mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the continuous production of a mixture of fully colored and non-colored fertilizer particles having a median size of about 1 to 6 mm with a predefined ratio of fully colored and non-colored fertilizer particles, starting from a stream A of non-colored fertilizer particles, comprising the steps of: a1) continuously separating the stream A of non-colored fertilizer particles into a stream C of non-colored fertilizer particles and one or more parallel streams B1, B2, ... Bn of non-colored fertilizer particles in a predefined ratio; b1) continuously coloring the non-colored fertilizer particles from the parallel streams B1, B2, ... Bn obtained from step a1) with a non-rub-off coloring agent, such that the non-colored fertilizer particles become fully colored; c1) continuously joining the parallel streams B1, B2, ... Bn, now comprising the fully colored fertilizer particles, obtained from step b1), with the stream C of non-colored fertilizer particles downstream of the separation step a1), thereby obtaining the mixture of fully colored and non-colored fertilizer particles, and; d1) optionally, processing the mixture of fully colored and non-colored fertilizer particles, obtained from step c1). a1) continuously separating the stream A of non-colored fertilizer particles into a stream C of non-colored fertilizer particles and one or more parallel streams B1, B2, ... Bn of non-colored fertilizer particles in a predefined ratio; b1) continuously coloring the non-colored fertilizer particles from the parallel streams B1, B2, ... Bn obtained from step a1) with a non-rub-off coloring agent, such that the non-colored fertilizer particles become fully colored; c1) continuously joining the parallel streams B1, B2, ... Bn, now comprising the fully colored fertilizer particles, obtained from step b1), with the stream C of non-colored fertilizer particles downstream of the separation step a1), thereby obtaining the mixture of fully colored and non-colored fertilizer particles, and; d1) optionally, processing the mixture of fully colored and non-colored fertilizer particles, obtained from step c1).
Luminous device for an automotive vehicle, comprising a matrix-array light source having a matrix array of electroluminescent semiconductor element-based elementary light sources , and a circuit for managing the supply of electrical power to at least one group of elementary light sources, the circuit for managing the supply of electrical power comprising a control unit and, for each elementary light source of said at least one group, a switch element for selectively connecting said elementary light source to an electricity source, the control unit being further intended to control the open state of the switch elements by means of a pulse-width-modulation binary control signal , the emitting area of each of the elementary light sources being smaller than or equal to 0.2 mm 2 , the luminous device being characterized in that the control unit is configured to transmit a pulse-width-modulation binary control signal having a frequency higher than or equal to 300 Hz commanding periodic repetition of an alternation between a light-emitting state and an off state of at least one of the elementary light sources of said at least one group.
A variable reluctance position sensor comprising: - a first element comprising a plurality of magnetic sensor sections equidistantly successively, and - a second element moveable with respect to the first element and comprising an air-gap surface having a periodically meandering profile with at least two spatial meandering periods, wherein: - each of the magnetic sensor sections is configured to conduct a magnetic flux to and from the second element via the airgap surface of the second element, and - the magnetic sensor sections comprise excitation coils , first detection coils configured to produce a first alternating output signal when alternating excitation signal is supplied to the excitation coils, and second detection coils configured to produce a second alternating output signal when the alternating excitation signal is supplied to the excitation coils, amplitudes of the first and second alternating output signals being dependent on a position of the second element with respect to the first element so that envelopes of the first and second alternating output signals have a phase-shift with respect to each other, characterized in that a number N of the magnetic sensor sections of the first element is: N = 1 + n P 2 / P 1 , where P 1 is a spatial shift between successive ones of the magnetic sensor sections, P 2 is the spatial meandering period of the profile of the airgap surface of the second element, P 2 /P 1 is an integer greater than one, and n is a positive integer. - a first element comprising a plurality of magnetic sensor sections equidistantly successively, and - a second element moveable with respect to the first element and comprising an air-gap surface having a periodically meandering profile with at least two spatial meandering periods, - each of the magnetic sensor sections is configured to conduct a magnetic flux to and from the second element via the airgap surface of the second element, and - the magnetic sensor sections comprise excitation coils , first detection coils configured to produce a first alternating output signal when alternating excitation signal is supplied to the excitation coils, and second detection coils configured to produce a second alternating output signal when the alternating excitation signal is supplied to the excitation coils, amplitudes of the first and second alternating output signals being dependent on a position of the second element with respect to the first element so that envelopes of the first and second alternating output signals have a phase-shift with respect to each other,
A combustor, comprising: a shell ; a liner mounted to the shell and positioned radially inside the shell with respect to an axis of the combustor, the shell and liner defining a combustion chamber ; a grommet having radially inward and outward surfaces , the grommet defining a dilution hole communicating through the shell and the liner , the grommet in engagement with and positioned between the liner and the shell at a second radially outward surface such that said second radially outward surface of the grommet engages with an interior surface of the shell ; and a cooling channel communicating through the grommet , characterized in that the cooling channel communicates through the grommet from the outward surface to the opposing radially inward surface . a shell ; a liner mounted to the shell and positioned radially inside the shell with respect to an axis of the combustor, the shell and liner defining a combustion chamber ; a grommet having radially inward and outward surfaces , the grommet defining a dilution hole communicating through the shell and the liner , the grommet in engagement with and positioned between the liner and the shell at a second radially outward surface such that said second radially outward surface of the grommet engages with an interior surface of the shell ; and a cooling channel communicating through the grommet , characterized in that the cooling channel communicates through the grommet from the outward surface to the opposing radially inward surface .
