mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic valve comprising: a yoke; a magnet (30a, 30b) having pole pieces (50a, 50b) defining a gap; a flexure assembly having one end attached to the yoke, such that part of the flexure assembly extends into the gap, the flexure assembly having at least one resilient portion formed of a resilient material and at least one magnetisable portion, wherein that part of the flexure assembly that extends into the gap is movable between the pole pieces through an intermediate position towards which it is resiliency biased such that a resilient mechanical force is generated by deflecting the resilient portion from an undeflected position; and means for polarising the magnetisable portion of the flexure assembly so that the part of the flexure assembly that is movable between the pole pieces is attracted towards a pole piece by a magnetic force, thereby defining a valve state; wherein the magnetisable portion and the resilient portion of the flexure assembly are configured such that the magnetic force defining the valve state is greater than the resilient mechanical force; wherein the magnetisable portion of the flexure assembly comprises elements of magnetisable material, characterised in that each element of magnetisable material comprises regions of reduced magnetic permeability separating the elements from the resilient portion, and wherein the elements of magnetisable material do not contribute significantly to the resilient mechanical force. a yoke; a magnet (30a, 30b) having pole pieces (50a, 50b) defining a gap; a flexure assembly having one end attached to the yoke, such that part of the flexure assembly extends into the gap, the flexure assembly having at least one resilient portion formed of a resilient material and at least one magnetisable portion, wherein that part of the flexure assembly that extends into the gap is movable between the pole pieces through an intermediate position towards which it is resiliency biased such that a resilient mechanical force is generated by deflecting the resilient portion from an undeflected position; and means for polarising the magnetisable portion of the flexure assembly so that the part of the flexure assembly that is movable between the pole pieces is attracted towards a pole piece by a magnetic force, thereby defining a valve state; wherein the magnetisable portion and the resilient portion of the flexure assembly are configured such that the magnetic force defining the valve state is greater than the resilient mechanical force; wherein the magnetisable portion of the flexure assembly comprises elements of magnetisable material, characterised in that each element of magnetisable material comprises regions of reduced magnetic permeability separating the elements from the resilient portion, and wherein the elements of magnetisable material do not contribute significantly to the resilient mechanical force.
An electric lawn mower comprising: a mower body including an electric motor, the electric motor being driven by a supply of electric power, a cutting blade rotatably driven by the electric motor for mowing a lawn and a battery mount device that can hold a battery, characterised in further comprising a battery converter including a converter body and an adapter, wherein: the converter body is configured such that batteries can be inserted into the converter body so as to be stored therein, the adapter is designed to be capable of being mounted to the battery mount device in place of the battery such that the battery converter can be used in place of the battery for operating the electric lawn mower, and the adapter and the battery converter are electrically connected to each other via a power cord. a mower body including an electric motor, the electric motor being driven by a supply of electric power, a cutting blade rotatably driven by the electric motor for mowing a lawn and a battery mount device that can hold a battery, characterised in further comprising a battery converter including a converter body and an adapter, wherein: the converter body is configured such that batteries can be inserted into the converter body so as to be stored therein, the adapter is designed to be capable of being mounted to the battery mount device in place of the battery such that the battery converter can be used in place of the battery for operating the electric lawn mower, and the adapter and the battery converter are electrically connected to each other via a power cord. the converter body is configured such that batteries can be inserted into the converter body so as to be stored therein, the adapter is designed to be capable of being mounted to the battery mount device in place of the battery such that the battery converter can be used in place of the battery for operating the electric lawn mower, and the adapter and the battery converter are electrically connected to each other via a power cord.
A process for the preparation of a product, the product being 6-methyl-3,4-di-hydro1,2,3-oxathiazin-4-one 2,2-dioxide or a salt thereof, the process comprising the following steps: a. Contacting SO 3 and acetoacetamide-N-sulphonic acid or a salt thereof in the presence of an amine, thereby obtaining a first stream comprising the amine and sulphuric acid; b. Providing a second stream comprising ammonia; c. Providing a circuit; d. Introducing the second stream into the circuit at point A and the first stream into the circuit at point B to obtain a cycle stream cycling in the circuit; e. Removing a portion of the cycle stream at a point C to obtain a third stream; wherein the circulation ratio is in the range from 3 to 30, the circulation ratio being the value of the mass flow rate of the cycle stream immediately preceding point A F c divided by the value of the mass flow rate of the first stream into the circuit at point B F 1 according to the following formula: circulation ratio = F c / F 1 a. Contacting SO 3 and acetoacetamide-N-sulphonic acid or a salt thereof in the presence of an amine, thereby obtaining a first stream comprising the amine and sulphuric acid; b. Providing a second stream comprising ammonia; c. Providing a circuit; d. Introducing the second stream into the circuit at point A and the first stream into the circuit at point B to obtain a cycle stream cycling in the circuit; e. Removing a portion of the cycle stream at a point C to obtain a third stream;
Endoprosthesis component having a body which predefines the shape of the endoprosthesis component and is made of a ceramic material, wherein the body has a coated face, the coating of which is designed for contact with human tissue and is produced from pure titanium or a titanium alloy by plasma spraying, wherein a rim that protrudes with respect to the coated face is formed on the body and wherein the protruding rim forms a peripheral boundary for the coating, characterized in that the rim has a surface roughness R a of more than 2.5 μm.
