mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel storage system for storing dimethylether (DME), a blend including DME, or other similar highly volatile fuel on a vehicle, the fuel storage system comprising a main storage tank , an expansion tank , a fuel filling receptacle configured to receive a fuel filling nozzle of a filling station, and a valve arrangement having at least a normal operating setting and a fuel filling setting, wherein the valve arrangement in the normal operating setting provides a fuel passage between the main storage tank and the expansion tank , and wherein the valve arrangement in the fuel filling setting both provides a fuel passage between the fuel filling receptacle and the main storage tank and prevents fuel flow between the main storage tank and the expansion tank , characterized in that the fuel storage system comprises a mechanical locking device located adjacent the fuel filling receptacle and configured to selectively lock the fuel filling nozzle in the fuel filling receptacle , said mechanical locking device being configured to mechanically prevent disconnection of the fuel filling nozzle from the fuel filling receptacle unless the valve arrangement is in the normal operating setting, wherein the mechanical locking device controls the setting of the valve arrangement .
An aerosol generating device comprising: a susceptor configured to heat an aerosol generating article; a coil surrounding the susceptor and configured to heat the susceptor by generating a magnetic field when an alternating current voltage is applied; and a controller electrically connected to the coil and configured to: apply a test voltage to the coil in response to a user input, measure an output current of the coil while changing a frequency of the test voltage, determine a frequency at which the output current becomes maximum, and apply an operating voltage having the determined frequency to the coil , wherein the controller is configured to determine the frequency at which the output current becomes maximum within a preset range by changing the frequency of the test voltage within the preset range, and characterised in that the controller , based on a maximum value of the output current measured within the preset range being less than a preset reference value, is configured to determine that the coil is abnormal, and is configured not to supply power to the coil . a susceptor configured to heat an aerosol generating article; a coil surrounding the susceptor and configured to heat the susceptor by generating a magnetic field when an alternating current voltage is applied; and a controller electrically connected to the coil and configured to: apply a test voltage to the coil in response to a user input, measure an output current of the coil while changing a frequency of the test voltage, determine a frequency at which the output current becomes maximum, and apply an operating voltage having the determined frequency to the coil , apply a test voltage to the coil in response to a user input, measure an output current of the coil while changing a frequency of the test voltage, determine a frequency at which the output current becomes maximum, and apply an operating voltage having the determined frequency to the coil , wherein the controller is configured to determine the frequency at which the output current becomes maximum within a preset range by changing the frequency of the test voltage within the preset range, and characterised in that the controller , based on a maximum value of the output current measured within the preset range being less than a preset reference value, is configured to determine that the coil is abnormal, and is configured not to supply power to the coil .
Friction assembly comprising a support plate , at least one brake pad and at least one reinforcing foil of said plate ; wherein the brake pad and the support plate are co-moulded from at least one heat-resistant resin, wherein the heat resistant resin of the support plate is loaded with reinforcing fibres, preferably non metallic, and wherein the reinforcing foil is fixed to the support plate by means of anchoring projections , joined to and that develop away from said foil , embedded in said resin to prevent or limit deformations of the support plate in the use of said assembly , characterized in that the brake pad is co-moulded to an opposite surface of the support plate with respect to the surface to which the reinforcing foil is anchored, to create a sandwich structure.
A hydraulic circuit for assisting motorisation of a vehicle, comprising: - a first hydraulic machine (M1) forming a pump, - a second hydraulic machine (M2) forming a motor, - a first hydraulic connection line and a second hydraulic connection line , each able to be at a high pressure or low pressure and connecting the first machine (M1) to the second one (M2) for supplying and discharging the motor (M1) through the pump (M2), - a heat exchanger associated with one of said lines to control temperature of oil flowing in the circuit, characterised in that : - the exchanger is disposed on one of both lines in a heat exchange relationship so that it is permanently operational, irrespective of whether the vehicle operates in forward gear, reverse, drive, overrun, - the circuit comprises control means ensuring that the line with which the exchanger is associated is permanently a lowest pressure line, wherein the control means comprise the first hydraulic machine (M1) forming a variable displacement pump , configured to adjust flow rate so that the line with which the exchanger is associated is kept at the low pressure. - a first hydraulic machine (M1) forming a pump, - a second hydraulic machine (M2) forming a motor, - a first hydraulic connection line and a second hydraulic connection line , each able to be at a high pressure or low pressure and connecting the first machine (M1) to the second one (M2) for supplying and discharging the motor (M1) through the pump (M2), - a heat exchanger associated with one of said lines to control temperature of oil flowing in the circuit, - the exchanger is disposed on one of both lines in a heat exchange relationship so that it is permanently operational, irrespective of whether the vehicle operates in forward gear, reverse, drive, overrun, - the circuit comprises control means ensuring that the line with which the exchanger is associated is permanently a lowest pressure line, wherein the control means comprise the first hydraulic machine (M1) forming a variable displacement pump , configured to adjust flow rate so that the line with which the exchanger is associated is kept at the low pressure.
