mhurhangee/patent-ind-claim-en huggingface dataset:
A stable formulation comprising - at least one organic solvent selected from a group consisting of aliphatic esters and cyclic esters, and - a compound of Formula (I) where R 1 , R 2 , and R 3 independently represent a hydrogen atom; a halogen atom; a hydroxy group; an amino group; an alkylamino group; an alkyl group; a hydroxyalkyl group; a haloalkyl group or an alkoxy group having 1 to 4 carbon atoms; or an acylamido group having 1 to 10 carbon atoms; wherein the formulation is stable such that at least 90 % of an original amount of the compound of Formula (I) in the formulation remains in the formulation after the formulation is stored for 6 months at 25 °C. - at least one organic solvent selected from a group consisting of aliphatic esters and cyclic esters, and - a compound of Formula (I) where R 1 , R 2 , and R 3 independently represent a hydrogen atom; a halogen atom; a hydroxy group; an amino group; an alkylamino group; an alkyl group; a hydroxyalkyl group; a haloalkyl group or an alkoxy group having 1 to 4 carbon atoms; or an acylamido group having 1 to 10 carbon atoms; wherein the formulation is stable such that at least 90 % of an original amount of the compound of Formula (I) in the formulation remains in the formulation after the formulation is stored for 6 months at 25 °C. where R 1 , R 2 , and R 3 independently represent a hydrogen atom; a halogen atom; a hydroxy group; an amino group; an alkylamino group; an alkyl group; a hydroxyalkyl group; a haloalkyl group or an alkoxy group having 1 to 4 carbon atoms; or an acylamido group having 1 to 10 carbon atoms; wherein the formulation is stable such that at least 90 % of an original amount of the compound of Formula (I) in the formulation remains in the formulation after the formulation is stored for 6 months at 25 °C.
An apparatus comprising: an interface to couple a plurality of devices of a system , the system including a plurality of central processing units, CPUs, and at least one memory , the interface to enable communication according to a Compute Express Link, CXL, protocol, wherein the interface is to receive, from a first CPU of the plurality of CPUs , a consistent memory request having a type indicator to indicate a type of consistency to be applied to the consistent memory request; and a Compute Express Link, CXL, hub comprising a request scheduler coupled to the interface to receive the consistent memory request and schedule the consistent memory request for execution according to the type of consistency, based at least in part on a priority of the consistent memory request and one or more pending consistent memory requests. an interface to couple a plurality of devices of a system , the system including a plurality of central processing units, CPUs, and at least one memory , the interface to enable communication according to a Compute Express Link, CXL, protocol, wherein the interface is to receive, from a first CPU of the plurality of CPUs , a consistent memory request having a type indicator to indicate a type of consistency to be applied to the consistent memory request; and a Compute Express Link, CXL, hub comprising a request scheduler coupled to the interface to receive the consistent memory request and schedule the consistent memory request for execution according to the type of consistency, based at least in part on a priority of the consistent memory request and one or more pending consistent memory requests.
A cosmetic non-therapeutic method for stimulating or inducing the regrowth, reducing the loss, or increasing the density and/or reducing the heterogeneity of the diameter of keratinous fibers in a mammal in need of the same, comprising topically applying to the human or animal a composition comprising an effective amount of at least one 6-substituted 2-pyridinol N-oxide compound, a tautomer, or a cosmetically acceptable salt thereof; and wherein the at least one 6-substituted 2-pyridinol N-oxide compound is N-Hydroxy-6-octyloxypyridine-2 one; wherein a hair count is increased by at least 0.5 hairs/cm 2 when compared to baseline, wherein the baseline means a test result at time zero.
