mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising a first and a second node (2 1 , 2 2 ) of a linear cellular network, wherein the nodes (2 1 , 2 2 ) are spaced apart from each other with a mutual spacing, which mutual spacing defines a communication section (s), each node (2 1 , 2 2 ) having at least one antenna for wirelessly communicating with a user terminal located in the communication section (s) between the first and the second node (2 1 , 2 2 ), wherein both nodes (2 1 , 2 2 ) are configured to communicate over a communication channel (CH) having a plurality of channel resources (CR i ), wherein a processor of the system is configured to apply a space-time or space-frequency block coding scheme on data to be communicated to the user terminal to generate a first and a second block code representation (r 1 , r 2 ) of the same data , wherein the first node (2 1 ) is configured to communicate the first block code representation (r 1 ) of the data to the user terminal in one of the channel resources (CR i ) and the second node (2 2 ) is configured to communicate the second block code representation (r 2 ) of the data to the user terminal in the same channel resource (CR i ), wherein the first node (2 1 ) comprises a first and a second directional antenna , which are directed in substantially opposite directions (d L , d R ), wherein data can be independently communicated over both antennas in the same channel resource (CR i ), and wherein the first directional antenna of the first node (2 1 ) is configured to communicate the first block code representation (r 1 ) of data and the second directional antenna of the first node (2 1 ) is configured to communicate the second block code representation (r 2 ) of data .
A magnetic flowmeter for measuring a fluid flow , comprising: a flow tube assembly receiving the flow having a coil with first and second coil wires for receiving a coil current producing a magnetic field generating an electromotive force, EMF, in the fluid representative of the flow; an EMF sensor arranged to sense the EMF and generate an output indicating the flow; current supply circuitry configured to provide the coil current to the first and second wires of the coil in response to a command input; and digital control circuit which provides the command input to the current supply circuitry as a function of a control algorithm, characterized in that the command input comprises a pulse wave modulated, PWM, signal that controls a direction the coil current travels through the coil . a flow tube assembly receiving the flow having a coil with first and second coil wires for receiving a coil current producing a magnetic field generating an electromotive force, EMF, in the fluid representative of the flow; an EMF sensor arranged to sense the EMF and generate an output indicating the flow; current supply circuitry configured to provide the coil current to the first and second wires of the coil in response to a command input; and digital control circuit which provides the command input to the current supply circuitry as a function of a control algorithm, characterized in that the command input comprises a pulse wave modulated, PWM, signal that controls a direction the coil current travels through the coil .
Method of conversion of a saturated image having clipped color information into a non-saturated image comprising: - segmenting said saturated image in regions of pixels the colors of which have at least one color channel in a linear RGB color space which is clipped, and, for each of these saturated regions (s i ; r i ), - among the different color channels providing color information in said linear RGB color space for the pixels of said region (s i ; r i ), selecting at least one reference color channel (c ref , c' ref,ri ) that is not clipped over pixels of said region (s i ; r i ), - for each pixel of said saturated region, replacing the color information of said pixel that is provided by the at least one clipped color channel of said region (s i ; r i ) by a reconstructed non-clipped color information, wherein said reconstructed non-clipped color information is the sum of the color information provided by said at least one clipped color channel of said region for said pixel and of the difference between the color information provided by the selected reference color channel (c ref , c' ref,ri ) for said pixel and a baseline color value ( ρ S i ,ρ' S i ) , computed for the region (s i ; r i ) of said pixel as the minimum color value provided by the selected reference color channel (c ref , c' ref,ri ) of this region over at least all pixels in this region, thus providing said converted non-saturated image. - segmenting said saturated image in regions of pixels the colors of which have at least one color channel in a linear RGB color space which is clipped, and, for each of these saturated regions (s i ; r i ), - among the different color channels providing color information in said linear RGB color space for the pixels of said region (s i ; r i ), selecting at least one reference color channel (c ref , c' ref,ri ) that is not clipped over pixels of said region (s i ; r i ), - for each pixel of said saturated region, replacing the color information of said pixel that is provided by the at least one clipped color channel of said region (s i ; r i ) by a reconstructed non-clipped color information,
A polymersome that comprises an amphiphilic block copolymer comprising a hydrophilic block and a hydrophobic block, wherein: (a) the hydrophilic block comprises a phosphorylcholine polymer; and (b) the hydrophobic block comprises a fumarate polymer. (a) the hydrophilic block comprises a phosphorylcholine polymer; and (b) the hydrophobic block comprises a fumarate polymer.