An automatic brake adjustment apparatus for automatically adjusting the length of a braking wire of a braking device, comprising: a frame, said frame comprising an accommodation chamber, a positioning seat and a coupling member, said positioning seat being movably mounted in said accommodation chamber; a first adjustment member rotatably mounted at said positioning seat of said frame, said first adjustment member comprising a gear and a first threaded portion characterised in that said frame further comprises a stop member, said stop member protruding into said accommodation chamber, and the automatic brake adjustment apparatus further comprises a second adjustment member comprising a second threaded portion meshed with said first threaded portion and a connection member connected to said braking wire of said braking device; an adjustment fork pivotally mounted at said positioning seat, said adjustment fork comprising an end portion facing toward said gear of said first adjustment member and an abutment edge facing toward said stop member; and a pullback spring, said pullback spring having two opposite ends thereof respectively connected to said positioning seat and said adjustment fork and being adapted to pull said end portion of said adjustment fork in direction toward said positioning seat, wherein said coupling member having one end thereof connected to said positioning seat and an opposite end thereof connected to a brake cable, and wherein said stop member comprises an adjustment component adapted for adjusting the protruding distance of said stop member in said accommodation chamber. a frame, said frame comprising an accommodation chamber, a positioning seat and a coupling member, said positioning seat being movably mounted in said accommodation chamber; a first adjustment member rotatably mounted at said positioning seat of said frame, said first adjustment member comprising a gear and a first threaded portion characterised in that said frame further comprises a stop member, said stop member protruding into said accommodation chamber, and the automatic brake adjustment apparatus further comprises a second adjustment member comprising a second threaded portion meshed with said first threaded portion and a connection member connected to said braking wire of said braking device; an adjustment fork pivotally mounted at said positioning seat, said adjustment fork comprising an end portion facing toward said gear of said first adjustment member and an abutment edge facing toward said stop member; and a pullback spring, said pullback spring having two opposite ends thereof respectively connected to said positioning seat and said adjustment fork and being adapted to pull said end portion of said adjustment fork in direction toward said positioning seat, wherein said coupling member having one end thereof connected to said positioning seat and an opposite end thereof connected to a brake cable, and wherein said stop member comprises an adjustment component adapted for adjusting the protruding distance of said stop member in said accommodation chamber.
A cosmetic product comprising a) a cosmetic preparation containing, based on the total weight thereof, a1) 45 to 98 wt.% of at least one polar solvent; a2) 0.5 to 15 wt.% of at least one copolymer of the monomers i) N-tert-octylacrylamide ii) acrylic acid iii) tert-butylaminoethyl methacrylate iv) and optionally other monomers b) a device for the flash evaporation of the cosmetic preparation a), comprising b1) a container which defines a closed inner chamber in which the cosmetic preparation can be stored, b2) a valve or a similarly functioning closing element, in order to close and open the inner chamber of the container filled at least in part with the cosmetic preparation a), b3) a heating device, in order to heat the cosmetic preparation a) in the closed inner chamber of the container by increasing the pressure, and to pressure-relieve the heated cosmetic preparation a) from the inner chamber of the container into the surrounding region by lowering the pressure, b4) a nozzle which makes it possible to atomize the cosmetic preparation a) escaping from the container. a) a cosmetic preparation containing, based on the total weight thereof, a1) 45 to 98 wt.% of at least one polar solvent; a2) 0.5 to 15 wt.% of at least one copolymer of the monomers i) N-tert-octylacrylamide ii) acrylic acid iii) tert-butylaminoethyl methacrylate iv) and optionally other monomers a1) 45 to 98 wt.% of at least one polar solvent; a2) 0.5 to 15 wt.% of at least one copolymer of the monomers i) N-tert-octylacrylamide ii) acrylic acid iii) tert-butylaminoethyl methacrylate iv) and optionally other monomers i) N-tert-octylacrylamide ii) acrylic acid iii) tert-butylaminoethyl methacrylate iv) and optionally other monomers b) a device for the flash evaporation of the cosmetic preparation a), comprising b1) a container which defines a closed inner chamber in which the cosmetic preparation can be stored, b2) a valve or a similarly functioning closing element, in order to close and open the inner chamber of the container filled at least in part with the cosmetic preparation a), b3) a heating device, in order to heat the cosmetic preparation a) in the closed inner chamber of the container by increasing the pressure, and to pressure-relieve the heated cosmetic preparation a) from the inner chamber of the container into the surrounding region by lowering the pressure, b4) a nozzle which makes it possible to atomize the cosmetic preparation a) escaping from the container. b1) a container which defines a closed inner chamber in which the cosmetic preparation can be stored, b2) a valve or a similarly functioning closing element, in order to close and open the inner chamber of the container filled at least in part with the cosmetic preparation a), b3) a heating device, in order to heat the cosmetic preparation a) in the closed inner chamber of the container by increasing the pressure, and to pressure-relieve the heated cosmetic preparation a) from the inner chamber of the container into the surrounding region by lowering the pressure, b4) a nozzle which makes it possible to atomize the cosmetic preparation a) escaping from the container.