A method, comprising: transmitting, by a wireless device : a first scheduling request, SR, in response to initiating a beam failure recovery procedure; and a second SR for a buffer status reporting procedure; receiving, via a downlink control channel and while the first SR and the second SR are pending, a downlink control information, comprising an uplink grant, as a response to the second SR; and based on the receiving the downlink control information: cancelling the second SR for the buffer status reporting procedure; and keeping pending the first SR for the beam failure recovery procedure. transmitting, by a wireless device : a first scheduling request, SR, in response to initiating a beam failure recovery procedure; and a second SR for a buffer status reporting procedure; a first scheduling request, SR, in response to initiating a beam failure recovery procedure; and a second SR for a buffer status reporting procedure; receiving, via a downlink control channel and while the first SR and the second SR are pending, a downlink control information, comprising an uplink grant, as a response to the second SR; and based on the receiving the downlink control information: cancelling the second SR for the buffer status reporting procedure; and keeping pending the first SR for the beam failure recovery procedure. cancelling the second SR for the buffer status reporting procedure; and keeping pending the first SR for the beam failure recovery procedure.
Device configured to control two or more motorised height-adjustable tables , wherein the device has: two or more interfaces , each for supplying one motor or several motors with current, two or more interfaces , each for communicating with a respective operating element , characterised in that the device has: an interface for connecting a controller , wherein the device is configured to detect an input command from an operating element and to pass it to the controller , wherein the device is configured to pass motor parameters and/or anti-jam parameters from the motor or from the motors , which parameters are requested by the controller, to the controller, wherein the device is configured to identify from which operating element the input command originates, to subsequently pass this information to the controller , and to subsequently pass the current output by the controller to the motor(s) associated with the operating element from which the input command originates. two or more interfaces , each for supplying one motor or several motors with current, two or more interfaces , each for communicating with a respective operating element , characterised in that the device has: an interface for connecting a controller , wherein the device is configured to detect an input command from an operating element and to pass it to the controller , wherein the device is configured to pass motor parameters and/or anti-jam parameters from the motor or from the motors , which parameters are requested by the controller, to the controller, wherein the device is configured to identify from which operating element the input command originates, to subsequently pass this information to the controller , and to subsequently pass the current output by the controller to the motor(s) associated with the operating element from which the input command originates. an interface for connecting a controller , wherein the device is configured to detect an input command from an operating element and to pass it to the controller , wherein the device is configured to pass motor parameters and/or anti-jam parameters from the motor or from the motors , which parameters are requested by the controller, to the controller, wherein the device is configured to identify from which operating element the input command originates, to subsequently pass this information to the controller , and to subsequently pass the current output by the controller to the motor(s) associated with the operating element from which the input command originates.
Final drive unit for an electric motor-driven motor vehicle drive train of a passenger car with a shiftable two-speed transmission for transmitting propulsion power within a motor vehicle drivetrain, comprising a rotationally driven input member, via which, when propulsion power is being transmitted, the propulsion power is introduced into the transmission , and an output member, via which the propulsion power can be transmitted out of the transmission , wherein, subject to the shift position of a shiftable clutch , a direct drive (i=1) or a transmission stage having a transmission ratio (i≠1) which differs from the direct drive can be implemented between the input member and the output member, and wherein an outer gear unit and a planet gear unit are provided when propulsion power is being transmitted, the propulsion power is introduced into the transmission via the outer gear unit , characterized in that the planet gear unit has at least one planet gear pair having at least one first planet gear having a first effective planet gear diameter and at least one second planet gear (7") connected for conjoint rotation to the first planet gear and having a second effective planet gear diameter, wherein, in addition to a supporting sun unit having a supporting sun gear having an effective supporting sun gear diameter, an output sun unit having an output sun gear (9") having an output sun gear diameter is provided, and wherein the first planet gear meshes with the supporting sun gear , and the second planet gear (7") meshes with the output sun gear (9"), wherein the supporting sun gear is blocked in at least one direction of rotation by a blocking device, and the propulsion power is transmitted out of the transmission via the output sun gear (9").