Pivoting drive for transferring a tiltable and/or pivotable window sash into a ventilation position, wherein the pivoting drive is designed and intended to be fastened to a window sash and wherein the pivoting drive has a tappet which is movable between a retracted position and an extended position and which is designed and intended, when transferring the tappet from the retracted position to the extended position, to have its free end supported on an outer frame , characterized in that the tappet has a magnet , or in that the pivoting drive has a counterpart element which is to be mounted on the outer frame and which has a magnet , and the tappet is produced from a material which can interact with the magnet , wherein the tappet has a stop element whose position relative to another component of the tappet is adjustable.
A composition comprising: a phenolic compound; an epoxy compound; a compound represented by Formula ; and an inorganic nitride, in Formula , R 1 to R 3 each independently represent a substituent, n1 to n3 each independently represents an integer of 0 to 5, and the sum of n1 to n3 is an integer of 1 to 15, and wherein the phenolic compound includes a phenolic compound having a triazine ring. a phenolic compound; an epoxy compound; a compound represented by Formula ; and an inorganic nitride, in Formula , R 1 to R 3 each independently represent a substituent, n1 to n3 each independently represents an integer of 0 to 5, and the sum of n1 to n3 is an integer of 1 to 15, and wherein the phenolic compound includes a phenolic compound having a triazine ring.
An erroneous clutch engagement handling control device for performing control to handle erroneous engagement that a friction engagement clutch is erroneously completely engaged in a vehicle having an electric motor serving as a driving source of the vehicle, a mechanical oil pump drivingly connected to the electric motor , a continuously variable transmission equipped with a hydraulic variator operated using oil pressure from the oil pump and having a primary pulley , a secondary pulley , and an endless power-transmission member wound around these pulleys , the friction engagement clutch interposed between the electric motor and the continuously variable transmission , a clutch control means for controlling the clutch such that the clutch enters into any one clutch control mode of a completely engaged state, a slip-engaged state, and a release state depending on a travelling state of the vehicle, and a vehicle control means for controlling the electric motor such that the electric motor rotates at a target rotation speed (Nm_t) based on an output request to the electric motor and the clutch control mode; the erroneous clutch engagement handling control device comprising: an erroneous clutch engagement determination unit for determining that the clutch is in an erroneously engaged state when a predetermined determination condition is satisfied; a secondary oil pressure detection means for detecting a secondary oil pressure (Psec_r), which is a pulley hydraulic pressure of the secondary pulley ; characterized in that: an erroneous engagement handling control means for executing torque adjustment control to adjust an output torque of the driving source according to the secondary oil pressure (Psec_r) detected by the secondary oil pressure detection means when it is determined that the clutch is in the erroneously engaged state by the erroneous clutch engagement determination unit. an erroneous clutch engagement determination unit for determining that the clutch is in an erroneously engaged state when a predetermined determination condition is satisfied; a secondary oil pressure detection means for detecting a secondary oil pressure (Psec_r), which is a pulley hydraulic pressure of the secondary pulley ; characterized in that: an erroneous engagement handling control means for executing torque adjustment control to adjust an output torque of the driving source according to the secondary oil pressure (Psec_r) detected by the secondary oil pressure detection means when it is determined that the clutch is in the erroneously engaged state by the erroneous clutch engagement determination unit.