A rotor locking device for locking a rotational position of a rotor shaft in a crusher, the locking device including a shaft engager comprised of: a first mating surface , for coaxial engagement with a second mating surface at an end of the rotor shaft , the first mating surface having multiple rotational mating positions with the second mating surface to become rotationally interlocked therewith; and characterised by a fastening portion extending radially outward at shaft engager for, in use, overlapping with a bearing mount surrounding the rotor shaft and being fastenable therewith. a first mating surface , for coaxial engagement with a second mating surface at an end of the rotor shaft , the first mating surface having multiple rotational mating positions with the second mating surface to become rotationally interlocked therewith; and characterised by a fastening portion extending radially outward at shaft engager for, in use, overlapping with a bearing mount surrounding the rotor shaft and being fastenable therewith.
Box body of a commercial vehicle , in particular a truck, trailer or semitrailer, having at least one fixed side wall , wherein the side wall has a side wall panel extending over at least substantially the entire length and at least substantially the entire height of the side wall , wherein the side wall , between the lateral edges of the side wall panel , has a plurality of upright elements aligned at least substantially transverse to the longitudinal direction of the side wall panel , spaced apart from one another and connected to the side wall panel in order to reinforce the side wall , characterised in that at least some of the upright elements of the at least one side wall at sides assigned to one another each have at least one connection means to connect in a releasable and form-fitting manner to load securing profiles and/or skirting board profiles .
A head rest arrangement for a vehicle seat , said head rest arrangement comprising a cushion portion and a back portion , said head rest arrangement further comprising a displacement arrangement enabling at least said cushion portion to be displaced between at least a first and a second position with respect to said vehicle seat after being mounted thereto, said displacement arrangement comprising a lock mechanism adapted to lock said cushion portion in said first and said second position, said displacement arrangement comprising an actuator operable by a user to unlock said lock mechanism , said actuator is at least partly made from a compliant material and actuated via a pulling force in a first direction, said actuator is arranged to move synchronously with said cushion portion when said cushion portion is displaced, the displacement arrangement comprises u-shaped frame on which the cushion portion is displaceably arranged via a connection member extending between legs of the u-shaped frame , characterized in that the cushion portion is fixedly connected to the connection member and is adapted to slide along the legs of the u-shaped frame , enabling a user to operate both the lock mechanism and to displace the cushion portion using only one grip, and without changing grip by operating only the actuator . said actuator is at least partly made from a compliant material and actuated via a pulling force in a first direction, said actuator is arranged to move synchronously with said cushion portion when said cushion portion is displaced, the displacement arrangement comprises u-shaped frame on which the cushion portion is displaceably arranged via a connection member extending between legs of the u-shaped frame , characterized in that the cushion portion is fixedly connected to the connection member and is adapted to slide along the legs of the u-shaped frame , enabling a user to operate both the lock mechanism and to displace the cushion portion using only one grip, and without changing grip by operating only the actuator .
A copper alloy wire rod having an alloy composition containing 0.5 to 6.0% by mass of Ag, 0 to 1.0% by mass of Mg, 0 to 1.0% by mass of Cr, and 0 to 1.0% by mass of Zr, with the balance being Cu and inevitable impurities, characterized in that an average closest particle distance of second phase particles having a particle size of 200 nm or less is 580 nm or less in a cross section perpendicular to a longitudinal direction of the wire rod.
A patterned neo-epithelium dressing for treating a tissue site having granulation tissue, the patterned neo-epithelium dressing comprising: an interface member having a first side and a second, patient-facing side for placing proximate to the granulation tissue, and wherein the interface member is characterized by a plurality of three-dimensional features formed on the second, patient-facing side of the interface member and comprising a pattern that mimics the pattern of human skin. an interface member having a first side and a second, patient-facing side for placing proximate to the granulation tissue, and wherein the interface member is characterized by a plurality of three-dimensional features formed on the second, patient-facing side of the interface member and comprising a pattern that mimics the pattern of human skin.
