mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a security device, for data security scanning in a network, comprising: receiving a request from a destination network device for network traffic from outside a network; acquiring a security policy of the network for network traffic being transmitted from outside the network to the destination network device; ascertaining, based on the security policy, mandatory security technologies that are required to be applied to the network traffic; sending a query to at least one network device located on an intended path of the network traffic to the destination network device, the query soliciting an assistance offer from the at least one network device for assistance in applying the mandatory security technologies; and transmitting the network traffic, without applying security technologies to the network traffic, along the intended path of the network traffic to the destination network device, based on a determination from the assistance offer that at least one network device has volunteered to apply the mandatory security technologies, or based on a determination that the destination network device is configured to reject unsecured network traffic, wherein the unsecured network traffic is network traffic that has not been scanned with the mandatory security technologies. receiving a request from a destination network device for network traffic from outside a network; acquiring a security policy of the network for network traffic being transmitted from outside the network to the destination network device; ascertaining, based on the security policy, mandatory security technologies that are required to be applied to the network traffic; sending a query to at least one network device located on an intended path of the network traffic to the destination network device, the query soliciting an assistance offer from the at least one network device for assistance in applying the mandatory security technologies; and transmitting the network traffic, without applying security technologies to the network traffic, along the intended path of the network traffic to the destination network device, based on a determination from the assistance offer that at least one network device has volunteered to apply the mandatory security technologies, or based on a determination that the destination network device is configured to reject unsecured network traffic, wherein the unsecured network traffic is network traffic that has not been scanned with the mandatory security technologies.
A stick-type cosmetic material container having a side button, said stick-type cosmetic container including a container body provided therein with a stick-type cosmetic material to withdraw or introduce the stick-type cosmetic material, and a container cap for opening and closing the container body, the stick-type cosmetic material container comprising: the side button provided on a side surface of the container cap; a moving member movably provided inside the container cap, in which an upper portion of the container body is inserted into the moving member, said moving member having a fastening part having a cylindrical shape; an operating member moved by the side button and having a fastening part through-hole through which the fastening part passes; a fixing member fixedly provided inside the container cap; and an elastic member for elastically supporting the moving member, wherein the fixing member Ls provided with an elastic support part to elastically support the operating member, and the fastening part of the moving member is provided with a first fastening protrusion wheel having a ring shape, and the fastening part through-hole of the operating member is provided with a second fastening protrusion wheel coupled with the first fastening protrusion wheel, so that a fastening state between the operating member and the moving member is released as the fastening part through-hole of the operating member is moved horizontally to a central portion of the container cap when the side button is pressed. the side button provided on a side surface of the container cap; a moving member movably provided inside the container cap, in which an upper portion of the container body is inserted into the moving member, said moving member having a fastening part having a cylindrical shape; an operating member moved by the side button and having a fastening part through-hole through which the fastening part passes; a fixing member fixedly provided inside the container cap; and an elastic member for elastically supporting the moving member, wherein the fixing member Ls provided with an elastic support part to elastically support the operating member, and the fastening part of the moving member is provided with a first fastening protrusion wheel having a ring shape, and the fastening part through-hole of the operating member is provided with a second fastening protrusion wheel coupled with the first fastening protrusion wheel, so that a fastening state between the operating member and the moving member is released as the fastening part through-hole of the operating member is moved horizontally to a central portion of the container cap when the side button is pressed.
A method of monitoring a clotting process comprising: (i) adding to whole blood which has been obtained from a subject a clotting initiator; (ii) making a series of T2 relaxation rate measurements of water in the whole blood sample, wherein the measurements provide a decay curve, (iii) transforming the T2 relaxation rate measurements using an algorithm that distinguishes two or more separate water populations within the whole blood sample, wherein the two or more water populations comprise a water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal, and the serum-associated T2 signal and the clot-associated T2 signal are separately characterized by one or more magnetic resonance parameters; (iv) obtaining values of the one or more magnetic resonance parameters for the water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal; and (v) on the basis of the results of step (iv), monitoring said clotting process. (i) adding to whole blood which has been obtained from a subject a clotting initiator; (ii) making a series of T2 relaxation rate measurements of water in the whole blood sample, wherein the measurements provide a decay curve, (iii) transforming the T2 relaxation rate measurements using an algorithm that distinguishes two or more separate water populations within the whole blood sample, wherein the two or more water populations comprise a water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal, and the serum-associated T2 signal and the clot-associated T2 signal are separately characterized by one or more magnetic resonance parameters; (iv) obtaining values of the one or more magnetic resonance parameters for the water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal; and (v) on the basis of the results of step (iv), monitoring said clotting process.