A vibration mitigation apparatus (100; 500, 700), wherein the vibration mitigation apparatus comprises: a vertically extending housing (112; 502; 702)), wherein the vertically extending housing comprises: a first end cap ; a second end cap ; and a centrally enclosed area; a reciprocating assembly (114; 520; 610; 710), wherein the reciprocating assembly is enclosed within the vertically extending housing and configured to move vertically within the vertically extending housing, and a biasing member (122, 208; 508, 708), wherein the biasing member is attached to the vertically extending housing and to the reciprocating assembly, wherein the biasing member is configured to support the mass in a neutral position with respect to the vertically extending housing when the vibration mitigation apparatus is at rest; the apparatus characterized in that the reciprocating assembly further comprises a plurality of air passages (618, 622; 724, 726) to allow air to transfer between the spaces above and below the reciprocating assembly about the side of the reciprocating assembly; and the plurality of air passages comprises separate respective upper air passages and lower air passages for the air transferred between the spaces above and below the reciprocating assembly attached only one side of the reciprocating assembly. a first end cap ; a second end cap ; and a centrally enclosed area;
Electromechanical system for harvesting kinetic energy for a vehicle , comprising: - a first mechanical link to the wheels of the vehicle, - a second mechanical link to an inertia flywheel , - a third mechanical link to a motor/generator reversible electrical machine , - at least two planetary gearsets of different ratios, of which the sun gears, crown rings and planet carriers are selectively connected to said links by a coupling system, as a function of the power flows between the wheels of the vehicle, the inertia flywheel and the electrical machine, the system being characterized in that : - either the flywheel is connected to the sun gear of the planetary gearsets, and the output to the wheels is connected to the planet carrier , - or the flywheel is connected to the crown ring of the planetary gearsets, and the output to the wheels is connected to the planet carrier and the coupling system is arranged between the electrical machine and the planetary gearsets, in particular their sun gears . - a first mechanical link to the wheels of the vehicle, - a second mechanical link to an inertia flywheel , - a third mechanical link to a motor/generator reversible electrical machine , - at least two planetary gearsets of different ratios, of which the sun gears, crown rings and planet carriers are selectively connected to said links by a coupling system, as a function of the power flows between the wheels of the vehicle, the inertia flywheel and the electrical machine, - either the flywheel is connected to the sun gear of the planetary gearsets, and the output to the wheels is connected to the planet carrier , - or the flywheel is connected to the crown ring of the planetary gearsets, and the output to the wheels is connected to the planet carrier and the coupling system is arranged between the electrical machine and the planetary gearsets, in particular their sun gears .
A method for preparing solid capsules (30; 35), comprising the following steps: a) adding with stirring a composition C1 comprising at least one compound A, in a liquid composition C2 comprising a thermo-expansible material, said thermo-expansible material being selected from the group consisting of waxes, fluorocarbons, and mixtures thereof C1 and C2 not being miscible with each other, C2 being at temperature T2, whereby an emulsion is obtained comprising drops (1; 5) of composition C1 dispersed in the composition C2, b) addition with stirring of the emulsion obtained in step a) into a liquid composition C3 able to be polymerized, C3 and C2 not being miscible with each other, C3 being at temperature T3, preferably equal to T2, whereby an emulsion is obtained comprising drops (10; 15) dispersed in the composition C3, c) addition with stirring of the emulsion obtained in step b) in a liquid composition C4, C4 and C3 not being miscible with each other, C4 being at temperature T4 less than or equal to T2 and less than or equal to T3, whereby an emulsion is obtained comprising drops (20; 25) dispersed in the composition C4, and d) polymerization of the drops (20; 25) obtained in step c), whereby solid capsules (30; 35) are obtained, dispersed in the composition C4. a) adding with stirring a composition C1 comprising at least one compound A, in a liquid composition C2 comprising a thermo-expansible material, said thermo-expansible material being selected from the group consisting of waxes, fluorocarbons, and mixtures thereof C1 and C2 not being miscible with each other, C2 being at temperature T2, whereby an emulsion is obtained comprising drops (1; 5) of composition C1 dispersed in the composition C2, C1 and C2 not being miscible with each other, C2 being at temperature T2, whereby an emulsion is obtained comprising drops (1; 5) of composition C1 dispersed in the composition C2, b) addition with stirring of the emulsion obtained in step a) into a liquid composition C3 able to be polymerized, C3 and C2 not being miscible with each other, C3 being at temperature T3, preferably equal to T2, whereby an emulsion is obtained comprising drops (10; 15) dispersed in the composition C3, C3 and C2 not being miscible with each other, C3 being at temperature T3, preferably equal to T2, whereby an emulsion is obtained comprising drops (10; 15) dispersed in the composition C3, c) addition with stirring of the emulsion obtained in step b) in a liquid composition C4, C4 and C3 not being miscible with each other, C4 being at temperature T4 less than or equal to T2 and less than or equal to T3, whereby an emulsion is obtained comprising drops (20; 25) dispersed in the composition C4, and C4 and C3 not being miscible with each other, C4 being at temperature T4 less than or equal to T2 and less than or equal to T3, whereby an emulsion is obtained comprising drops (20; 25) dispersed in the composition C4, and d) polymerization of the drops (20; 25) obtained in step c), whereby solid capsules (30; 35) are obtained, dispersed in the composition C4.
