mhurhangee/ep-ind-claims huggingface dataset:
A polyoxymethylene composition consisting essentially of: (a) 95.85 to 99.94 weight percent polyoxymethylene polymer, (b) 0.4 to 0.6 weight percent of an amine polymer selected from the group consisting of polyacrylamides, polyallylamines, polyacrylic hydrazide, polymethacrylic hydrazide, polyaminoalkyl acrylate, polyaminoalkyl methacrylate, poly vinylalkylamine, and mixtures of these; and (c) 0.008 to 0.08 weight percent of a polyamide having a melting point that ranges between 40° C below the melting point of (a) to 40° C above the melting point of (a), wherein the polyoxymethylene composition, when molded, exhibits: - a tensile creep to 10 % strain at 90 °C and 25 MPa pressure of at least 0.32 minutes, as determined according to ASTM D2990; - a time to mold deposit of at least 12 hours; and a TEF-T of less than 0.50 percent, as measured at 250 °C for a period of 0.5 hours. (a) 95.85 to 99.94 weight percent polyoxymethylene polymer, (b) 0.4 to 0.6 weight percent of an amine polymer selected from the group consisting of polyacrylamides, polyallylamines, polyacrylic hydrazide, polymethacrylic hydrazide, polyaminoalkyl acrylate, polyaminoalkyl methacrylate, poly vinylalkylamine, and mixtures of these; and (c) 0.008 to 0.08 weight percent of a polyamide having a melting point that ranges between 40° C below the melting point of (a) to 40° C above the melting point of (a), - a tensile creep to 10 % strain at 90 °C and 25 MPa pressure of at least 0.32 minutes, as determined according to ASTM D2990; - a time to mold deposit of at least 12 hours; and
A method of managing information resources in a computer system comprising a user station provided with a display screen, each resource having an identifier allowing its access from the user station, the method being characterized in that it comprises the following steps: a) declaration by the user of an association between two resources, by associating with a second resource the identifier of a first resource, and storage of this association in a resource association management memory; b) identification of other resources relevant with respect to the second resource by means of a process for determination of relevance between resources linked together by a link graph, implemented by the computer system and generating information of relevance between resources; and c) when one of the other resources is accessed, signalization of the existence of the first resource by presenting said first resource or by displaying a link toward it, depending on the relevance information and on the content of the resource association management memory. a) declaration by the user of an association between two resources, by associating with a second resource the identifier of a first resource, and storage of this association in a resource association management memory; b) identification of other resources relevant with respect to the second resource by means of a process for determination of relevance between resources linked together by a link graph, implemented by the computer system and generating information of relevance between resources; and c) when one of the other resources is accessed, signalization of the existence of the first resource by presenting said first resource or by displaying a link toward it, depending on the relevance information and on the content of the resource association management memory.
Method for the visualization of bivariate polynomial z = A · x 2 + B · x · y + c · y 2 + D · x + E · y + F, comprising the steps of: loading a polynomial and boundary conditions defining a domain of variables x and y within which the polynomial is to be processed into computer processing means, processing, by the computer processing means, of the polynomial within the boundary conditions for visualization and visualizing the polynomial on visualization means, wherein the processing step comprises the steps of: determining a plurality of distinct z-values, wherein the plurality of distinct z-values overlap z-values spanning the boundary conditions, determining a combination of shape-characteristic parameters of the polynomial, wherein determining the combination of shape-characteristic parameters comprises determining a shape type of the polynomial on the basis of the values of factors A, B, C, D, E and F, determining at least one vector-characteristic parameter defining a location of a contour of the polynomial based on the corresponding combination of shape-characteristic parameters, wherein the combination of shape-characteristic parameters and the at least one vector-characteristic parameter are representative for a contour of the polynomial at the each distinct z-value and determining drawing directives on the basis of the combination of vector-characteristic parameters. loading a polynomial and boundary conditions defining a domain of variables x and y within which the polynomial is to be processed into computer processing means, processing, by the computer processing means, of the polynomial within the boundary conditions for visualization and visualizing the polynomial on visualization means, determining a plurality of distinct z-values, wherein the plurality of distinct z-values overlap z-values spanning the boundary conditions, determining a combination of shape-characteristic parameters of the polynomial, wherein determining the combination of shape-characteristic parameters comprises determining a shape type of the polynomial on the basis of the values of factors A, B, C, D, E and F, determining at least one vector-characteristic parameter defining a location of a contour of the polynomial based on the corresponding combination of shape-characteristic parameters, wherein the combination of shape-characteristic parameters and the at least one vector-characteristic parameter are representative for a contour of the polynomial at the each distinct z-value and determining drawing directives on the basis of the combination of vector-characteristic parameters.
