signals a plurality of times while changing the area; and an antenna to transmit the plurality of signals area by area while changing a direction of the beam under the control of the controller ; characterized in that when a transmission period of one or more first signals is longer than a transmission period of a second signal other than the first signal among the plurality of signals, the controller performs control to transmit the plurality of signals while allowing the first signal to be transmitted at the same timing as the second signal. a controller to perform control to transmit a plurality of signals that are common broadcast type signals to a terminal located in a coverage area of its own base station by transmitting the plurality of signals at the same timing while frequency multiplexing the plurality of signals on a frequency domain in an area where the signals can be transmitted simultaneously using a beam within the coverage area, and transmitting the plurality of signals a plurality of times while changing the area; and an antenna to transmit the plurality of signals area by area while changing a direction of the beam under the control of the controller ; characterized in that when a transmission period of one or more first signals is longer than a transmission period of a second signal other than the first signal among the plurality of signals, the controller performs control to transmit the plurality of signals while allowing the first signal to be transmitted at the same timing as the second signal.
A bullet with an increased effective range, which has a streamlined shape on the whole and is shot into air or underwater to strike a target, the bullet comprising: a front end portion having a hemispherical shape; a concave portion connected to a rear end of the front end portion and having a curved surface that is concaved inward, whereby the end of the front end portion 10 becomes an inflection point; an inclined portion connected to a rear end of the recess portion and inclined outwardly at a predetermined angle (A) with respect to a horizontal line; a stepped portion connected to a rear end of the inclined portion and inclined at a predetermined angle (A') with respect to the horizontal line, wherein the angle (A') of the stepped portion is greater than the angle (A) of the inclined portion ; and fluid inducing grooves formed from the rear to a rear end surface of the bullet . a front end portion having a hemispherical shape; a concave portion connected to a rear end of the front end portion and having a curved surface that is concaved inward, whereby the end of the front end portion 10 becomes an inflection point; an inclined portion connected to a rear end of the recess portion and inclined outwardly at a predetermined angle (A) with respect to a horizontal line; a stepped portion connected to a rear end of the inclined portion and inclined at a predetermined angle (A') with respect to the horizontal line, wherein the angle (A') of the stepped portion is greater than the angle (A) of the inclined portion ; and fluid inducing grooves formed from the rear to a rear end surface of the bullet .
Device for vehicle identification, comprising a license plate for a vehicle, wherein the license plate is at least partially made of electrically conductive material and provided with a transponder, particularly an RFID chip, wherein the transponder is electrically coupled to the material of the license plate, wherein the transponder comprises two connections and wherein the license plate is provided with a recess, wherein the connections are electrically coupled on both sides of the recess to the material of the license plate, wherein the recess is slot-shaped, and wherein the transponder is spaced apart from one end of the slot-shaped recess and in longitudinal direction of the slot-shaped recess is situated outside of the centre of the slot-shaped recess at a position along the slot-shaped recess where the impedance of the slot-shaped recess substantially equals the output impedance of the transponder.
A method for bonding fuselage, characterized by comprising the steps of: scooping a trunk section supported by a dolly with a strongback (8-i) according to any one of claims 4 to 7; disposing the trunk section at a predetermined position by displacing the strongback (8-i) using a positioner (7-m); and bonding the trunk section to a reference fuselage upon the trunk section being disposed at the predetermined position. scooping a trunk section supported by a dolly with a strongback (8-i) according to any one of claims 4 to 7; disposing the trunk section at a predetermined position by displacing the strongback (8-i) using a positioner (7-m); and bonding the trunk section to a reference fuselage upon the trunk section being disposed at the predetermined position.