A transition piece for connecting an upper tubular tower portion to connection profiles , the transition piece comprising an upper connection element for connecting the transition piece to the upper tower portion , and an inner lateral surface widening toward the top in a frustoconical manner, and at least three outer connection faces , which are arranged on an outer side of the transition piece substantially rotation-symmetrically about the frustum longitudinal axis and at which the transition piece is connectable to one connection profile , connected to a lower tower portion , each, characterized in that the connection faces form surfaces of frame-like flanges, which substantially extend from an upper end of the transition piece to a lower end of the transition piece , and the transition piece has a height of at least 2.5 m along the frustum longitudinal axis. the transition piece comprising an upper connection element for connecting the transition piece to the upper tower portion , and an inner lateral surface widening toward the top in a frustoconical manner, and at least three outer connection faces , which are arranged on an outer side of the transition piece substantially rotation-symmetrically about the frustum longitudinal axis and at which the transition piece is connectable to one connection profile , connected to a lower tower portion , each, characterized in that the connection faces form surfaces of frame-like flanges, which substantially extend from an upper end of the transition piece to a lower end of the transition piece , and the transition piece has a height of at least 2.5 m along the frustum longitudinal axis.
Acoustic panel assembly comprising: - an acoustic panel ; - a magnetic circuit that generates a gap (T); and - a voice coil disposed in said gap (T) in order to move with the passage of electrical current; said voice coil being connected to said acoustic panel in order to move the acoustic panel to emit a sound; wherein said magnetic circuit comprises a first magnet disposed in frontal position relative to the panel and a second magnet disposed in rear position relative to the panel ; wherein the magnets are disposed in repulsive configuration; the first and second magnet have a circular shape and an axis (A) and an external diameter (D4); said voice coil is annular with an internal diameter (D1) and an external diameter (D2) and has an axis; wherein the axis of the voice coil coincides with the axis (A) of the magnets and the external diameter (D2) of the coil is higher than the external diameter (D4) of the magnets; and characterised in that said voice coil is of flat planar type, with turns made of flat wires, not overlapped in height; the external diameter (D4) of the magnets is lower than the internal diameter (D1) of the voice coil. - an acoustic panel ; - a magnetic circuit that generates a gap (T); and - a voice coil disposed in said gap (T) in order to move with the passage of electrical current; said voice coil being connected to said acoustic panel in order to move the acoustic panel to emit a sound; wherein said magnetic circuit comprises a first magnet disposed in frontal position relative to the panel and a second magnet disposed in rear position relative to the panel ; wherein the magnets are disposed in repulsive configuration; the first and second magnet have a circular shape and an axis (A) and an external diameter (D4); said voice coil is annular with an internal diameter (D1) and an external diameter (D2) and has an axis; wherein the axis of the voice coil coincides with the axis (A) of the magnets and the external diameter (D2) of the coil is higher than the external diameter (D4) of the magnets; and said voice coil is of flat planar type, with turns made of flat wires, not overlapped in height; the external diameter (D4) of the magnets is lower than the internal diameter (D1) of the voice coil.
An electric taxiing system of an aircraft comprising: a wheel of an aircraft ; a taxiing motor which is rotated together with the wheel in landing of the aircraft to apply braking force to the wheel and to generate regenerative power according to the braking force, and which rotates the wheel in taxiing of the aircraft ; and electric elements (9b, lib, 13b, 15b, 29a, 31a) of the aircraft; and a power supply control unit which supplies the regenerative power to the electric elements of the aircraft , said electric elements including electric actuators , and causes at least the electric actuators to consume the regenerative power while the regenerative power is being generated, the electric elements being driven in order for the aircraft to perform landing or re-takeoff after cancelling landing, wherein the electric elements include a reverse thrust unit which deflects a bypass air flow of a jet engine of the aircraft toward a front of the aircraft in landing of the aircraft . a wheel of an aircraft ; a taxiing motor which is rotated together with the wheel in landing of the aircraft to apply braking force to the wheel and to generate regenerative power according to the braking force, and which rotates the wheel in taxiing of the aircraft ; and electric elements (9b, lib, 13b, 15b, 29a, 31a) of the aircraft; and a power supply control unit which supplies the regenerative power to the electric elements of the aircraft , said electric elements including electric actuators , and causes at least the electric actuators to consume the regenerative power while the regenerative power is being generated, the electric elements being driven in order for the aircraft to perform landing or re-takeoff after cancelling landing, wherein the electric elements include a reverse thrust unit which deflects a bypass air flow of a jet engine of the aircraft toward a front of the aircraft in landing of the aircraft .
