mhurhangee/ep-ind-claims huggingface dataset:
Method of filtering an input signal (3b, 4b, 5b) relating to a physical quantity of a turbomachine, the input signal being digitized, the method implementing in a computer of a control system of the said turbomachine a frequency filtering of the said signal, the said signal being supplied at the input of the computer, a digital derivative of the said signal being intended to be used by the control system characterized in that the following is implemented: - a detection in said input signal of a variation in amplitude of said quantity, by a step of generating a second derivative signal of the input signal and a step of comparing a value of the second derivative signal of the input signal with at least one predetermined threshold (S1...Sn), - adapting the frequency filtering of said input signal as a function of the detected amplitude variation of said quantity, by a step of controlling a controlled filter configured to apply a low-pass type frequency filtering to the input signal, so that the controlled filter applies the frequency filtering if the value of the second derivative signal of the input signal is lower than the at least one predetermined threshold (S1...Sn). - a detection in said input signal of a variation in amplitude of said quantity, by a step of generating a second derivative signal of the input signal and a step of comparing a value of the second derivative signal of the input signal with at least one predetermined threshold (S1...Sn), - adapting the frequency filtering of said input signal as a function of the detected amplitude variation of said quantity, by a step of controlling a controlled filter configured to apply a low-pass type frequency filtering to the input signal, so that the controlled filter applies the frequency filtering if the value of the second derivative signal of the input signal is lower than the at least one predetermined threshold (S1...Sn).
A modified copper chromite black spinel pigment comprising a copper chromite based solid solution having a formula A a Cu b Mn c Cr d O 4, wherein A is at least one metal selected from the group consisting of Al, Mg and Zn, and wherein 2.6 ≤ a+b+c+d ≤ 3.2, wherein none of a, b, and d is zero and wherein 0.3 ≤ b ≤ 0.5.
A method for making a composite part of non-developable three-dimensional shape comprising 5 faces and 4 areas of trihedral connection between the faces, with a thermoplastic matrix and continuous reinforcement, characterized in that it comprises the steps of: a. obtaining a fibrous preform preimpregnated with the polymer making the matrix corresponding to the shape of the final piece, by three-dimensional knitting, the fibrous preform comprising 5 faces and 4 areas of trihedral connection between the faces; b. placing the preform between a paired punch (120, 320) and a die (110, 310) and distant each other by an air gap (e) of a tooling, defining between them a sealed cavity when the tooling is closed; c. closing the tooling thus applying a first pressure on the preform; d. bringing the cavity to a melting temperature of the polymer impregnating the preform while maintaining the first pressure; e. cooling the cavity comprising the preform to a temperature suitable for demolding by maintaining a second pressure; f. opening the mold and unmolding the part. a. obtaining a fibrous preform preimpregnated with the polymer making the matrix corresponding to the shape of the final piece, by three-dimensional knitting, the fibrous preform comprising 5 faces and 4 areas of trihedral connection between the faces; b. placing the preform between a paired punch (120, 320) and a die (110, 310) and distant each other by an air gap (e) of a tooling, defining between them a sealed cavity when the tooling is closed; c. closing the tooling thus applying a first pressure on the preform; d. bringing the cavity to a melting temperature of the polymer impregnating the preform while maintaining the first pressure; e. cooling the cavity comprising the preform to a temperature suitable for demolding by maintaining a second pressure; f. opening the mold and unmolding the part.
An antibacterial polymer coating composition comprising a di(meth)acrylate-based monomer or oligomer containing an alkylene oxide having 1 to 10 carbon atoms represented by the following Chemical Formula 2; a compound represented by the following Chemical Formula 1; and a photoinitiator: in the Chemical Formula 1, at least one R is and each of the remaining R's is hydrogen, R 1 is hydrogen, C1 to C5 alkyl, or C1 to C5 alkoxy, k is an integer of 1 to 5, and n is an integer of 1 to 20, in the Chemical Formula 2, R 11 and R 16 are each independently hydrogen or C1 to C3 alkyl; R 12 to R 15 are the same as or different from each other, and are each independently C1 to C4 alkylene; and n1 to n4 represent an addition mole number of alkylene oxide repeating units and are the same as or different from each other, and are each independently an integer of 0 to 13, and n1+n2+n3+n4 is 1 to 13, in which random or block phases are formed by a mixed composition of one or more of the alkylene oxides. a di(meth)acrylate-based monomer or oligomer containing an alkylene oxide having 1 to 10 carbon atoms represented by the following Chemical Formula 2; a compound represented by the following Chemical Formula 1; and a photoinitiator: in the Chemical Formula 1, at least one R is and each of the remaining R's is hydrogen, R 1 is hydrogen, C1 to C5 alkyl, or C1 to C5 alkoxy, k is an integer of 1 to 5, and n is an integer of 1 to 20, in the Chemical Formula 2, R 11 and R 16 are each independently hydrogen or C1 to C3 alkyl; R 12 to R 15 are the same as or different from each other, and are each independently C1 to C4 alkylene; and n1 to n4 represent an addition mole number of alkylene oxide repeating units and are the same as or different from each other, and are each independently an integer of 0 to 13, and n1+n2+n3+n4 is 1 to 13, in which random or block phases are formed by a mixed composition of one or more of the alkylene oxides.
