mhurhangee/ep-ind-claims huggingface dataset:
Position sensor, comprising - at least a magneto sensitive element (11 - 14), - a signal evaluation unit that is coupled to the at least one magneto sensitive element (11 - 14) and is configured to generate a measurement signal, - a bus terminal, - an output stimulation unit configured to generate a set signal and - an interface unit that is configured to provide a sensor output signal depending on the measurement signal in a measurement mode of operation and depending on the set signal in a calibration mode of operation, characterized in that the interface unit comprises an interface and a multiplexer having - a first input coupled to the signal evaluation unit, - a second input coupled to the output stimulation unit and - an output coupled to the interface, wherein the position sensor comprises a serial peripheral interface that is connected to the bus terminal and to the output stimulation unit, wherein the output stimulation unit is configured to provide the set signal depending on set data received from the bus terminal via the serial peripheral interface, and wherein the serial peripheral interface is coupled to a control input of the multiplexer and configured to generate a multiplexer control signal that is provided to the control terminal of the multiplexer and determines whether the set signal or the measurement signal is provided to the interface. - at least a magneto sensitive element (11 - 14), - a signal evaluation unit that is coupled to the at least one magneto sensitive element (11 - 14) and is configured to generate a measurement signal, - a bus terminal, - an output stimulation unit configured to generate a set signal and - an interface unit that is configured to provide a sensor output signal depending on the measurement signal in a measurement mode of operation and depending on the set signal in a calibration mode of operation, characterized in that the interface unit comprises an interface and a multiplexer having - a first input coupled to the signal evaluation unit, - a second input coupled to the output stimulation unit and - an output coupled to the interface, wherein the position sensor comprises a serial peripheral interface that is connected to the bus terminal and to the output stimulation unit, wherein the output stimulation unit is configured to provide the set signal depending on set data received from the bus terminal via the serial peripheral interface, and wherein the serial peripheral interface is coupled to a control input of the multiplexer and configured to generate a multiplexer control signal that is provided to the control terminal of the multiplexer and determines whether the set signal or the measurement signal is provided to the interface.
Method for protecting configuration data of a data bus transceiver which is operable in partial networking, wherein the configuration data are provided for comparison with data of data bus messages incoming via a data bus, CAN, characterized in that a reference checksum of the configuration data is generated and stored, wherein this reference checksum is checked recursively, and in the case of a detected change, a wake-up signal and/or a piece of error information is output.
A method for producing instant noodles, comprising at least the following steps C1 to C3: the step C 1 of producing noodle dough by kneading a raw material powder, water and kansui; the step C2 of producing noodle strings from the noodle dough; and the step C3 of adding magnesium chloride to the noodle strings. the step C 1 of producing noodle dough by kneading a raw material powder, water and kansui; the step C2 of producing noodle strings from the noodle dough; and the step C3 of adding magnesium chloride to the noodle strings.
A method for forming a fog of ice nuclei in a freeze dryer comprising the steps of: [a] introducing a humid carrier gas into said freeze dryer, thereby forming a water vapour region; [b] introducing a cryogenic fluid into said freeze dryer, thereby contacting said humid carrier gas and forming an ice fog region surrounded by said water vapour region; [c] introducing a humid carrier gas into said freeze dryer, thereby forming a second water vapour region, with said water vapour region and said ice fog region mixing to form a mixed growth region; and [d] introducing a cryogenic fluid into said freeze dryer, thereby contacting said second water vapour region to produce a second ice fog region within said second water vapour region and said mixed growth region. [a] introducing a humid carrier gas into said freeze dryer, thereby forming a water vapour region; [b] introducing a cryogenic fluid into said freeze dryer, thereby contacting said humid carrier gas and forming an ice fog region surrounded by said water vapour region; [c] introducing a humid carrier gas into said freeze dryer, thereby forming a second water vapour region, with said water vapour region and said ice fog region mixing to form a mixed growth region; and [d] introducing a cryogenic fluid into said freeze dryer, thereby contacting said second water vapour region to produce a second ice fog region within said second water vapour region and said mixed growth region.
A method, comprising: performing an atomic layer deposition sequence comprising at least one deposition cycle, each cycle producing a monolayer of deposited material, the deposition cycle comprising introducing at least a first precursor species and a second precursor species to a substrate surface in a reaction chamber, wherein both of said first and second precursor species are present in gas phase in said reaction chamber simultaneously, and wherein the deposition cycle comprises an activation period and a regeneration period, and in the method: during the activation period, the first precursor species adsorbed to the substrate surface in a preceding regeneration period is excited by photon energy, whereby the adsorbed first precursor species reacts on the surface with the second precursor species which is in gas phase; and during a subsequent regeneration period, the first precursor species which is in gas phase reacts with the second precursor species adsorbed to the surface in the activation period. during the activation period, the first precursor species adsorbed to the substrate surface in a preceding regeneration period is excited by photon energy, whereby the adsorbed first precursor species reacts on the surface with the second precursor species which is in gas phase; and during a subsequent regeneration period, the first precursor species which is in gas phase reacts with the second precursor species adsorbed to the surface in the activation period.