A method of increasing fiber length of a fiber producing plant, the method comprising exogenously expressing an isolated polynucleotide comprising a nucleic acid sequence encoding a polypeptide having the amino acid sequence set forth in SEQ ID NO: 927, thereby increasing the fiber length of the fiber producing plant.
An electric vehicle control system comprising: a vehicle controller configured to calculate a driver's demand torque command value according to a driver's accelerating or braking operation; a motor controller configured to control an electric motor which generates a driving/braking force on wheels (FL, FR) according to a command value; and an actuator controller configured to calculate a vehicle demand torque command value according to vehicle behavior in response to different road surface condition and control an actuator installed in the vehicle, characterized in that the motor controller: is configured to select, as the command value, either of the driver's demand torque command value from the vehicle controller or the vehicle demand torque command value received directly from the actuator controller without the vehicle controller, to control the electric motor. a vehicle controller configured to calculate a driver's demand torque command value according to a driver's accelerating or braking operation; a motor controller configured to control an electric motor which generates a driving/braking force on wheels (FL, FR) according to a command value; and an actuator controller configured to calculate a vehicle demand torque command value according to vehicle behavior in response to different road surface condition and control an actuator installed in the vehicle, characterized in that the motor controller: is configured to select, as the command value, either of the driver's demand torque command value from the vehicle controller or the vehicle demand torque command value received directly from the actuator controller without the vehicle controller, to control the electric motor.
Device for automatically cutting a loaf of bread into slices, comprising a frame, an input table for the bread to be cut and an output table for the cut bread, whereby these tables (4,5) each comprise a substantially level base (4a,5a), the device comprises a set of blades for cutting the loaf of bread arranged substantially parallel to one another between said input table and output table and a push rod which can be moved in the input table between a first position in which a loaf of bread can be introduced in said table and a second position adjacent to the set of blades, in which the cut loaf can be removed from the output table, such that the loaf of bread can move in a cutting direction through the set of blades during the cutting, whereby said device also comprises at least one holding plate (8,9) fixed on a mobile support (10,11) which is driven by drive means to move said holding plate (8,9) in the output table, substantially parallel to its base (5 a) and transversely to the direction of movement of the push rod, between a first position in which the holding plate (8,9) is situated near a lateral edge of said base and a second position in which said holding plate (8,9) makes contact with the loaf of bread while it is being cut, the device being characterised in that at least a part of the holding plate (8,9) is directed slantingly with respect to said cutting direction and is resiliently movable in relation to its support (10,11).
A method performed by a first wireless device, the method comprising: receiving, from a network node (960; 960a; 960b), aggregated uplink information associated with uplink grant free, GF, configurations for two or more first user equipments, UEs, (910, 910a, 910b), wherein the aggregated uplink information comprises an indication of at least one periodic uplink resource and an indication of a periodicity of the at least one periodic uplink resource allocated to the two or more first UEs (910, 910a, 910b); and configuring an uplink transmission based on the aggregated uplink information, by considering the at least one periodic uplink resource as a reserved resource. receiving, from a network node (960; 960a; 960b), aggregated uplink information associated with uplink grant free, GF, configurations for two or more first user equipments, UEs, (910, 910a, 910b), wherein the aggregated uplink information comprises an indication of at least one periodic uplink resource and an indication of a periodicity of the at least one periodic uplink resource allocated to the two or more first UEs (910, 910a, 910b); and configuring an uplink transmission based on the aggregated uplink information, by considering the at least one periodic uplink resource as a reserved resource.