A laminate substrate comprising: a pair of spaced transparent glass skin layers having a first coefficient of thermal expansion; a transparent glass core intermediate the glass skin layers, the transparent glass core having a higher second coefficient of thermal expansion; wherein the glass skin layers have a residual compressive stress in a range from 20.7 MPa to 103.4MPa (3,000 psi to 15,000 psi) and the glass core has a residual tensile stress less than 27.6 MPa (4,000 psi); wherein the glass skin layers have a higher setpoint than the transparent glass core; wherein a total thickness of the laminate substrate is between 0.4 mm and 1.1 mm; and wherein a thickness of the glass skin layers is between 8% and 15% of a total thickness of the laminate substrate. a pair of spaced transparent glass skin layers having a first coefficient of thermal expansion; a transparent glass core intermediate the glass skin layers, the transparent glass core having a higher second coefficient of thermal expansion; wherein the glass skin layers have a residual compressive stress in a range from 20.7 MPa to 103.4MPa (3,000 psi to 15,000 psi) and the glass core has a residual tensile stress less than 27.6 MPa (4,000 psi); wherein the glass skin layers have a higher setpoint than the transparent glass core; wherein a total thickness of the laminate substrate is between 0.4 mm and 1.1 mm; and wherein a thickness of the glass skin layers is between 8% and 15% of a total thickness of the laminate substrate.
Door for high-speed trains, comprising a plurality of locking points, characterized in that it comprises at least three locking points (2, 3, 4) located at three different heights on the door, a first locking point located in the upper part of the door, and a second locking point located in the middle part of the door, and a third locking point located at the bottom of the door, and in that the third locking point comprises an arm movable between a closed position and an open position, said arm comprising a first end provided with a rotating shaft and a third pin, said third pin being housed in a third slot located in the door in the closed position and said third pin being out of the third slot in the open position.
A method of determining the category of action of an active device of a vehicle, the method comprising: measuring a vehicle parameter indicative of a change of vehicle state; determining a rate of change of said vehicle parameter; modifying said vehicle parameter to a modified vehicle parameter by reference to said rate of change, wherein said modified vehicle parameter is advanced in time with respect to said measured vehicle parameter; applying a threshold to said modified vehicle parameter; determining a severity of said vehicle parameter in dependence on said threshold; determining a category of action for an active device of the vehicle according to said severity in response to said threshold being reached, wherein determining the category of action comprises determining a speed of actuation of the active device from a plurality of actuation speeds in dependence on the modified vehicle parameter when the threshold is reached; and triggering said active device according to said category of action. measuring a vehicle parameter indicative of a change of vehicle state; determining a rate of change of said vehicle parameter; modifying said vehicle parameter to a modified vehicle parameter by reference to said rate of change, wherein said modified vehicle parameter is advanced in time with respect to said measured vehicle parameter; applying a threshold to said modified vehicle parameter; determining a severity of said vehicle parameter in dependence on said threshold; determining a category of action for an active device of the vehicle according to said severity in response to said threshold being reached, wherein determining the category of action comprises determining a speed of actuation of the active device from a plurality of actuation speeds in dependence on the modified vehicle parameter when the threshold is reached; and triggering said active device according to said category of action.
Storage and shipping box, comprising first closing flaps of the exterior of the box, said first flaps extending from a pair of opposing sides of an upper face of the box, said first flaps being susceptible to be sealed with adhesive tape, staples or glue in order to carry out more than one shipments, wherein the box also comprises second closing flaps of the exterior of the box, said second flaps extending from the other two opposing sides of the upper face of the box, said second flaps including a closing element (3, 4) to open and close the box several times, said second closing flaps being susceptible to be used for the storage of products before and after carrying out a shipment with the first closing flaps folded inwardly first, wherein said closing element (3, 4) of the second flaps is configured to allow the interlocking closing of the opposing ends of said second flaps effectively closing the box, characterized in that said closing element comprises at least a slot provided in each of the opposing ends of said second flaps, allowing the interlocking of said second flaps, and in that the box comprises a plurality of faces that define a substantially parallelepiped body, including said first flaps of shipment in the two opposing sides of the upper face of said body and said second flaps of storage in the other two opposing sides of said upper face, in which the sum of the length (11, 11') of said first flaps is equal to the length of the sides of the box that include the second flaps, wherein said first closing flaps for shipment have dimensions such that they are substantially in contact with each other by their opposing ends at the closing position.