A system comprising a thermoforming die having a cavity and a heating device which is arranged to heat a packaging film in a thermoforming process in the course of which the heated packaging film is moulded into the cavity of a thermoforming die, wherein the surface area of the heating device which is brought into contact with the film portion to be moulded into the cavity has at least one depression, the opening area of which is 40 to 95% of the opening area of the cavity, characterised in that the surface area of the heating device surrounding the depression is flat, which is enclosed by a peripheral border with a height of 0.5 to 2 mm.
A process for realising a reclosable container, starting from a sheet comprising following steps: predisposing, starting from a sheet of paper material material, a structure defining internally thereof at least a chamber, the chamber exhibiting at least an access delimited by a portion of wall of the structure and by a free edge of the wall; predisposing, starting from a of paper material material, a closing element, having a base wall and a lateral wall emerging from the base wall; predisposing, starting from a sheet material, a sealing layer, optionally placed superposingly on the base wall and on at least a portion of the lateral wall of the closing element; associating the closing element and the sealing layer to the structure such as at least partly to close the access, the lateral wall of the closing element being positioned at the portion of the wall of the structure and the sealing layer comprising a lateral portion interposed between the portion of the lateral wall and the lateral wall of the closing element; and deforming at least a part of the lateral wall of the closing element and at least a part of the portion of wall of the container with the lateral portion of the layer interposed there-between. predisposing, starting from a sheet of paper material material, a structure defining internally thereof at least a chamber, the chamber exhibiting at least an access delimited by a portion of wall of the structure and by a free edge of the wall; predisposing, starting from a of paper material material, a closing element, having a base wall and a lateral wall emerging from the base wall; predisposing, starting from a sheet material, a sealing layer, optionally placed superposingly on the base wall and on at least a portion of the lateral wall of the closing element; associating the closing element and the sealing layer to the structure such as at least partly to close the access, the lateral wall of the closing element being positioned at the portion of the wall of the structure and the sealing layer comprising a lateral portion interposed between the portion of the lateral wall and the lateral wall of the closing element; and deforming at least a part of the lateral wall of the closing element and at least a part of the portion of wall of the container with the lateral portion of the layer interposed there-between.
An aerosol generation device, comprising: - an aerosol generation chamber configured to receive and heat a substrate to generate aerosol, - a cover which can be in a closed position covering the aerosol generation chamber, and in an open position exposing the aerosol generation chamber, characterized in that the aerosol generation device comprises - an ejection mechanism having a lever and being at least partially engaged with the cover so as to eject at least a portion of the substrate out of the aerosol generation chamber when the cover is in the open position; wherein the ejection mechanism can be in an ejected state in which the substrate protrudes from the aerosol generation chamber, and in a non-ejected state in which the substrate is fully contained by the aerosol generation chamber; and the ejection mechanism translates from the non-ejected state to the ejected state when the cover is moved from the closed position to the open position, thereby ejecting the substrate by rotating the lever. - an aerosol generation chamber configured to receive and heat a substrate to generate aerosol, - a cover which can be in a closed position covering the aerosol generation chamber, and in an open position exposing the aerosol generation chamber, characterized in that the aerosol generation device comprises - an ejection mechanism having a lever and being at least partially engaged with the cover so as to eject at least a portion of the substrate out of the aerosol generation chamber when the cover is in the open position; wherein the ejection mechanism can be in an ejected state in which the substrate protrudes from the aerosol generation chamber, and in a non-ejected state in which the substrate is fully contained by the aerosol generation chamber; and the ejection mechanism translates from the non-ejected state to the ejected state when the cover is moved from the closed position to the open position, thereby ejecting the substrate by rotating the lever.
Method of automatically milking dairy animals, such as dairy animals which are able to move freely in an area intended for this purpose and which can individually visit an automatic milking system, wherein a dairy animal is milked during a visit to the milking system if a dairy animal-dependent milking criterion is met, characterized in that the milking criterion comprises an individual correction factor, which correction factor is dependent on a spread of the duration between successive visits of the dairy animal in question to the milking system.