A system for modifying a location of a water impingement limit on an airfoil of an aircraft , the system comprising: a flight control computer configured to: receive data representative of environmental parameters sensed in an environment of a flight path of an aircraft ; and determine, based on the environmental parameters , an existence of icing conditions to which the aircraft is currently subjected or is predicted to be subjected; and generate, based on the existence of icing conditions, a command signal for actuating a movable surface of the aircraft ; and a surface actuator configured to receive the command signal from the flight control computer and adjust the movable surface in a manner causing an increase in an angle of attack of the airfoil to thereby modify a location of a water impingement limit on the airfoil , the flight control computer further being configured to temporarily adjust a thrust setting of a propulsion unit of the aircraft to maintain the aircraft at the same altitude for the time period when the aircraft is subjected to the icing conditions. receive data representative of environmental parameters sensed in an environment of a flight path of an aircraft ; and determine, based on the environmental parameters , an existence of icing conditions to which the aircraft is currently subjected or is predicted to be subjected; and generate, based on the existence of icing conditions, a command signal for actuating a movable surface of the aircraft ; and a surface actuator configured to receive the command signal from the flight control computer and adjust the movable surface in a manner causing an increase in an angle of attack of the airfoil to thereby modify a location of a water impingement limit on the airfoil , the flight control computer further being configured to temporarily adjust a thrust setting of a propulsion unit of the aircraft to maintain the aircraft at the same altitude for the time period when the aircraft is subjected to the icing conditions.
A method for executing multiple tasks in a mobile device, the method comprising: detecting a first user input event for executing a first application; identifying the type of first user input event; executing the first application in at least one of a full mode and a mini mode according to the type of the first user input event; displaying an execution screen of the first application executed in at least one of the full mode or the mini mode ; and when a second application is started by a first shortcut item or a second shortcut item, it is displayed in one of the full mode or mini mode, wherein the first user input event is created on the first shortcut item on a home screen in which one or more shortcut items are displayed, the home screen being a full screen, or the second shortcut item on a tray in which one or more shortcut items are displayed, the tray comprising less than a full screen, and wherein when the second application is executed in the mini mode while the first application is executed in the full mode, the execution screen of the first application is displayed as the full screen, and an execution screen of the second application is displayed as a mini screen on the execution screen of the first application. detecting a first user input event for executing a first application; identifying the type of first user input event; executing the first application in at least one of a full mode and a mini mode according to the type of the first user input event; displaying an execution screen of the first application executed in at least one of the full mode or the mini mode ; and when a second application is started by a first shortcut item or a second shortcut item, it is displayed in one of the full mode or mini mode, wherein the first user input event is created on the first shortcut item on a home screen in which one or more shortcut items are displayed, the home screen being a full screen, or the second shortcut item on a tray in which one or more shortcut items are displayed, the tray comprising less than a full screen, and wherein when the second application is executed in the mini mode while the first application is executed in the full mode, the execution screen of the first application is displayed as the full screen, and an execution screen of the second application is displayed as a mini screen on the execution screen of the first application.
A process for elaborating colloidosome-type microcapsules comprising: a) develop a negatively charged polyelectrolytes solution, adjust the pH at a certain value between 5,0 and 8,0 and cool; b) elaborate a suspension of water-insoluble solid nano- or microparticles in water, adjusting its pH; c) mix the polyelectrolytes solution obtained in a) with the suspension of water-insoluble solid nano- or micropartiles obtained in b), applying agitation to the system and controlling its temperature; d) add a solution of polyvalent ions to the aqueous suspension obtained in c) and heat; e) dry the aqueous suspension until get an agglomerated solid particles dry powder superficially modified; f) redisperse the dry solid particles obtained in step (e) in water by applying disruptive forces to prevent the agglomerates formation; g) emulsify an insoluble liquid in water using as emulsifier the suspension obtained in (f); h) add a polyvalent cations solution to the emulsion stabilized by particles obtained in step (g); and i) add a solution of a polyelectrolyte negatively charged to the emulsion stabilized by particles obtained in step (h) generating colloidosomes in suspension. a) develop a negatively charged polyelectrolytes solution, adjust the pH at a certain value between 5,0 and 8,0 and cool; b) elaborate a suspension of water-insoluble solid nano- or microparticles in water, adjusting its pH; c) mix the polyelectrolytes solution obtained in a) with the suspension of water-insoluble solid nano- or micropartiles obtained in b), applying agitation to the system and controlling its temperature; d) add a solution of polyvalent ions to the aqueous suspension obtained in c) and heat; e) dry the aqueous suspension until get an agglomerated solid particles dry powder superficially modified; f) redisperse the dry solid particles obtained in step (e) in water by applying disruptive forces to prevent the agglomerates formation; g) emulsify an insoluble liquid in water using as emulsifier the suspension obtained in (f); h) add a polyvalent cations solution to the emulsion stabilized by particles obtained in step (g); and i) add a solution of a polyelectrolyte negatively charged to the emulsion stabilized by particles obtained in step (h) generating colloidosomes in suspension.