A control valve to maintain the pressure of a fluid contained in a circuit either below or above a pressure setting, this control valve comprising a body in which a slide valve is mounted between an open position and a closed position, this slide valve having one end intended to be subject to the pressure of the fluid to be regulated, the body comprising two openings (11, 12), one of which is intended to be connected to the circuit, the slide valve closing off these two openings when it is in the closed position, the slide valve placing the two openings (11, 12) in communication with one another when it is in the open position to transfer fluid either outside the circuit to decrease the pressure prevailing in this circuit below the pressure setting, or toward the circuit to increase the pressure prevailing in the circuit above the pressure setting, characterized in that it includes a control chamber delimited by the body and by the slide valve moving against the pressure in this control chamber, the pressure setting of the fluid to be controlled being conditioned by the pressure in this control chamber, this control chamber being intended to be connected to means for regulating the pressure in this control chamber.
Handling unit for repositioning of parts, with a first drive for realizing a movement in the longitudinal direction and a second drive for realizing a movement along a circular path, wherein the first drive comprises a piston rod disposed in a housing firmly in the longitudinal direction and rotatably about its longitudinal axis and comprising a longitudinal drive piston, and a hollow cylinder movable relative to the longitudinal drive piston in the longitudinal direction and delimiting at least one pressure chamber with the piston so that the longitudinal drive piston is arranged secured against rotation relative to the hollow cylinder, wherein a handling arm can be arranged at the hollow cylinder such that due to a longitudinal movement of the hollow cylinder the handling arm is movable in the longitudinal direction and wherein the piston rod with the second drive for rotating the piston rod together with the hollow cylinder is rotationally coupled so that due to a rotational movement of the piston rod the handling arm is movable on a circular arc.
Solid wall helical centrifuge having a. a rotatable drum and a screw which is arranged in the drum and can be rotated at a differential rotational speed with respect to the drum and which has at least one helical screw blade which is arranged on the outer circumference of a screw body, b. and having at least one pressure plate which is arranged on the screw body and which coincides with the screw blade, in at least one area (19, 18), so that at least one wedge-shaped area (10, 13) is formed between the pressure plate and the screw blade, c. at least one window-like aperture being formed in the screw blade in the at least one wedge area and permitting a flow of material through the screw blade, characterized in that d. the pressure plate coincides with the screw blade in two wedge-shaped areas (19, 18), and in that one of the window-like apertures (11, 12) is respectively formed in the screw blade on both sides of the pressure plate, in the two wedge-shaped areas (10, 13). a. a rotatable drum and a screw which is arranged in the drum and can be rotated at a differential rotational speed with respect to the drum and which has at least one helical screw blade which is arranged on the outer circumference of a screw body, b. and having at least one pressure plate which is arranged on the screw body and which coincides with the screw blade, in at least one area (19, 18), so that at least one wedge-shaped area (10, 13) is formed between the pressure plate and the screw blade, c. at least one window-like aperture being formed in the screw blade in the at least one wedge area and permitting a flow of material through the screw blade, characterized in that d. the pressure plate coincides with the screw blade in two wedge-shaped areas (19, 18), and in that one of the window-like apertures (11, 12) is respectively formed in the screw blade on both sides of the pressure plate, in the two wedge-shaped areas (10, 13).
A method comprising: generating a drive signal including transient sections separated in time by flat sections; providing the drive signal to a first conductive element of a digitizer sensor; sampling outputs transferred to a second conductive element that is capacitively coupled to the first conductive element, wherein a number of sampling events of the sampling are timed to take place during the transient sections of the drive signal and another number of sampling events of the sampling are timed to take place during the flat sections of the drive signal; and using a first output sampled associated with the flat sections to suppress noise in a second output sampled associated with the transient sections; wherein the drive signal is an oscillating signal that is interrupted by a flat signal a plurality of times over its half period of oscillation. generating a drive signal including transient sections separated in time by flat sections; providing the drive signal to a first conductive element of a digitizer sensor; sampling outputs transferred to a second conductive element that is capacitively coupled to the first conductive element, wherein a number of sampling events of the sampling are timed to take place during the transient sections of the drive signal and another number of sampling events of the sampling are timed to take place during the flat sections of the drive signal; and using a first output sampled associated with the flat sections to suppress noise in a second output sampled associated with the transient sections;