A share generating device , wherein N is an integer greater than or equal to 2, m is an integer greater than or equal to 1, m(i) is an integer greater than or equal to 0, i = 0, ..., N-1 holds, P is a function, and a range of the function P belongs to a set F m whose members are sequences of m elements of field, and the share generating device includes a seed generation unit that obtains N seeds s 0 , ..., s N-1 , and an arithmetic unit that obtains a function value y = g(x, e) ∈ F m of plaintext x ∈ F m and a function value e, where P(s 0 ), ..., P(s N-1 ) ∈ F m are function values of the seeds s 0 , ..., s N-1 and e = f(P(s 0 ), ..., P(s N-1 )) ∈ F m is a function value of the function values P(s 0 ), ..., P(s N-1 ) ∈ F m , characterized in that : w is an integer which satisfies 1 ≤ w < m/N, and the share generating device further includes a share generation unit that obtains information containing a member y i ∈ F m(i) and N-1 seeds s d ∈ F w , where d ∈ {O, ..., N-1} and d ≠ i, as a share SS i of the plaintext x in secret sharing and outputs the share SS i , where the function value y is expressed by members y 0 ∈ F m , ..., y N-1 ∈ F m(N-1) which satisfy m = m +...+m(N-1). N is an integer greater than or equal to 2, m is an integer greater than or equal to 1, m(i) is an integer greater than or equal to 0, i = 0, ..., N-1 holds, P is a function, and a range of the function P belongs to a set F m whose members are sequences of m elements of field, and the share generating device includes a seed generation unit that obtains N seeds s 0 , ..., s N-1 , and an arithmetic unit that obtains a function value y = g(x, e) ∈ F m of plaintext x ∈ F m and a function value e, where P(s 0 ), ..., P(s N-1 ) ∈ F m are function values of the seeds s 0 , ..., s N-1 and e = f(P(s 0 ), ..., P(s N-1 )) ∈ F m is a function value of the function values P(s 0 ), ..., P(s N-1 ) ∈ F m , a seed generation unit that obtains N seeds s 0 , ..., s N-1 , and an arithmetic unit that obtains a function value y = g(x, e) ∈ F m of plaintext x ∈ F m and a function value e, where P(s 0 ), ..., P(s N-1 ) ∈ F m are function values of the seeds s 0 , ..., s N-1 and e = f(P(s 0 ), ..., P(s N-1 )) ∈ F m is a function value of the function values P(s 0 ), ..., P(s N-1 ) ∈ F m , characterized in that : w is an integer which satisfies 1 ≤ w < m/N, and the share generating device further includes a share generation unit that obtains information containing a member y i ∈ F m(i) and N-1 seeds s d ∈ F w , where d ∈ {O, ..., N-1} and d ≠ i, as a share SS i of the plaintext x in secret sharing and outputs the share SS i , where the function value y is expressed by members y 0 ∈ F m , ..., y N-1 ∈ F m(N-1) which satisfy m = m +...+m(N-1). w is an integer which satisfies 1 ≤ w < m/N, and the share generating device further includes a share generation unit that obtains information containing a member y i ∈ F m(i) and N-1 seeds s d ∈ F w , where d ∈ {O, ..., N-1} and d ≠ i, as a share SS i of the plaintext x in secret sharing and outputs the share SS i , where the function value y is expressed by members y 0 ∈ F m , ..., y N-1 ∈ F m(N-1) which satisfy m = m +...+m(N-1).