A transformant which is characterized by that a targeted region to be duplicated on a chromosome of a fungus belonging to Aspergillus is sandwiched between a transformation marker gene with deficiency in a terminal part at one of the 5' or 3' end of its coding region that is integrated into the outside of one of the 5' or 3' end of the targeted region, and a transformation marker gene with deficiency in a terminal part at the other end of its coding region into the outside of the other end of the targeted region, wherein a sequence adjacent to the deficiency of each integrated transformation marker gene is located at an opposite side of the targeted region, wherein a middle portion that is present in common in the coding region of the transformation marker genes with the deficiency in the terminal part at either the 5' or 3' end of its coding region has about 100 bp - about 2 kb sequence.
Pivot bearing having a bearing shell, on which a rolling track which is curved in a partially cylindrical manner is configured, and having rolling bodies which roll on the rolling track and are combined in a bearing cage, the bearing cage and the bearing shell being locked against one another in the radial direction, and, at the one of its ends which are directed in the circumferential direction, the bearing shell being provided with at least one projection which extends into the plane of movement of the bearing cage, characterized in that the projection extends into an opening of the bearing cage, which opening is open towards the rolling track and is closed in both circumferential directions.
A transverse magnetic, TM mode dielectric filter, comprising an enclosure, a dielectric resonator, a main cover, and an elastic component, wherein a columnar resonant cavity is formed in the enclosure, and the enclosure is disposed with an opening at an end located at the resonant cavity 10; the dielectric resonator is columnar, is disposed in the resonant cavity, and is disposed coaxially with the resonant cavity; and one end of the dielectric resonator abuts against a bottom surface of the resonant cavity; the main cover is secured between the elastic component and an open end of the enclosure; the main cover has an inner surface and an outer surface that are opposite to each other; a central part of the inner surface of the main cover is adhered to the other end of the dielectric resonator, and a periphery of the main cover is adhered to the open end of the enclosure; and the elastic component comprises multiple elastic flaps; the multiple elastic flaps are evenly distributed around an axial direction of the dielectric resonator; one end of each of the elastic flaps is fixedly connected to the main cover, and the other end of each of the elastic flaps extends towards a central axis of the dielectric resonator to form a free end; and the free ends of the elastic flaps elastically act on a central part of the outer surface of the main cover, to provide an elastic force towards the dielectric resonator, wherein the TM mode dielectric filter further comprises a tuning screw and a nut; the dielectric resonator is of a hollow columnar structure; and a screw hole is disposed at a center of the main cover, the tuning screw is in threaded connection to the screw hole, one end of the tuning screw is located in the dielectric resonator, and a gap is disposed between the tuning screw and an inner wall of the dielectric resonator; and the nut is in threaded connection to the tuning screw and abuts against the main cover, wherein a first boss is disposed at the central part of the outer surface of the main cover, a second boss is further disposed at a central part of the main cover, and the second boss protrudes along the central axis of the dielectric resonator; the screw hole is disposed in the second boss, the nut abuts against the second boss, and the free ends of the multiple elastic flaps are located on a periphery of the second boss and wherein the second boss is disposed on the first boss, a connection between the second boss and the first boss is step-like, and the protruding surface of the first boss is an annular step plane surrounding the second boss.
A vehicle comprising a system for detecting multiple spoofed or faulty global navigation satellite signals, the system comprising: a single antenna configured to receive satellite signals from a plurality of global navigation satellites, the single antenna located on the vehicle; a receiver in the vehicle, the receiver coupled to the single antenna; and at least one processor in the vehicle, the at least one processor in communication with the single antenna through the receiver, the at least one processor operative to: determine a unit vector in a direction from the vehicle to a global navigation satellite in local coordinates, from the satellite signals; determine a plurality of signal blocks, wherein the signal blocks are a collection of subsets of the satellite signals and a covariance matrix for the satellite signals; and determine which satellite signals in the signal blocks are spoofed or faulty by comparing a geometry of the local coordinates with satellite coordinates, characterized in that each of the signal blocks are included in a balanced incomplete block design, BIBD a single antenna configured to receive satellite signals from a plurality of global navigation satellites, the single antenna located on the vehicle; a receiver in the vehicle, the receiver coupled to the single antenna; and at least one processor in the vehicle, the at least one processor in communication with the single antenna through the receiver, the at least one processor operative to: determine a unit vector in a direction from the vehicle to a global navigation satellite in local coordinates, from the satellite signals; determine a plurality of signal blocks, wherein the signal blocks are a collection of subsets of the satellite signals and a covariance matrix for the satellite signals; and determine which satellite signals in the signal blocks are spoofed or faulty by comparing a geometry of the local coordinates with satellite coordinates, determine a unit vector in a direction from the vehicle to a global navigation satellite in local coordinates, from the satellite signals; determine a plurality of signal blocks, wherein the signal blocks are a collection of subsets of the satellite signals and a covariance matrix for the satellite signals; and determine which satellite signals in the signal blocks are spoofed or faulty by comparing a geometry of the local coordinates with satellite coordinates,