A method of forming an elastic laminate comprising at least one elastic film and at least two nonwoven webs (12, 13) laminated to each of the sides of the elastic film, the method comprising: providing an elastic film and feeding it in a machine direction towards a bonding station; stretching said elastic film in the machine direction at a stretch ratio from 1.5 to 8 times of its original length, thereby forming a stretched film; wherein said elastic film is stretched in at least two stretching steps before laminating it with said at least two nonwoven webs (12, 13), and wherein said elastic film passes over at least two stretch rolls before entering said bonding station laminating the stretched film and said at least two nonwoven webs (12, 13) in said bonding station, characterized in that between 5 and 25% of the total stretching occurs in the last stretching step before lamination in the bonding station, wherein the last stretching step takes place between the last stretch roll and said bonding station, in that the elastic film and the at least two nonwoven webs (12, 13) are laminated by thermal bonding or ultrasonic welding in a bonding pattern comprising a plurality of bonding elements, and in that apertures are formed in the elastic film at or in close vicinity of at least some of the bonding elements, said apertures being caused by rupture of the elastic film as a result of stretching. providing an elastic film and feeding it in a machine direction towards a bonding station; stretching said elastic film in the machine direction at a stretch ratio from 1.5 to 8 times of its original length, thereby forming a stretched film; wherein said elastic film is stretched in at least two stretching steps before laminating it with said at least two nonwoven webs (12, 13), and wherein said elastic film passes over at least two stretch rolls before entering said bonding station laminating the stretched film and said at least two nonwoven webs (12, 13) in said bonding station, characterized in that between 5 and 25% of the total stretching occurs in the last stretching step before lamination in the bonding station, wherein the last stretching step takes place between the last stretch roll and said bonding station, in that the elastic film and the at least two nonwoven webs (12, 13) are laminated by thermal bonding or ultrasonic welding in a bonding pattern comprising a plurality of bonding elements, and in that apertures are formed in the elastic film at or in close vicinity of at least some of the bonding elements, said apertures being caused by rupture of the elastic film as a result of stretching.
A process for drying a microorganism (esp. a LAB) containing suspension, characterized in that: a) an aqueous suspension containing microorganisms is sprayed into a drying gas in an upper spray chamber; b) the product from the preceding step is contacted with a cryogenic gas in a lower chamber; and c) the frozen powder from the preceding step is collected and freeze dried until a water activity of less than 0.20 is achieved. a) an aqueous suspension containing microorganisms is sprayed into a drying gas in an upper spray chamber; b) the product from the preceding step is contacted with a cryogenic gas in a lower chamber; and c) the frozen powder from the preceding step is collected and freeze dried until a water activity of less than 0.20 is achieved.
A selector lever, comprising: a shaft having a proximal end rotatably attached to a pivot, the pivot being disposed within a housing, the shaft having a distal end extending from the housing; a slide arranged to be movable along the shaft; a first detent pin operatively connected to the slide; a second detent pin operatively connected to the slide; a first detent plate disposed in the housing and having a first plurality of slots for receiving the first detent pin, each of the first plurality of slots having a first radial depth, at least one of the first plurality of slots comprising a first failure detection slot, the first failure detection slot defined by a first extended radial depth that is greater than the first radial depth; a second detent plate disposed in the housing and having a second plurality of slots for receiving the second detent pin, each of the second plurality of slots having a second radial depth, at least one of the second plurality of slots comprising a second failure detection slot, the second failure detection slot defined by a second extended radial depth that is greater than the second radial depth, wherein the first failure detection slot and the second failure detection slot are not arranged opposite one another; and a failure indicator arranged to provide a visual indication when the first detent pin enters the first extended radial depth or when the second detent pin enters the second extended radial depth. a shaft having a proximal end rotatably attached to a pivot, the pivot being disposed within a housing, the shaft having a distal end extending from the housing; a slide arranged to be movable along the shaft; a first detent pin operatively connected to the slide; a second detent pin operatively connected to the slide; a first detent plate disposed in the housing and having a first plurality of slots for receiving the first detent pin, each of the first plurality of slots having a first radial depth, at least one of the first plurality of slots comprising a first failure detection slot, the first failure detection slot defined by a first extended radial depth that is greater than the first radial depth; a second detent plate disposed in the housing and having a second plurality of slots for receiving the second detent pin, each of the second plurality of slots having a second radial depth, at least one of the second plurality of slots comprising a second failure detection slot, the second failure detection slot defined by a second extended radial depth that is greater than the second radial depth, wherein the first failure detection slot and the second failure detection slot are not arranged opposite one another; and a failure indicator arranged to provide a visual indication when the first detent pin enters the first extended radial depth or when the second detent pin enters the second extended radial depth.