A method for device to device, D2D, communication, the method comprising: receiving resource configuration information from a base station in a serving cell, the resource configuration information comprising first information indicating D2D transmission resources and second information indicating D2D reception resources; transmitting a D2D discovery signal based on the D2D transmission resources indicated in the first information; and monitoring the D2D reception resources indicated in the second information for receiving at least one D2D discovery signal transmitted by other UE on the same frequency as a frequency of the serving cell, wherein the D2D transmission resources indicated in the first information are common resources used by UEs in the serving cell wherein the D2D reception resources indicated in the second information includes both common resources and dedicated resources for D2D discovery signal transmission in the serving cell and neighbor cells of the serving cell, wherein the neighbor cells comprise cells on the same frequency as the frequency of the serving cell. receiving resource configuration information from a base station in a serving cell, the resource configuration information comprising first information indicating D2D transmission resources and second information indicating D2D reception resources; transmitting a D2D discovery signal based on the D2D transmission resources indicated in the first information; and monitoring the D2D reception resources indicated in the second information for receiving at least one D2D discovery signal transmitted by other UE on the same frequency as a frequency of the serving cell, wherein the D2D transmission resources indicated in the first information are common resources used by UEs in the serving cell wherein the D2D reception resources indicated in the second information includes both common resources and dedicated resources for D2D discovery signal transmission in the serving cell and neighbor cells of the serving cell, wherein the neighbor cells comprise cells on the same frequency as the frequency of the serving cell.
A compound shown by formula IIIor a pharmaceutically acceptable salt thereof: wherein: X is CH or N; R 1 is selected from a group consisting of hydrogen, methyl, -Cl, -F; R 1 ' is selected from a group consisting of -OCF 3 , -OCHF 2 and -CF 3 ; R 2 is selected from a group consisting of hydrogen, -Cl, -F, -CF 3 , -OCF 3 , -CN and C 1 -C 3 alkyl; R 3 and R 4 are each independently selected from hydrogen or methyl; R 5 and R 6 are each independently selected from hydrogen or hydroxyl substituted C 1 -C 3 alkyl; R 7 is selected from a group consisting of hydrogen, halogen, cyano, hydroxyl, and C 1 -C 6 alkyl; Y is -OCR a1 R a2 - or -CR a1 R a2 -; R 8 is R a1 and R a2 are each independently selected from hydrogen or C 1 -C 3 alkyl; r and t are each independently selected from 1 or 2. X is CH or N; R 1 is selected from a group consisting of hydrogen, methyl, -Cl, -F; R 1 ' is selected from a group consisting of -OCF 3 , -OCHF 2 and -CF 3 ; R 2 is selected from a group consisting of hydrogen, -Cl, -F, -CF 3 , -OCF 3 , -CN and C 1 -C 3 alkyl; R 3 and R 4 are each independently selected from hydrogen or methyl; R 5 and R 6 are each independently selected from hydrogen or hydroxyl substituted C 1 -C 3 alkyl; R 7 is selected from a group consisting of hydrogen, halogen, cyano, hydroxyl, and C 1 -C 6 alkyl; Y is -OCR a1 R a2 - or -CR a1 R a2 -; R 8 is R a1 and R a2 are each independently selected from hydrogen or C 1 -C 3 alkyl; r and t are each independently selected from 1 or 2.
Process for the oxidative refining of crude silicon melt during the production of technical-grade silicon, in which during the refining the crude silicon melt has added to it a finely divided mediator having a particle size parameter d 50 of 1 to 200 pm, this mediator containing a minimum content of metallic silicon of 8% by mass and also at least one or more of the elements H, C, O, F, Cl, Ca, Fe and Al, wherein the finely divided mediator is added to the crude silicon melt by means of pneumatic conveying with a gas.
System, comprising: - a hollow profile having first and second profile walls which are at an angle (φ) to one another and have first and second contact surfaces , - a hinge tab of a hinge , which hinge tab has first and second counter contact surfaces resting directly or indirectly against the contact surfaces , at least one approximately hook-shaped projection extending from the first counter contact surface , which projection engages in the interior of the hollow profile through a perforation provided in the first profile wall and engages behind the inner surface of the at least one first profile wall , which inner surface is opposite the first contact surface , - and fastening means by means of which the second counter contact surface can be fixed with respect to the second contact surface , characterized in that the at least one projection comprises a penetration limb which passes through the perforation and has a polygonal cross section, in that the perforation has a shape different from the cross section, and in that the cross section is oversized with respect to the perforation such that the penetration limb deforms the perforation edge. - a hollow profile having first and second profile walls which are at an angle (φ) to one another and have first and second contact surfaces , - a hinge tab of a hinge , which hinge tab has first and second counter contact surfaces resting directly or indirectly against the contact surfaces , at least one approximately hook-shaped projection extending from the first counter contact surface , which projection engages in the interior of the hollow profile through a perforation provided in the first profile wall and engages behind the inner surface of the at least one first profile wall , which inner surface is opposite the first contact surface , - and fastening means by means of which the second counter contact surface can be fixed with respect to the second contact surface ,
A plug-in circuit breaker, comprising a circuit breaker housing , and a locking mechanism, an unlocking mechanism, a button mechanism and an operating mechanism all arranged inside said circuit breaker housing ; said operating mechanism connected to said button mechanism , said button mechanism is operated to enable the circuit breaker to switch on/switch off by means of said operating mechanism; wherein said locking mechanism includes a first locking member with one end protruding outside said circuit breaker housing , and said circuit breaker housing includes a locking member opening co-operated with said first locking member ; characterized in that said unlocking mechanism includes a pulling member independent from the button mechanism and drivingly co-operated with said first locking member , when the circuit breaker is in a switch-off state, one end of said first locking member protrudes outside said circuit breaker housing from said locking member opening , and said pulling member is accessible from outside said circuit breaker housing so that pulling said pulling member enables said first locking member to retract into the inside of said circuit breaker housing . said locking mechanism includes a first locking member with one end protruding outside said circuit breaker housing , and said circuit breaker housing includes a locking member opening co-operated with said first locking member ; characterized in that said unlocking mechanism includes a pulling member independent from the button mechanism and drivingly co-operated with said first locking member , when the circuit breaker is in a switch-off state, one end of said first locking member protrudes outside said circuit breaker housing from said locking member opening , and said pulling member is accessible from outside said circuit breaker housing so that pulling said pulling member enables said first locking member to retract into the inside of said circuit breaker housing .