A blind comprising a plurality of lamellae and a scissor-type guide for guiding the plurality of lamellae and a mount for attaching a scissor-type guide to an opening of a building structure, said scissor type guide comprising - at least two scissor links, each scissor link comprising a first scissor member and a second scissor member connected in a rotational joint, - a first end; and - a free, second end (20") which may be extended away from and retracted towards the first end in a first direction (D 1), wherein each lamella has an elongate plate shape extending in a second direction (D 2) perpendicular to said first direction (D 1), said mount comprising - a first mount member; - a second mount member, - a first rotational mount joint; and - a second rotational mount joint, wherein a first end of the first mount member is rotatably connectable to the opening of the building structure via the first rotational mount joint; and a first end of the second mount member is rotatably connectable to the opening of the building structure via the second rotational mount joint, and where the first and second mount members are rotatably connected to the first end of the scissor type guide, such that a second end (101 ") of the first mount member is connected to a first end of the first scissor member of the scissor link (23ʺʺ), and a second end (102") of the second mount member is connected to a first end of the second scissor member of the scissor link (23""). said scissor type guide comprising - at least two scissor links, each scissor link comprising a first scissor member and a second scissor member connected in a rotational joint, - a first end; and - a free, second end (20") which may be extended away from and retracted towards the first end in a first direction (D 1), - at least two scissor links, each scissor link comprising a first scissor member and a second scissor member connected in a rotational joint, - a first end; and - a free, second end (20") which may be extended away from and retracted towards the first end in a first direction (D 1), wherein each lamella has an elongate plate shape extending in a second direction (D 2) perpendicular to said first direction (D 1), said mount comprising - a first mount member; - a second mount member, - a first rotational mount joint; and - a second rotational mount joint, - a first mount member; - a second mount member, - a first rotational mount joint; and - a second rotational mount joint, wherein a first end of the first mount member is rotatably connectable to the opening of the building structure via the first rotational mount joint; and a first end of the second mount member is rotatably connectable to the opening of the building structure via the second rotational mount joint, and where the first and second mount members are rotatably connected to the first end of the scissor type guide, such that a second end (101 ") of the first mount member is connected to a first end of the first scissor member of the scissor link (23ʺʺ), and a second end (102") of the second mount member is connected to a first end of the second scissor member of the scissor link (23"").
A fastener-installation system comprising: a driver operable to drive a fastener into a structure; a fastener feeder operable to load the fastener into a loaded position of the driver, wherein the fastener feeder comprises a fastener magazine to hold a plurality of fasteners; and a driver head comprising a plurality of jaws (110A-C) moveable between a closed position and an expanded position, wherein in the closed position the plurality of jaws (110A-C) form a piercing tip to pierce material of the structure, and wherein the jaws (110A-C) spread apart the material of the structure when the jaws (110A-C) move from the closed position to the expanded position to create a path through the material through which the fastener is driven, wherein fastener-installation system is arranged such that the plurality of jaws (110A-C) move from the closed position to the expanded position as the fastener is driven through the plurality of jaws (110A-C), and characterised in that each jaw of the plurality of jaws (110A-C) includes threads (147A-C) located on an inner surface (148A-C) of the jaw to engage with a head of the fastener, wherein the threads (147A-C) are operable to act to self-center the fastener as the fastener is driven through the plurality of jaws (110A-C). a driver operable to drive a fastener into a structure; a fastener feeder operable to load the fastener into a loaded position of the driver, wherein the fastener feeder comprises a fastener magazine to hold a plurality of fasteners; and a driver head comprising a plurality of jaws (110A-C) moveable between a closed position and an expanded position, wherein in the closed position the plurality of jaws (110A-C) form a piercing tip to pierce material of the structure, and wherein the jaws (110A-C) spread apart the material of the structure when the jaws (110A-C) move from the closed position to the expanded position to create a path through the material through which the fastener is driven, wherein fastener-installation system is arranged such that the plurality of jaws (110A-C) move from the closed position to the expanded position as the fastener is driven through the plurality of jaws (110A-C), and characterised in that each jaw of the plurality of jaws (110A-C) includes threads (147A-C) located on an inner surface (148A-C) of the jaw to engage with a head of the fastener, wherein the threads (147A-C) are operable to act to self-center the fastener as the fastener is driven through the plurality of jaws (110A-C).