A grain cleaning system for a mobile harvesting machine, the grain cleaning system comprising: a cleaning shoe, having an inlet side configured to receive harvested material, the cleaning shoe being configured to clean the harvested material; a delivery system that delivers the harvested material to the inlet side of the cleaning shoe; a sensor that senses an amount of harvested material being delivered to the inlet side of the cleaning shoe by the delivery system and that generates a sensor signal indicative of the sensed amount; and a control system that generates a delivery control signal to control the delivery system, based on the sensed amount indicated by the sensor signal, to deliver the harvested material to the inlet side of the cleaning shoe at a feed rate, the control system generating a cleaning shoe control signal to control the cleaning shoe based on the feed rate, wherein the cleaning shoe oscillates at an oscillation speed and comprises a sieve; a chaffer; and a cleaning shoe fan, characterized in that the control system is configured to generate the cleaning shoe control signal to control at least one of an opening size of openings in the sieve, an opening size of openings in the chaffer, or a fan speed of the cleaning shoe fan, based on the feed rate. a cleaning shoe, having an inlet side configured to receive harvested material, the cleaning shoe being configured to clean the harvested material; a delivery system that delivers the harvested material to the inlet side of the cleaning shoe; a sensor that senses an amount of harvested material being delivered to the inlet side of the cleaning shoe by the delivery system and that generates a sensor signal indicative of the sensed amount; and a control system that generates a delivery control signal to control the delivery system, based on the sensed amount indicated by the sensor signal, to deliver the harvested material to the inlet side of the cleaning shoe at a feed rate, the control system generating a cleaning shoe control signal to control the cleaning shoe based on the feed rate, wherein the cleaning shoe oscillates at an oscillation speed and comprises a sieve; a chaffer; and a cleaning shoe fan, characterized in that the control system is configured to generate the cleaning shoe control signal to control at least one of an opening size of openings in the sieve, an opening size of openings in the chaffer, or a fan speed of the cleaning shoe fan, based on the feed rate.
An antenna device comprising: a core formed by a magnetic material; a terminal attachment unit arranged on one end side of the core; a coil which is arranged on the outer circumferential side of the core and which is formed of a wound conductive wire; a plurality of terminal members (60B, 60B1, 60B2, 60B3) which are formed in the terminal attachment unit and each of which is electrically connected with a terminal of the conductive wire or an electronic component at any position thereof; a connector connecting unit provided with a connector hole; and a partition unit which separates the terminal attachment unit and the connector connecting unit, wherein there is provided a plurality of terminal holes through the partition unit, and at least two or more of the terminal members (60B, 60B1, 60B2, 60B3) are formed in the terminal holes and are protruding toward the connector hole, characterized in that the terminal attachment unit is provided with an opening portion which penetrates the aforesaid terminal attachment unit and, at least two of the terminal members (60B, 60B1, 60B2, 60B3) approach in the opening portion, and are spaced apart from each other, in the opening portion, the electronic component is arranged and also, is mounted in a state of being electrically conductive with the terminal members (60B, 60B1, 60B2, 60B3) which approach in the aforesaid opening portion. a core formed by a magnetic material; a terminal attachment unit arranged on one end side of the core; a coil which is arranged on the outer circumferential side of the core and which is formed of a wound conductive wire; a plurality of terminal members (60B, 60B1, 60B2, 60B3) which are formed in the terminal attachment unit and each of which is electrically connected with a terminal of the conductive wire or an electronic component at any position thereof; a connector connecting unit provided with a connector hole; and a partition unit which separates the terminal attachment unit and the connector connecting unit, wherein there is provided a plurality of terminal holes through the partition unit, and at least two or more of the terminal members (60B, 60B1, 60B2, 60B3) are formed in the terminal holes and are protruding toward the connector hole, characterized in that the terminal attachment unit is provided with an opening portion which penetrates the aforesaid terminal attachment unit and, at least two of the terminal members (60B, 60B1, 60B2, 60B3) approach in the opening portion, and are spaced apart from each other, in the opening portion, the electronic component is arranged and also, is mounted in a state of being electrically conductive with the terminal members (60B, 60B1, 60B2, 60B3) which approach in the aforesaid opening portion.