An optical system for generating a modulated Airy beam or a modulated Airy beam light sheet comprising an optical arrangement for generating a Gaussian beam, and a modulation arrangement configured to impart a spatial modulation on the Gaussian beam to thereby convert the Gaussian beam into a modulated Airy beam or a modulated Airy beam light sheet, wherein the modulated Airy beam or the modulated Airy beam light sheet is defined by a spectral function which is a function of an Airy beam spectral function multiplied by a spectral modulation function, wherein the Airy beam spectral function is associated with a cubic phase modulation, and wherein the spectral modulation function is associated with a further modulation in phase which is additional to the cubic phase modulation and/or wherein the spectral modulation function is associated with a modulation in amplitude which is represented by exp(-b 0 k x ), where k x represents a wave-vector associated with a direction x which is transverse to a propagation direction z of the modulated Airy beam or the modulated Airy beam light sheet and where b 0 is a constant. wherein the modulated Airy beam or the modulated Airy beam light sheet is defined by a spectral function which is a function of an Airy beam spectral function multiplied by a spectral modulation function, wherein the Airy beam spectral function is associated with a cubic phase modulation, and wherein the spectral modulation function is associated with a further modulation in phase which is additional to the cubic phase modulation and/or wherein the spectral modulation function is associated with a modulation in amplitude which is represented by exp(-b 0 k x ), where k x represents a wave-vector associated with a direction x which is transverse to a propagation direction z of the modulated Airy beam or the modulated Airy beam light sheet and where b 0 is a constant.
A writing implement configured to emit light for altering the appearance of a substrate comprising at least one photochromic material, wherein the writing implement comprises: - an elongate body portion enabling a user to grip the writing implement, wherein the body portion comprises a proximal end (P) and a distal end (D); - a first light source configured to emit light from the proximal end, wherein the emitted light comprises at least a first colour component within a first wavelength range , wherein the first wavelength range comprises a spectral maximum within one of the ranges: 400nm - 425nm, 425nm-475nm, 475nm-525nm, 525nm-560nm, 560nm-590nm, 590nm-625nm, or 625nm-700nm; - a controller configured to receive input from a user, and to generate signals for controlling the first light source based on the received user input; and - a user-actuatable colour selector configured to receive a colour setting command from a user of the writing implement, and to provide the colour setting command to the controller ; - wherein the controller is configured to receive the colour setting command from the user-actuatable colour selector , to compute a required intensity setting at least the first colour component of the first light source enabling a desired colour to be displayed on the substrate comprising the at least one photochromic material, and to control the first light source to emit light comprising at least the computed first colour component at the computed intensity. - an elongate body portion enabling a user to grip the writing implement, wherein the body portion comprises a proximal end (P) and a distal end (D); - a first light source configured to emit light from the proximal end, wherein the emitted light comprises at least a first colour component within a first wavelength range , wherein the first wavelength range comprises a spectral maximum within one of the ranges: 400nm - 425nm, 425nm-475nm, 475nm-525nm, 525nm-560nm, 560nm-590nm, 590nm-625nm, or 625nm-700nm; - a controller configured to receive input from a user, and to generate signals for controlling the first light source based on the received user input; and - a user-actuatable colour selector configured to receive a colour setting command from a user of the writing implement, and to provide the colour setting command to the controller ; - wherein the controller is configured to receive the colour setting command from the user-actuatable colour selector , to compute a required intensity setting at least the first colour component of the first light source enabling a desired colour to be displayed on the substrate comprising the at least one photochromic material, and to control the first light source to emit light comprising at least the computed first colour component at the computed intensity.