Hook for agricultural machine, comprising a main hook-shaped body provided with a seat for hooking a ball joint, and a plug operating within said main body and movable between a first locking position for locking said joint on said seat and a second releasing position for releasing said ball joint from said seat, said hook further comprising safety means adapted to prevent the untimely moving back of said plug from said first locking position to said second releasing position in the presence of forces acting on the front end of said plug, said safety means comprising a blind recess obtained inside said main body and a pin directly or indirectly combined with said plug and adapted to come into contact with the inner surface of said blind recess at least when said plug is subjected to said forces acting on its front end such as to assume a third intervention position of said safety means between said first position and said second position, wherein said ball joint is further locked on said seat, wherein outer means drive the displacement of said plug between said first position and said second position, and vice-versa, wherein said outer drive means comprise a lever pivoted to the back part of said plug around a first axis, said lever being operable from the outside of said main body and further being pivoted to said main body around a second axis, said first axis being distinct from said second axis, wherein said lever is pivoted to said plug by means of said pin of said safety means.
An energy storage construction system being one or more of a vertical construction, a horizontal construction or a pipeline, the energy storage construction system comprising a compressed gas pressure vessel being a constructive element of the energy storage construction system, the compressed gas pressure vessel comprising - a first, inner, segment, wherein the inner segment comprises an inlet for filling or emptying the inner segment and wherein the inner segment is suitable for storing hydrogen gas, and - a second, outer, segment, the outer segment adapted for being filled with and for storing a gas, different from hydrogen gas, wherein the outer segment is substantially fully encompassing the inner segment, the outer segment of the constructive element thereby being able to carry mechanical loads of the energy storage construction system induced on the constructive element. the compressed gas pressure vessel comprising - a first, inner, segment, wherein the inner segment comprises an inlet for filling or emptying the inner segment and wherein the inner segment is suitable for storing hydrogen gas, and - a second, outer, segment, the outer segment adapted for being filled with and for storing a gas, different from hydrogen gas, - a first, inner, segment, wherein the inner segment comprises an inlet for filling or emptying the inner segment and wherein the inner segment is suitable for storing hydrogen gas, and - a second, outer, segment, the outer segment adapted for being filled with and for storing a gas, different from hydrogen gas, wherein the outer segment is substantially fully encompassing the inner segment, the outer segment of the constructive element thereby being able to carry mechanical loads of the energy storage construction system induced on the constructive element.
A molecule or compound comprising or consisting of one of the following consensus structures to: Arg 1 -(SP A)-Arg 5 -(SP B)-X-(SP C)-Arg 9 -(LD 10) n -(XD 11) m; Arg 1 -(SP C)-X-(SP B)-Arg 5 -(SP A)-Arg 9 -(LD 10) n -(XD 11) m; (XD -2) m -(LD -1) n -Arg 1 -(SP A)-Arg 5 -(SP B)-X-(SP C)-Arg 9; or (XD- 2) m -(LD -1) n -Arg 1 (SP C)-X-(SP B)-Arg 5 -(SP A)-Arg 9; (a) wherein, LD 10 or LD -1 represents any L- or D- amino acid other than D-arginine, D-lysine; L-arginine or L-lysine and n has a value of 0 to 10; (b) wherein XD 11 or XD -2 represents any D-amino acid other than D-arginine or D-lysine and m has a value of 0 or 1; (c) wherein Arg 1, Arg 5, and Arg 9 represent L-arginine; and X represents L-lysine or L-arginine; (d) wherein (SP A) consists of a peptide chain of 3 amino acid residues, wherein each residue is independently selected from any amino acid residue other than D-arginine, D-lysine, L-arginine or L-lysine; (e) wherein (SPc) consists of a single