A system for detecting lung cancer in a subject, comprising: a) an electrochemical sensor chip having at least one well, wherein the at least one well contains a working electrode coated with a conducting polymer functionalized with at least one capture probe which binds to a marker of lung cancer, wherein the marker comprises a variable region comprising a nucleic acid sequence harboring a mutation associated with lung cancer and a conserved region present in wild-type and mutant isoforms, and the capture probe hybridizes to the variable region; and b) at least one labeled detector probe wherein the labeled detector probe hybridizes to the conserved region; and c) a cyclic square wave electric field generator for generating a cyclic square wave electric field across the electrode. a) an electrochemical sensor chip having at least one well, wherein the at least one well contains a working electrode coated with a conducting polymer functionalized with at least one capture probe which binds to a marker of lung cancer, wherein the marker comprises a variable region comprising a nucleic acid sequence harboring a mutation associated with lung cancer and a conserved region present in wild-type and mutant isoforms, and the capture probe hybridizes to the variable region; and b) at least one labeled detector probe wherein the labeled detector probe hybridizes to the conserved region; and c) a cyclic square wave electric field generator for generating a cyclic square wave electric field across the electrode.
Method of estimating a rotor operational parameter (θ,ω) of an electrical machine comprising multiple winding sets wound to have a phase shift between winding sets, the rotor operational parameter comprising rotor position (θ) and/or rotor speed (ω), the method comprising: deriving, for each winding set , a preliminary rotor operational parameter based on a current and a voltage of the respective winding set ; calculating for at least two winding sets and for at least one predefined harmonic (h), a rotor operational parameter harmonic correction term based on the preliminary rotor operational parameter (39,θ1,ω1; 41,θ2,ω2) of at least two winding sets ; calculating for at least one winding set , a corrected rotor operational parameter based on the preliminary operational parameter of this winding set and the rotor operational parameter harmonic correction term of this winding set, wherein in particular the corrected rotor operational parameter has the at least one predefined harmonic removed or at least attenuated, characterized in that the at least one predefined harmonic to be attenuated in the corrected rotor operational parameter include the harmonic h_k = 2π/(nγ) (1 + 2k/(n-1)), wherein n is the number of winding sets and γ is the winding set phase shift between the winding sets, k is an integer equal or larger than 0, wherein the number of phases is three. deriving, for each winding set , a preliminary rotor operational parameter based on a current and a voltage of the respective winding set ; calculating for at least two winding sets and for at least one predefined harmonic (h), a rotor operational parameter harmonic correction term based on the preliminary rotor operational parameter (39,θ1,ω1; 41,θ2,ω2) of at least two winding sets ; calculating for at least one winding set , a corrected rotor operational parameter based on the preliminary operational parameter of this winding set and the rotor operational parameter harmonic correction term of this winding set, wherein in particular the corrected rotor operational parameter has the at least one predefined harmonic removed or at least attenuated, characterized in that the at least one predefined harmonic to be attenuated in the corrected rotor operational parameter include the harmonic h_k = 2π/(nγ) (1 + 2k/(n-1)), wherein n is the number of winding sets and γ is the winding set phase shift between the winding sets, k is an integer equal or larger than 0, wherein the number of phases is three.
Delaboration chamber , wherein the delaboration chamber has an outer housing , wherein the outer housing can be sealed by a removable cover , wherein the delaboration chamber has an inner floor , wherein a first chamber region is formed underneath the inner floor by the inner floor and the outer housing , wherein the first chamber region is filled with a flowable or solid medium, wherein the inner floor has a recess for receiving an explosive object, wherein the recess is designed for receiving the explosive object completely, wherein the recess is laterally surrounded by the first chamber region, wherein the cover can be opened to expose an opening on the upper side of the delaboration chamber, wherein the cover is connected to the outer housing in a shockproof manner, wherein the cover has a pressure relief , wherein the pressure relief has at least one deflection for the detonation gases occurring during explosion of an explosive object.