An adhesive tape comprising: a backing layer having a haze no greater than 5 percent and a luminous transmittance equal to at least 85 percent as measured using method ASTM D1003-07 according to the description, the backing layer comprising a poly(alkylene) copolymer comprising a polymerized product of a reaction mixture comprising a first alkene selected from ethene, propene, or a mixture thereof; and a second alkene selected from a 1,2-alkene having 4 to 8 carbon atoms; and a metallocene catalyst; and at least one pressure-sensitive adhesive layer adjacent to a major surface of the backing layer, the pressure-sensitive adhesive layer comprising a silicone-based adhesive composition, wherein the silicone-based adhesive composition comprises a silicone elastomer selected from the group consisting of polydiorganosiloxane polyoxamide block copolymers, wherein the adhesive tape is stretchable at least 50 percent in a first direction without breaking. a backing layer having a haze no greater than 5 percent and a luminous transmittance equal to at least 85 percent as measured using method ASTM D1003-07 according to the description, the backing layer comprising a poly(alkylene) copolymer comprising a polymerized product of a reaction mixture comprising a first alkene selected from ethene, propene, or a mixture thereof; and a second alkene selected from a 1,2-alkene having 4 to 8 carbon atoms; and a metallocene catalyst; and a first alkene selected from ethene, propene, or a mixture thereof; and a second alkene selected from a 1,2-alkene having 4 to 8 carbon atoms; and a metallocene catalyst; and at least one pressure-sensitive adhesive layer adjacent to a major surface of the backing layer, the pressure-sensitive adhesive layer comprising a silicone-based adhesive composition, wherein the silicone-based adhesive composition comprises a silicone elastomer selected from the group consisting of polydiorganosiloxane polyoxamide block copolymers,
An unlocking device for a system for closing a parachute container by means of a link, of the rope or strap type, in particular a link stretched between eyelets, comprising a sharp tool capable of cutting the link to unlock the closing system, the device including an actuating member connected to the cutting tool, said actuating member being manually handled by a user to cause the cutting tool to move into a cutting position of said link, the cutting tool comprising at least one blade, a blade holder, a movable shuttle, and retention means acting on the blade holder against a force exerted by the actuating member, characterised in that the retention means include one or more push-buttons disposed on either side of the mobile shuttle in its rest position, the retention means acting on the mobile shuttle so as to calibrate the force necessary to cause the movement of the mobile shuttle. the device including an actuating member connected to the cutting tool, said actuating member being manually handled by a user to cause the cutting tool to move into a cutting position of said link, the cutting tool comprising at least one blade, a blade holder, a movable shuttle, and retention means acting on the blade holder against a force exerted by the actuating member, characterised in that the retention means include one or more push-buttons disposed on either side of the mobile shuttle in its rest position, the retention means acting on the mobile shuttle so as to calibrate the force necessary to cause the movement of the mobile shuttle.
Foamed moldings made of polyurethane urea elastomers and provided with reinforcing materials and having from 70 to 95 mol% urea content and from 5 to 30 mol% urethane content, based in each case on mol% of an NCO equivalent, obtainable via reaction of a reaction mixture composed of an A-component composed of A1) aromatic diamines which at least in a respective ortho-position with respect to the amino groups have an alkyl substituent, A2) at least one aliphatic component composed of at least one polyether polyol and/or polyester polyol in each case having hydroxy and/or primary amino groups with number-average molecular weight from 500 to 18 000 and functionality from 3 to 8, and A3) optionally catalysts and/or optionally additives, and of, as B-component, a prepolymer containing isocyanate groups and obtainable via reaction of a reaction mixture composed of B1) a polyisocyanate component from the group consisting of polyisocyanates and polyisocyanate mixtures of the diphenylmethane group and of liquefied polyisocyanates of the diphenylmethane group, and B2) at least one polyol component with number-average molecular weight from 500 to 18 000 and functionality from 2.7 to 8 from the group consisting of polyether polyols which optionally comprise organic fillers and polyester polyols which optionally comprise organic fillers, characterized in that ammonium carbamate salts are comprised in component A and carbon fibers with average fiber length from 60 to 200 μm are comprised in component A or component B or both components. A1) aromatic diamines which at least in a respective ortho-position with respect to the amino groups have an alkyl substituent, A2) at least one aliphatic component composed of at least one polyether polyol and/or polyester polyol in each case having hydroxy and/or primary amino groups with number-average molecular weight from 500 to 18 000 and functionality from 3 to 8, and A3) optionally catalysts and/or optionally additives, B1) a polyisocyanate component from the group consisting of polyisocyanates and polyisocyanate mixtures of the diphenylmethane group and of liquefied polyisocyanates of the diphenylmethane group, and B2) at least one polyol component with number-average molecular weight from 500 to 18 000 and functionality from 2.7 to 8 from the group consisting of polyether polyols which optionally comprise organic fillers and polyester polyols which optionally comprise organic fillers,
A zirconia sintered body characterized by containing 6 to 30 mol% of yttria, and 0.1 to 5 mol% of cerium oxide in terms of CeO 2, the cerium oxide containing an oxide of trivalent cerium, wherein the proportion of the trivalent cerium to the cerium oxide contained in the zirconia sintered body is 50% or more, characterized in that in a sample having a thickness of 1 mm, a maximum value of in-line transmission to visible light having a wavelength of 400 to 500 nm is 3% or less, and a maximum value of in-line transmission to visible light having a wavelength of 600 to 800 nm is 40% or more.