amino acid residue that is any amino acid residue other than D-arginine, D-lysine, L-arginine or L-lysine; and (f) wherein (SP B) consists of a single D-amino acid residue that is any amino acid residue other than D-arginine or D-lysine. Arg 1 -(SP A)-Arg 5 -(SP B)-X-(SP C)-Arg 9 -(LD 10) n -(XD 11) m; Arg 1 -(SP C)-X-(SP B)-Arg 5 -(SP A)-Arg 9 -(LD 10) n -(XD 11) m; (XD -2) m -(LD -1) n -Arg 1 -(SP A)-Arg 5 -(SP B)-X-(SP C)-Arg 9; or (XD- 2) m -(LD -1) n -Arg 1 (SP C)-X-(SP B)-Arg 5 -(SP A)-Arg 9; (a) wherein, LD 10 or LD -1 represents any L- or D- amino acid other than D-arginine, D-lysine; L-arginine or L-lysine and n has a value of 0 to 10; (b) wherein XD 11 or XD -2 represents any D-amino acid other than D-arginine or D-lysine and m has a value of 0 or 1; (c) wherein Arg 1, Arg 5, and Arg 9 represent L-arginine; and X represents L-lysine or L-arginine; (d) wherein (SP A) consists of a peptide chain of 3 amino acid residues, wherein each residue is independently selected from any amino acid residue other than D-arginine, D-lysine, L-arginine or L-lysine; (e) wherein (SPc) consists of a single amino acid residue that is any amino acid residue other than D-arginine, D-lysine, L-arginine or L-lysine; and (f) wherein (SP B) consists of a single D-amino acid residue that is any amino acid residue other than D-arginine or D-lysine. (a) wherein, LD 10 or LD -1 represents any L- or D- amino acid other than D-arginine, D-lysine; L-arginine or L-lysine and n has a value of 0 to 10; (b) wherein XD 11 or XD -2 represents any D-amino acid other than D-arginine or D-lysine and m has a value of 0 or 1; (c) wherein Arg 1, Arg 5, and Arg 9 represent L-arginine; and X represents L-lysine or L-arginine; (d) wherein (SP A) consists of a peptide chain of 3 amino acid residues, wherein each residue is independently selected from any amino acid residue other than D-arginine, D-lysine, L-arginine or L-lysine; (e) wherein (SPc) consists of a single amino acid residue that is any amino acid residue other than D-arginine, D-lysine, L-arginine or L-lysine; and (f) wherein (SP B) consists of a single D-amino acid residue that is any amino acid residue other than D-arginine or D-lysine.
Use of a pressure-sensitive adhesive comprising at least one adhesive component comprising at least one polymer component based on a monomer mixture comprising at least one of the following monomers: - at least one acrylic ester - at least one methacrylic ester - acrylic acid - methacrylic acid for the bonding of printing plates, particularly to printing cylinders and/or printing sleeves, characterized in that the pressure-sensitive adhesive further comprises 10 to 25 wt%, based in each case on the overall blend of the at least one adhesive component without solvent, of at least one compound selected from the group consisting of aliphatic dicarboxylic esters, acetylated polyols and ethoxylated fatty acid amines. - at least one acrylic ester - at least one methacrylic ester - acrylic acid - methacrylic acid
Fast-switching valve having a valve bore in which a valve slide is guided, said valve slide having on its outer periphery a first groove and a second groove spaced axially apart therefrom, which grooves are assigned a common inflow channel and a respective outflow channel (A1, A2), wherein, in an open position of the valve slide, the first groove is able to be flowed in a closing direction while the second groove is able to be flowed in an opening direction, which is opposite to the closing direction, characterized in that, in a transition from the first groove to an outflow-side control edge of the first groove, there is formed an outflow-side cone portion whose angle of inclination is less than 40 degrees in relation to a longitudinal axis of the valve slide, wherein, in a transition from an inflow-side control edge of the first groove into the first groove, there is formed an inflow-side cone portion whose angle of inclination is less than 90 degrees in relation to the longitudinal axis of the valve slide and via which, during the flow through the first groove in the closing direction, an axial force in the opening direction is able to be generated, wherein a middle cone portion is formed between the inflow-side cone portion and the outflow-side cone portion.