A device for measurement of an analyte concentration, the device comprising: a sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor; characterised in that : the sensing membrane comprises a diffusion resistance domain configured to control a flux of the analyte therethrough, wherein the diffusion resistance domain comprises a base polymer which is polyurethane and one or more zwitterionic compounds or a precursor thereof, and wherein the base polymer comprises both hydrophilic and hydrophobic regions. a sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor; characterised in that : the sensing membrane comprises a diffusion resistance domain configured to control a flux of the analyte therethrough, wherein the diffusion resistance domain comprises a base polymer which is polyurethane and one or more zwitterionic compounds or a precursor thereof, and wherein the base polymer comprises both hydrophilic and hydrophobic regions.
A sweetener composition comprising a stevia extract comprising 90 mass% or more, preferably 95 mass% or more of rebaudioside A, and mogroside V, wherein rebaudioside A and mogroside V are mixed in the sweetener composition at a mass ratio of rebaudioside A to mogroside V of 96:4 to 98:2.
A method for the automated detection and identification of micro-objects disposed within a microfluidic device, the method comprising: capturing a first image of a region in the microfluidic device that may contain a micro-object of interest; inducing movement of fluid within said region; capturing a second image of said region; determining a first set of light intensity values for one or more pixels corresponding to the first image and a second set of light intensity value for one or more pixels corresponding to the second image; and subtracting the first set of light intensity values from the second set of light intensity values, or vice versa, to generate a set of positive-value pixels and a set of negative-value pixels;generating a differential image from the first and second images, wherein said differential image is generated by subtracting said first image from said second image, or vice versa; and identifying a micro-object of interest based on the differential image, characterised in that identifying a micro-object of interest based on the differential image comprises determining that the differential image contains a pair of positive-value and negative-value pixels, and that the difference in the relative positions of the positive-value and negative-value pixels of the pair is consistent with the magnitude of movement of fluid induced in the region. capturing a first image of a region in the microfluidic device that may contain a micro-object of interest; inducing movement of fluid within said region; capturing a second image of said region; determining a first set of light intensity values for one or more pixels corresponding to the first image and a second set of light intensity value for one or more pixels corresponding to the second image; and subtracting the first set of light intensity values from the second set of light intensity values, or vice versa, to generate a set of positive-value pixels and a set of negative-value pixels;generating a differential image from the first and second images, wherein said differential image is generated by subtracting said first image from said second image, or vice versa; and identifying a micro-object of interest based on the differential image, characterised in that identifying a micro-object of interest based on the differential image comprises determining that the differential image contains a pair of positive-value and negative-value pixels, and that the difference in the relative positions of the positive-value and negative-value pixels of the pair is consistent with the magnitude of movement of fluid induced in the region.
Drawing unit for moving at least one metal product (P1, P2) along an axis of feed (X), comprising at least two contrast rollers (15, 16; 17, 18) configured to rotate about respective axes of rotation (F1, F2; F3, F4) and disposed opposite one and the same motorized roller , with respect to said axis of feed (X), characterized in that said at least two contrast rollers (15, 16; 17, 18) are selectively mobile with respect to said one motorized roller along an axis of transverse movement (T) substantially parallel to said axes of rotation (F1, F2; F3, F4).
A data storage system comprising: a memory circuit having a plurality of blocks of flash memory , each block configurable into a first memory area (BA) and a second memory area (DA), each of the first and the second memory areas having storage locations for data, and each of the storage locations being once writable unless subsequently erased, wherein each of the blocks is further configurable such that each storage location of the block has a status of one of active, dead, or free, wherein a block is a minimum erasable amount of memory, and each storage location of the block has a status of free after the block is erased, characterised in that : when all of the storage locations of the first memory area (BA) of the block are either active or dead, and data is written to a free storage location in the second memory area of the block, the memory module is configured to move data from at least one other active storage location of the first memory area (BA) to a free storage location not in the first memory area (BA) and to change the state of the active storage location from which the data has been moved to dead. a memory circuit having a plurality of blocks of flash memory , each block configurable into a first memory area (BA) and a second memory area (DA), each of the first and the second memory areas having storage locations for data, and each of the storage locations being once writable unless subsequently erased, wherein each of the blocks is further configurable such that each storage location of the block has a status of one of active, dead, or free, wherein a block is a minimum erasable amount of memory, and each storage location of the block has a status of free after the block is erased, characterised in that : when all of the storage locations of the first memory area (BA) of the block are either active or dead, and data is written to a free storage location in the second memory area of the block, the memory module is configured to move data from at least one other active storage location of the first memory area (BA) to a free storage location not in the first memory area (BA) and to change the state of the active storage location from which the data has been moved to dead.