A closure for a beverage container, comprising an insert element for use in a vessel, the insert element having a continuous closure opening, a first engaging structure on the inner side of the closure opening, which first engaging structure is configured as an internal thread, and a raised, circumferential rim which extends upward from the first engaging structure and forms a drinking edge or pouring edge; and a closure body insertable into the closure opening of the insert element and having a closed top surface and a circumferential apron extending downward from the top surface, which apron has a plurality of discharge openings distributed evenly along a peripheral direction, and a second engaging structure complementary to the first engaging structure, which second engaging structure is configured as an external thread, the engaging structures (22, 36) being configured such that the closure body is movable in the vertical direction relative to the insert element between a first position, in which it seals the closure opening, and a second position, in which the discharge openings open up passages for a liquid.
Nozzle assembly for high-frequency supply of a predetermined volume dosing fluid, up to maximum volumes dosing fluid of about 1.0 ml, in the liquid containers, wherein the nozzle assembly comprises a multiplicity of essentially in the same direction extending dosing channels for the joint discharge of the predetermined volume dosing fluid, in which the dosing channels comprise a maximum internal diameter of 1.0 mm, and wherein the internal diameter of the dosing channels is preferably constant along the dosing channels and is at least 0.7 mm, wherein at least some of the dosing channels extend at different angles with respect to each other, the nozzle assembly having at least 6 dosing channels, wherein the dosing channels extend independently of each other at the distal ends in separate hollow tubes over at least 4 mm, wherein the open distal ends are positioned at a minimal mutual distance of about 1.2 mm from each other, wherein at least half of the dosing channels or more, make an angle of at least 5° with respect to an average direction of the dosing channels, characterized in that at least a first group of dosing channels is oriented such that the extensions of said first group of dosing channels converge substantially in a convergence point on the distal side of the nozzle assembly, and wherein at least a quarter of the dosing channels or more, make an angle of at least 10° to an average direction of the dosing channels.
A weaving machine for producing a woven fabric with shedding means for alternately raising and lowering warp material in order to form a shed, with weft insertion means which are arranged in the warp direction in a stationary manner in a weft insertion zone in order to insert a tape-shaped weft material into the shed, with draw-off means for drawing off the finished cloth in a drawing-off direction, and with means (13, 10) for moving the cloth in the warp direction, by means of which means (13, 10) the cloth fell can be moved to and fro in a cloth movement range between an initial position which lies downstream and a pick-up position which lies upstream, in order to bring the weft material inserted last in each case into contact with the cloth fell in the pick-up position, characterized in that furthermore, upper and lower limiting means are provided which limit the opening of the shed, in that the limiting means can be moved to and fro in the warp direction within a limiting-means movement range between an end position which lies upstream and an end position which lies downstream, and in that the limiting means can be moved, at least counter to the drawing-off direction, without contact with the cloth and the last-inserted weft material.
A computer implemented method, comprising: detecting a user input identifying a first slide of a presentation with a first object displayed thereon and a second slide of a presentation with a second object displayed thereon; displaying, as a semi-transparent underlay, a display of the first slide; displaying, as an overlay, at least objects on the second slide over the underlay; detecting a user interaction with the second object; and displaying alignment guides, based on the user interaction, for the second object on the overlay; wherein the semi-transparent underlay is displayed under the second object on the second slide and above a background of the second slide. detecting a user input identifying a first slide of a presentation with a first object displayed thereon and a second slide of a presentation with a second object displayed thereon; displaying, as a semi-transparent underlay, a display of the first slide; displaying, as an overlay, at least objects on the second slide over the underlay; detecting a user interaction with the second object; and displaying alignment guides, based on the user interaction, for the second object on the overlay; wherein the semi-transparent underlay is displayed under the second object on the second slide and above a background of the second slide.