An oral care implement, comprising: a head having a hole therein; and a group of non-parallel tooth cleaning elements extending from within the hole; wherein the tooth cleaning elements together define therebetween a conically-shaped cavity, characterised in that the cavity has an apex within the hole. a head having a hole therein; and a group of non-parallel tooth cleaning elements extending from within the hole;
A machine for preparing liquid food products, in particular via capsules, comprising at least: - a source of a liquid; - a delivery assembly, having a brewing chamber (11a, 11b) configured for receiving a precursor of a liquid food product, in particular a precursor contained in a capsule, and for delivering the food product following upon passage of the liquid through the brewing chamber (11a, 11b); - a pump, for pumping the liquid from the supply through the brewing chamber (11a, 11b) of the delivery assembly and thereby causing delivery of the food product; and - a control system, configured for controlling an electric motor of the pump having a rotating shaft, wherein the pump has a pump casing with an inlet and an outlet, in the pump casing there being defined a cylinder in which a piston extends at least in part to define a variable-volume work chamber; wherein present between the shaft of the motor and the piston is a transmission arrangement (44, 48) configured for causing a reciprocating movement of the piston with a predetermined stroke between an advanced position and a retracted position, and thereby varying the volume of the work chamber, the transmission arrangement (44, 48) comprising an actuation member, which is driven in rotation by the shaft of the motor and is operatively coupled to the piston, wherein the pump has an intake valve and a delivery valve, for connecting the work chamber in fluid communication with the inlet and with the outlet of the pump casing, respectively, the intake valve being configured for assuming an opening position and a closing position as a result of the displacement of the piston towards its advanced and retracted positions, respectively, and the delivery valve being configured for assuming an opening position and a closing position as a result of the displacement of the piston towards its retracted and advanced positions, respectively, the machine being characterized in that the actuation member has a cam path to which the piston is coupled via a corresponding cam-follower, the cam path being configured for determining the predetermined stroke of the piston between the advanced position and the retracted position. - a source of a liquid; - a delivery assembly, having a brewing chamber (11a, 11b) configured for receiving a precursor of a liquid food product, in particular a precursor contained in a capsule, and for delivering the food product following upon passage of the liquid through the brewing chamber (11a, 11b); - a pump, for pumping the liquid from the supply through the brewing chamber (11a, 11b) of the delivery assembly and thereby causing delivery of the food product; and - a control system, configured for controlling an electric motor of the pump having a rotating shaft,
An obturator device for a printhead comprising: an obturator assembly having a valve surface movable along at least one direction of displacement between a first position, in which the valve surface is at a distance from a reference surface, and a second position, in which the valve surface is in contact with the reference surface, said obturator assembly further comprising a connecting element, and a valve element, with which the valve surface is associated and which is adapted to house at least part of the connecting element, said connecting element further comprises a shaped structure at a distal end thereof; biasing means arranged between the connecting element and the valve element configured to bias the valve surface away from the connecting element, and an actuator, secured to the obturator assembly and operable to displace the obturator assembly between the first position and second position, wherein the obturator assembly comprises an adjustable coupling configured to allow the valve surface to align its orientation relative to the reference surface; wherein the adjustable coupling is configured to allow rotation of the valve surface about a centre and to allow displacement of the valve surface along a direction of displacement toward said shaped structure, a fixing means is operable to retain the valve surface in the position wherein the valve surface is substantially parallel with the reference surface. an obturator assembly having a valve surface movable along at least one direction of displacement between a first position, in which the valve surface is at a distance from a reference surface, and a second position, in which the valve surface is in contact with the reference surface, said obturator assembly further comprising a connecting element, and a valve element, with which the valve surface is associated and which is adapted to house at least part of the connecting element, said connecting element further comprises a shaped structure at a distal end thereof; biasing means arranged between the connecting element and the valve element configured to bias the valve surface away from the connecting element, and an actuator, secured to the obturator assembly and operable to displace the obturator assembly between the first position and second position, wherein the obturator assembly comprises an adjustable coupling configured to allow the valve surface to align its orientation relative to the reference surface; wherein the adjustable coupling is configured to allow rotation of the valve surface about a centre and to allow displacement of the valve surface along a direction of displacement toward said shaped structure, a fixing means is operable to retain the valve surface in the position wherein the valve surface is substantially parallel with the reference surface.
A liner for use with a respiratory mask having a face-engaging portion, the liner comprising: a body constructed from an absorbent material, the body having an outer edge, an inner edge and an opening bounded by the inner edge, wherein a perimeter of the outer edge is larger than a perimeter of the face-engaging portion of the respiratory mask for forming an extending portion of the body, the liner configured to be releasably held between the mask and the user's face, characterized in that the extending portion is configured to be in non-adhering communication with a user's face and the extending portion is a baffle for regulating the flow of air away from the face-engaging portion. a body constructed from an absorbent material, the body having an outer edge, an inner edge and an opening bounded by the inner edge, wherein a perimeter of the outer edge is larger than a perimeter of the face-engaging portion of the respiratory mask for forming an extending portion of the body, the liner configured to be releasably held between the mask and the user's face, characterized in that the extending portion is configured to be in non-adhering communication with a user's face and the extending portion is a baffle for regulating the flow of air away from the face-engaging portion.
Connector comprising a hook-shaped body, a finger connected to the hook-shaped body and oscillating between a closed condition, in which it is engaged with one end of the body, and an open condition, in which it is separate from the same, in opposition to the elastic action of a spring, a screwgate coupled with the oscillating finger for locking the latter in the closed position, a proximity communication element or tag associated with the screwgate, characterized in that the proximity communication element or tag is substantially configured as a ring, wherein the ring is housed in an annular groove formed inside or outside the screwgate, having a depth substantially equal to the radial thickness of the ring, so that the latter can be housed inside the groove.