A fluid collection system, comprising: a fluid collection device including: a fluid impermeable barrier at least partially defining a chamber , an opening extending longitudinally along the fluid impermeable barrier and configured to be positioned adjacent to a urethra of a user, and an aperture configured to receive a conduit therethrough; and a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and configured to wick fluid away from the opening; and one or more straps configured to wrap around the user to secure the fluid collection device adjacent to the urethra of the user, characterised in that at least one strap of the one or more straps is fixedly or releasably secured or securable to the fluid impermeable barrier. a fluid collection device including: a fluid impermeable barrier at least partially defining a chamber , an opening extending longitudinally along the fluid impermeable barrier and configured to be positioned adjacent to a urethra of a user, and an aperture configured to receive a conduit therethrough; and a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and configured to wick fluid away from the opening; and a fluid impermeable barrier at least partially defining a chamber , an opening extending longitudinally along the fluid impermeable barrier and configured to be positioned adjacent to a urethra of a user, and an aperture configured to receive a conduit therethrough; and a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and configured to wick fluid away from the opening; and one or more straps configured to wrap around the user to secure the fluid collection device adjacent to the urethra of the user, characterised in that at least one strap of the one or more straps is fixedly or releasably secured or securable to the fluid impermeable barrier.
Device for monitoring a biological process in a liquid medium, comprising a wall section configured to hold the medium during operation of the device , a silanization layer , an adhesive and a sensor arrangement , wherein the wall section comprises a through-hole , the silanization layer is applied directly on the wall section and applied completely around the through-hole , the sensor arrangement comprises a support comprising a glass layer , and the adhesive tightly adhesively bonds the silanization layer to the glass layer .
Device for laser therapy, comprising: a needle ; at least one laser source (10-12) configured to emit optical radiation; an optical fibre for transfer of said optical radiation; said optical fibre being configured to be inserted into the needle , characterised in that said at least one laser source (10-12) comprises three laser sources having wavelengths from 400nm to 1070nm, wherein at least one laser source is a therapeutic light source and said three laser sources have wavelengths of 635 nm, 980 nm and 810 nm.
An oven comprising a body ; an oven cavity wherein the foodstuffs to be cooked are placed; a casing that is disposed in the body and that is in the form of a box with front side open and that surrounds the oven cavity ; a heater that is disposed in the casing ; a cooling unit that is disposed on the body and that enables the foodstuffs placed into the oven cavity to be cooled, and a control unit that controls the heater and the cooling unit , an air duct that is arranged between the cooling unit and the oven cavity and that enables the hot air in the oven cavity to be delivered to the cooling unit , a shutter that is disposed on the air duct , and the control unit that controls the opening/closing of the shutter characterized by a temperature sensor that is disposed on the cooling unit and the control unit that controls the shutter according to the data received from the temperature sensor .
A pruning device comprising: a pair of cooperating blades that are pivoted together; handle parts movable to and from each other for a user to operate the cooperating blades; a saw blade part that is attachable to and detachable from the device by a user; characterized in that : when the saw blade part is attached to the device the handle parts and cooperating blades are retained in a fixed position relative to each other by virtue of attaching the saw blade releasably locking the handle parts and cooperating blades in the fixed position. a pair of cooperating blades that are pivoted together; handle parts movable to and from each other for a user to operate the cooperating blades; a saw blade part that is attachable to and detachable from the device by a user; characterized in that : when the saw blade part is attached to the device the handle parts and cooperating blades are retained in a fixed position relative to each other by virtue of attaching the saw blade releasably locking the handle parts and cooperating blades in the fixed position.