An electrical insulating paper comprising 40-80 wt.% of aramid fibrid, 10-50 wt.% of aramid pulp, and 10-50 wt.% of aramid short-cut, the aramid pulp being para-aramid pulp with a length of 0.5-6 mm and a Schopper Riegler of 15-85, and wherein the aramid fibrid has a Schopper-Riegler (SR) value between 50 and 90 and/or a specific surface area (SSA) of less than 10 m 2 /g. 40-80 wt.% of aramid fibrid, 10-50 wt.% of aramid pulp, and 10-50 wt.% of aramid short-cut,
A gas turbine engine comprising: a compressor section ; a diffuser case downstream from the compressor section ; a combustor section downstream from the diffuser case ; a turbine section downstream from the combustor section ; and a water tank comprising an outlet ; an injector fluidically connected to the outlet of the water tank and to the turbine section , wherein the injector is configured to direct steam (S) from the water tank into the turbine section ; and characterised by a heat exchanger comprising: the water tank ; a gas passage with an inlet fluidically connected to the compressor section or the diffuser case and an outlet fluidically connected to the injector , wherein the gas passage is in thermal communication with the water tank ; and a valve between the outlet of the water tank and the injector , wherein the valve is configured to open when pressure in the water tank exceeds a set value. a compressor section ; a diffuser case downstream from the compressor section ; a combustor section downstream from the diffuser case ; a turbine section downstream from the combustor section ; and a water tank comprising an outlet ; an injector fluidically connected to the outlet of the water tank and to the turbine section , wherein the injector is configured to direct steam (S) from the water tank into the turbine section ; and characterised by a heat exchanger comprising: the water tank ; a gas passage with an inlet fluidically connected to the compressor section or the diffuser case and an outlet fluidically connected to the injector , wherein the gas passage is in thermal communication with the water tank ; and the water tank ; a gas passage with an inlet fluidically connected to the compressor section or the diffuser case and an outlet fluidically connected to the injector , wherein the gas passage is in thermal communication with the water tank ; and a valve between the outlet of the water tank and the injector , wherein the valve is configured to open when pressure in the water tank exceeds a set value.
A mooring robot configured to releasably fasten a vessel to a dock or to a second vessel, the mooring robot comprising: a) a base configured to attach to said dock or second vessel; b) an attachment element configured to releasably engage with a surface of said vessel; and c) at least two linkages dependent from the base and together supporting the attachment element, each linkage (9; 100) comprising a base arm and an attachment arm pivotably connected together at a revolute intermediate joint , the base arm pivotably connected to the base at a revolute base joint (130; 230) and the attachment arm pivotably connected to the attachment element at a revolute attachment joint (150; 250), wherein the three joints each define a rotational axis that are spaced apart and parallel to each other, and wherein the rotational axes of the joints of a first linkage of the at least two linkages are not parallel to the rotational axes of the joints of at least one second linkage of the at least two linkages, wherein the at least two linkages are configured to retract and extend to move the attachment element in a transverse direction towards and away from the base respectively, and the base arm and the attachment arm of the at least two linkages are a same length as each other. a) a base configured to attach to said dock or second vessel; b) an attachment element configured to releasably engage with a surface of said vessel; and c) at least two linkages dependent from the base and together supporting the attachment element, each linkage (9; 100) comprising a base arm and an attachment arm pivotably connected together at a revolute intermediate joint , the base arm pivotably connected to the base at a revolute base joint (130; 230) and the attachment arm pivotably connected to the attachment element at a revolute attachment joint (150; 250), wherein the three joints each define a rotational axis that are spaced apart and parallel to each other, and wherein the rotational axes of the joints of a first linkage of the at least two linkages are not parallel to the rotational axes of the joints of at least one second linkage of the at least two linkages,
A sound insulation flooring material comprising: a plurality of layers; a first balance layer formed under the plurality of layers; a second balance layer formed under the first balance layer; a primer layer formed under the second balance layer; a PE foam layer formed under the primer layer; and a PE release paper layer formed under the PE foam layer, wherein the primer layer includes a first composition, a second composition, and a curing agent, and the first composition includes: a resin; propanol; 1-methoxy-2-propanol; propyl acetate; isopropanol; butanone; and water. a plurality of layers; a first balance layer formed under the plurality of layers; a second balance layer formed under the first balance layer; a primer layer formed under the second balance layer; a PE foam layer formed under the primer layer; and a PE release paper layer formed under the PE foam layer, wherein the primer layer includes a first composition, a second composition, and a curing agent, and the first composition includes: a resin; propanol; 1-methoxy-2-propanol; propyl acetate; isopropanol; butanone; and water. a resin; propanol; 1-methoxy-2-propanol; propyl acetate; isopropanol; butanone; and water.
A bi-specific molecule which comprises: (i) a first domain which comprises a truncated A proliferation-inducing ligand (APRIL) which comprises SEQ ID No. 2 or a variant thereof having at least 80% sequence identity which binds BCMA, but lacks the amino terminal portion responsible for proteoglycan binding; and (ii) a second domain which comprises a CD3-specific antibody or a part thereof and is capable of activating a T cell by binding CD3 on the T-cell surface and triggering the same pathway triggered by antigen-specific recognition by the T cell receptor. (i) a first domain which comprises a truncated A proliferation-inducing ligand (APRIL) which comprises SEQ ID No. 2 or a variant thereof having at least 80% sequence identity which binds BCMA, but lacks the amino terminal portion responsible for proteoglycan binding; and (ii) a second domain which comprises a CD3-specific antibody or a part thereof and is capable of activating a T cell by binding CD3 on the T-cell surface and triggering the same pathway triggered by antigen-specific recognition by the T cell receptor.