A laser output limiting device comprising a reflecting device arranged in the optical path of a laser beam , in particular a laser beam of a predefined wavelength, and configured as a stack of layers, wherein the stack of layers comprises - a switching layer which comprises or consists of a material exhibiting a metal-insulator transition, - a reflecting layer which is positioned downstream of the switching layer in the optical path of the laser beam , and - an anti-reflection layer which is arranged upstream of the switching layer in the optical path of the laser beam and applied to the switching layer and completes the stack of layers, wherein the reflecting device is configured such that an output of the laser beam when it is incident upon the reflecting device which exceeds a predefined threshold causes a change in the refractive index of the material in the switching layer , and the output of the laser beam reflected by the reflecting device is thus reduced as compared to the output of the laser beam when it is incident upon the reflecting device due to reduced reflection by the reflecting device . - a switching layer which comprises or consists of a material exhibiting a metal-insulator transition, - a reflecting layer which is positioned downstream of the switching layer in the optical path of the laser beam , and - an anti-reflection layer which is arranged upstream of the switching layer in the optical path of the laser beam and applied to the switching layer and completes the stack of layers,
A man-machine interface device (AP) comprising conductive electrodes connected to electronic means for measuring the capacitance between the electrodes and objects to be detected, said device (AP) having a transparent area (SD) for displaying a display screen (EC) and an access area (SND) where there is at least one metal link (CF) connected to at least two planes arranged above the display screen, these planes being: - an electrode plane (E, PT) made of transparent resistive conductive material, the plane being present in the transparent area, - a conductive plane (G) made of transparent resistive conductive material, used as an active guard (G) for the electrode plane to reduce the parasitic capacitances, this active guard being present in the transparent area and extending into the access area, characterized in that the interface device comprises at least one metal trace (PM), referred to as guard trace (PM), this guard trace being: - connected to the active guard (G), - connected to said metal link (CF), the latter being connected to the electrode plane (E, PT) so that the conductive plane (G) and the electrode plane (E, PT) are substantially at the same potential, - arranged in the access area (SND). - an electrode plane (E, PT) made of transparent resistive conductive material, the plane being present in the transparent area, - a conductive plane (G) made of transparent resistive conductive material, used as an active guard (G) for the electrode plane to reduce the parasitic capacitances, this active guard being present in the transparent area and extending into the access area, characterized in that the interface device comprises at least one metal trace (PM), referred to as guard trace (PM), this guard trace being: - connected to the active guard (G), - connected to said metal link (CF), the latter being connected to the electrode plane (E, PT) so that the conductive plane (G) and the electrode plane (E, PT) are substantially at the same potential, - arranged in the access area (SND). - connected to the active guard (G), - connected to said metal link (CF), the latter being connected to the electrode plane (E, PT) so that the conductive plane (G) and the electrode plane (E, PT) are substantially at the same potential, - arranged in the access area (SND).
Device for automatic adjustment and/or regulation of the CO 2 , carbon dioxide content of the air inhaled by normal respiration for treatment hyperventilation characterised by comprising a - by-pass element, leading the inhaled and exhaled air in two directions , - an exhaled air pipe and inhaled air pipe connected to the by-pass element , where valves enabling one direction flow are placed and arranged in the pipes, - a blending vessel connected to the inhaled air pipe comprising a fresh air input aperture and a CO 2 input aperture , - a CO 2 vessel is connected to the CO 2 input aperture , - a measuring tool determining the CO 2 content of the inhaled air is connected to the inhaled air pipe , - a measuring tool determining the CO 2 content of the exhaled air is connected to the exhaled air pipe , - the output apertures of the measuring tools are connected to the input aperture of a control unit , - the output aperture of the control unit is connected to the valve adjusting the blending rate of blending vessel and so adjusting the CO 2 content of the inhaled air by increasing the CO 2 content of the inhaled air to the appropriate level to avoid hyperventilation by using the CO 2 content of the air either directly exhaled or stored in the exhaled air vessel and/or using the CO 2 content of the CO 2 vessel , and/or using the O 2 content of the fresh air and/or of a compressed air or O2 vessel , and - to the bypass element of the device there is a breather pipe, or a breather mask connected directly or through a breathing-counter and the output of the breathing-counter is connected to the appropriate input of the control unit . - by-pass element, leading the inhaled and exhaled air in two directions , - an exhaled air pipe and inhaled air pipe connected to the by-pass element , where valves enabling one direction flow are placed and arranged in the pipes, - a blending vessel connected to the inhaled air pipe comprising a fresh air input aperture and a CO 2 input aperture , - a CO 2 vessel is connected to the CO 2 input aperture , - a measuring tool determining the CO 2 content of the inhaled air is connected to the inhaled air pipe , - a measuring tool determining the CO 2 content of the exhaled air is connected to the exhaled air pipe , - the output apertures of the measuring tools are connected to the input aperture of a control unit , - the output aperture of the control unit is connected to the valve adjusting the blending rate of blending vessel and so adjusting the CO 2 content of the inhaled air by increasing the CO 2 content of the inhaled air to the appropriate level to avoid hyperventilation by using the CO 2 content of the air either directly exhaled or stored in the exhaled air vessel and/or using the CO 2 content of the CO 2 vessel , and/or using the O 2 content of the fresh air and/or of a compressed air or O2 vessel , and - to the bypass element of the device there is a breather pipe, or a breather mask connected directly or through a breathing-counter and the output of the breathing-counter is connected to the appropriate input of the control unit .