Adapter module for fastening a device for holding a user on a pair of skis, said adapter module comprising a central base connected to a pair of pads extending in parallel and intended to be each fastened to a ski, said central base being mounted in a hinged manner on said pair of pads , said adapter module comprising braking means and being characterised in that said braking means comprise a right lateral gripper and a left lateral gripper , each gripper being actuated by an independent brake pedal .
A garment steamer comprising: - a handle for holding the garment steamer, - a steamer head comprising a steam generator for generating steam, - a water pipe extending between the handle and the steamer head, and - a pivot coupling (PC) connecting the handle and the steamer head, the pivot coupling comprising a pivot shaft having an external curved surface, characterized by the external curved surface supporting said water pipe such that the water pipe is guided on the external curved surface of the pivot shaft between the handle and the steamer head. - a handle for holding the garment steamer, - a steamer head comprising a steam generator for generating steam, - a water pipe extending between the handle and the steamer head, and - a pivot coupling (PC) connecting the handle and the steamer head, the pivot coupling comprising a pivot shaft having an external curved surface, characterized by the external curved surface supporting said water pipe such that the water pipe is guided on the external curved surface of the pivot shaft between the handle and the steamer head.
A digital microfluidic device comprising: a porous substrate having a surface adapted to support electrodes thereon, said porous substrate comprising: a porous layer formed from a porous material; and a barrier layer provided on said porous layer, wherein said barrier layer is formed from a barrier material suitable for the formation of electrodes thereon; an array of digital microfluidic electrodes printed on said porous substrate ; and a dielectric layer coating said array of digital microfluidic electrodes and said barrier layer , wherein a surface of said dielectric layer is hydrophobic; wherein a surface roughness of the printed digital microfluidic device is less than 1 micron, such that said array of digital microfluidic electrodes are suitable for transporting droplets among said digital microfluidic electrodes under electrical actuation, further wherein said barrier layer is a first barrier layer, and said porous layer is a hydrophilic layer, and said porous substrate further comprises a second barrier layer below said hydrophilic layer. a porous substrate having a surface adapted to support electrodes thereon, said porous substrate comprising: a porous layer formed from a porous material; and a barrier layer provided on said porous layer, wherein said barrier layer is formed from a barrier material suitable for the formation of electrodes thereon; a porous layer formed from a porous material; and a barrier layer provided on said porous layer, wherein said barrier layer is formed from a barrier material suitable for the formation of electrodes thereon; an array of digital microfluidic electrodes printed on said porous substrate ; and a dielectric layer coating said array of digital microfluidic electrodes and said barrier layer , wherein a surface of said dielectric layer is hydrophobic; wherein a surface roughness of the printed digital microfluidic device is less than 1 micron, such that said array of digital microfluidic electrodes are suitable for transporting droplets among said digital microfluidic electrodes under electrical actuation, further wherein said barrier layer is a first barrier layer, and said porous layer is a hydrophilic layer, and said porous substrate further comprises a second barrier layer below said hydrophilic layer.
A device for treating a condition within a sino-nasal cavity of a patient, the device comprising: an end effector comprising one or more retractable and expandable segments and one or more flexible printed circuit board (PCB) members operably associated with the one or more retractable and expandable segments , the one or more flexible PCB members for delivering energy to one or more target sites within the sino-nasal cavity of the patient wherein each of the one or more flexible PCB members comprises a PCB substrate and one or more electrodes configured to deliver energy to tissue at the one or more target sites; and wherein the one or more retractable and expandable segments comprise a first retractable and expandable segment comprising a plurality of first support structures upon which the one or more flexible PCB members are fixedly coupled. an end effector comprising one or more retractable and expandable segments and one or more flexible printed circuit board (PCB) members operably associated with the one or more retractable and expandable segments , the one or more flexible PCB members for delivering energy to one or more target sites within the sino-nasal cavity of the patient wherein each of the one or more flexible PCB members comprises a PCB substrate and one or more electrodes configured to deliver energy to tissue at the one or more target sites; and wherein the one or more retractable and expandable segments comprise a first retractable and expandable segment comprising a plurality of first support structures upon which the one or more flexible PCB members are fixedly coupled.