A rotary cutter knife of a cemented carbide comprising a hard phase comprising WC and a binder phase characterized in that the cemented carbide has a composition, in wt-%, 6-8 Co, 2-3 Ni, 0.8-2 Cr and 0.1-0.3 Mo, with balance of WC.
Container closing device of the stopper kind including in the lower portion thereof a sealing body, and in the upper portion thereof a head, said head including an RFID component presented in the form of an insert, a shell including an outer surface and an inner surface, and a ballast inside the shell, said closing device being characterised in that: - the outer surface of the shell is at least partially metallised; - the insert is positioned inside the shell substantially centred on a radial plane of the head; - the ballast is separated from the insert by at least one empty space arranged inside the head. - the outer surface of the shell is at least partially metallised; - the insert is positioned inside the shell substantially centred on a radial plane of the head; - the ballast is separated from the insert by at least one empty space arranged inside the head.
An integrated circuit protected against fault-injection attacks, comprising: • a network of optical sensors; and • a surveillance flip-flop connected to the optical sensors for signaling a fault when at least one of the optical sensors changes state; characterized in that it comprises inductive windings connected in the network, each winding configured to generate an induced voltage causing the switching of at least one of the optical sensors when the winding is subjected to an electromagnetic flux capable of causing a fault-injection in the circuit. • a network of optical sensors; and • a surveillance flip-flop connected to the optical sensors for signaling a fault when at least one of the optical sensors changes state;
A coupler for connecting a fluid holding tank to a receptacle, the coupler comprising: a housing; a probe configured to translate in a longitudinal direction within the housing; a handle assembly (130A, 130B) configured to cause the probe to translate within the housing, wherein the handle assembly (130A, 130B) is movable between a first position corresponding to a decoupled position where the fluid holding tank is disconnected from the receptacle, a second position corresponding to a coupled position where the fluid holding tank is connected to the receptacle, and a third position corresponding to a venting position where the fluid holding tank is connected to the receptacle and venting of fluid is enabled; and a stop assembly, characterized in that, the stop assembly is configured to selectively arrest the translation of the probe by providing a hard stop for the probe in a first translation direction when the handle assembly (130A, 130B) is moved from the second position to the third position, wherein the stop assembly is configured to enable translation of the probe in a second probe translation direction, opposite the first translation direction, when the hard stop is provided, and wherein the stop assembly comprises a pawl that is rotatable between an active position, where at least one surface of the pawl is configured to engage the probe to serve as the hard stop, and an inactive position. a housing; a probe configured to translate in a longitudinal direction within the housing; a handle assembly (130A, 130B) configured to cause the probe to translate within the housing, wherein the handle assembly (130A, 130B) is movable between a first position corresponding to a decoupled position where the fluid holding tank is disconnected from the receptacle, a second position corresponding to a coupled position where the fluid holding tank is connected to the receptacle, and a third position corresponding to a venting position where the fluid holding tank is connected to the receptacle and venting of fluid is enabled; and a stop assembly, characterized in that, the stop assembly is configured to selectively arrest the translation of the probe by providing a hard stop for the probe in a first translation direction when the handle assembly (130A, 130B) is moved from the second position to the third position, wherein the stop assembly is configured to enable translation of the probe in a second probe translation direction, opposite the first translation direction, when the hard stop is provided, and wherein the stop assembly comprises a pawl that is rotatable between an active position, where at least one surface of the pawl is configured to engage the probe to serve as the hard stop, and an inactive position.
Guide device for guiding a blown film between a blown film die and a drawing-off roller device, having at least two mutually opposite lateral guides for literally guiding the blown film, characterized in that at least one lateral guide has a first guide portion and a second guide portion which are interconnected in an articulated manner, wherein at least one kinematic lever assembly which has a plurality of at least two levers (32a, 32b, 34a, 34b) is provided and in drive connection with a single common drive device and is connected to the two guide portions (22a, 22b) in such a manner that during driving of the drive device by way of the kinematic lever assembly the approach angles α a, α e) of the two guide portions (22a, 22b) in relation to the conveying direction of the blown film are variable, wherein setting of the approach angles (α a, α e) is collectively performed.