A sensor device comprising: a receiving body having an inserting space ; an inserting body configured to penetrate the inserting space ; a first sensor assembly including at least one first sensor between a first inner surface of the receiving body and a first surface of the inserting body ; and a second sensor assembly including at least one second sensor between a second inner surface of the receiving body and a second outer surface of the inserting body ; characterized in that the first sensor assembly and the second sensor assembly each comprise a force sensor configured to reduce an amount of resistance provided thereby when a force applied thereto increases. a receiving body having an inserting space ; an inserting body configured to penetrate the inserting space ; a first sensor assembly including at least one first sensor between a first inner surface of the receiving body and a first surface of the inserting body ; and a second sensor assembly including at least one second sensor between a second inner surface of the receiving body and a second outer surface of the inserting body ; characterized in that the first sensor assembly and the second sensor assembly each comprise a force sensor configured to reduce an amount of resistance provided thereby when a force applied thereto increases.
A method performed in a radio base station of a telecommunication network for indicating a status of the radio base station wherein said method comprises: generating a congestion status flag based on a measured usage of a transport network associated with said radio base station and based on a measured performance of said radio base station, wherein the flag has more than two possible values, and wherein highest and lowest of said values indicate full congestion and no congestion, respectively, and one or more intermediate values indicate respective different intermediate levels of congestion; and sending said congestion status flag to at least one other radio base station. generating a congestion status flag based on a measured usage of a transport network associated with said radio base station and based on a measured performance of said radio base station, wherein the flag has more than two possible values, and wherein highest and lowest of said values indicate full congestion and no congestion, respectively, and one or more intermediate values indicate respective different intermediate levels of congestion; and sending said congestion status flag to at least one other radio base station.
A printhead comprising: a moveable membrane ; a piezoelectric actuator to move the movable membrane ; and electronic CMOS circuitry disposed on the moveable membrane, wherein the electronic CMOS circuitry comprises output drivers (Q1-Q4) to drive the piezoelectric actuator and a sensor configured to sense movement of the movable membrane , the sensor being a strain gauge resistor configured to indicate strain in the crystal lattice of silicon through a change in resistance, and the electronic CMOS circuitry includes movable membrane circuitry and static surface circuitry , wherein the movable membrane circuitry moves with the movable membrane during actuation of the piezoelectric actuator . a moveable membrane ; a piezoelectric actuator to move the movable membrane ; and electronic CMOS circuitry disposed on the moveable membrane, wherein the electronic CMOS circuitry comprises output drivers (Q1-Q4) to drive the piezoelectric actuator and a sensor configured to sense movement of the movable membrane , the sensor being a strain gauge resistor configured to indicate strain in the crystal lattice of silicon through a change in resistance, and the electronic CMOS circuitry includes movable membrane circuitry and static surface circuitry , wherein the movable membrane circuitry moves with the movable membrane during actuation of the piezoelectric actuator .