mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a high strength or load bearing nylon fiber, said method comprising melt-spinning nylon polymer into filaments, uniformly quenching the filaments and forming a tow from a multiplicity of these quenched filaments, subjecting the tow to a first drawing stage in the presence of steam at a temperature in the range from 80 °C to 125 °C, annealing, and then cooling to a temperature of less than 80 °C, and converting the resulting drawn and annealed tow into staple fibers; wherein steam is introduced between feeding and drawing to maximize draw of the nylon; wherein throughout the drawing, annealing, and cooling operations, the tows are maintained under controlled tension and are not permitted to relax.
A compound of the general formula wherein R 1 and R 2 together with the adjacent basic nitrogen atom form a 4-10 membered, one or two ringed saturated heterocyclic group, which optionally contain one or two oxygen atom and/or sulfur atom and these heterocyclic groups are optionally substituted with one or two halogen atom, oxo group, C 1 -C 6 alkyl group and the combination thereof; R 3 represents: -C(=O)R 4, -C(=O)-OR 4, -C(=O)-NR 4 R 5 groups, wherein R 4 and R 5 independently from each other represent hydrogen atom, C 1 -C 6 straight or branched alkyl group, or C 3 -C 7 cycloalkyl group optionally substituted with C 1 -C 4 alkyl group, and/or salts and/or stereoisomers and/or diastereomers and/or hydrates and/or solvates and/or polymorph modifications thereof. R 1 and R 2 together with the adjacent basic nitrogen atom form a 4-10 membered, one or two ringed saturated heterocyclic group, which optionally contain one or two oxygen atom and/or sulfur atom and these heterocyclic groups are optionally substituted with one or two halogen atom, oxo group, C 1 -C 6 alkyl group and the combination thereof; R 3 represents: -C(=O)R 4, -C(=O)-OR 4, -C(=O)-NR 4 R 5 groups, wherein R 4 and R 5 independently from each other represent hydrogen atom, C 1 -C 6 straight or branched alkyl group, or C 3 -C 7 cycloalkyl group optionally substituted with C 1 -C 4 alkyl group, -C(=O)R 4, -C(=O)-OR 4, -C(=O)-NR 4 R 5 groups, wherein R 4 and R 5 independently from each other represent hydrogen atom, C 1 -C 6 straight or branched alkyl group, or C 3 -C 7 cycloalkyl group optionally substituted with C 1 -C 4 alkyl group,
A vacuum pyrolysis process for preparing a C 20 to C 60 wax from the thermal decomposition of plastic polyolefin polymer, the method comprising the steps of: i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; and iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor; wherein the plastic polyolefin polymer comprises polyethylene and polypropylene in a polyethylene to polypropylene weight ratio of from 60:40 to 90:10, and wherein the feed to the pyrolysis reactor comprises less than 1.0 wt.% of combined aromatic, halogenated and polyester polymers. i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; and iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor;
Waveguide radiating element having a working frequency that is tunable below the cut-off frequency, the waveguide comprising a rectangular tube presenting a longitudinal axis and a rectangular mouth on a plane perpendicular to the longitudinal axis, the rectangular mouth comprising an upper and a lower edge, as well as lateral edges, the tube being partially filled with a MNG meta-material constituted by an integer number N l > 2 (510 A, 510 B, 510 C, 510 D, 510 E) of dielectric slabs disposed on spaced apart and parallel planes, the parallel planes being incident on said lower edge of said mouth, each slab being provided on each of its faces with an integer positive number N SSR ≥ 1 of concentric SRR squares (511, 512, 513), each SRR presenting a gap (511', 512', 513') on one of its sides, wherein: - a supply pin is provided at a height h p from the lower edge of the mouth; - The working band [ ƒ l1, ƒ l2] is a function of N l d l h p, N SSR; the waveguide radiating element being characterized in that: - the distance d l between any two consecutive slabs of said N l dielectric slabs is not always equal such that the slabs are not uniformly distributed along the direction of said lower edge; - Said number N ssr of SRR squares present the arrangement of the gaps (511', 512', 513') of the outmost square in such a way that, on the facing sides of two adjacent slabs, such gaps are rotated, with respect to each other, at 0°, or 90°, or 180°, or 270° with respect to an axis a orthogonal to said two slabs, and in that the gaps of at least two of said number N SSR of SRR squares are rotated at an angle different from 180°. - a supply pin is provided at a height h p from the lower edge of the mouth; - The working band [ ƒ l1, ƒ l2] is a function of N l d l h p, N SSR; the waveguide radiating element being characterized in that: - the distance d l between any two consecutive slabs of said N l dielectric slabs is not always equal such that the slabs are not uniformly distributed along the direction of said lower edge; - Said number N ssr of SRR squares present the arrangement of the gaps (511', 512', 513') of the outmost square in such a way that, on the facing sides of two adjacent slabs, such gaps are rotated, with respect to each other, at 0°, or 90°, or 180°, or 270° with respect to an axis a orthogonal to said two slabs, and in that the gaps of at least two of said number N SSR of SRR squares are rotated at an angle different from 180°.
A process for manufacturing at least two different discrete edge encapsulated glazings in the same moulding operation, the process comprising moulding a glazing profile onto at least part of the periphery of each pane of glass by means of the following steps: - providing a mould having at least two different mould cavities, - opening the mould, - loading at least two different panes of glass into the at least two different mould cavities of the open mould, - closing the mould, - injecting fluid elastomeric material into the at least two different mould cavities, - allowing the elastomeric material to set, - opening the mould, and - removing the at least two edge encapsulated glazings from the mould, wherein the liquid elastomeric material is injected into the at least two different mould cavities at the same time, so that a glazing profile is moulded onto each of the two different panes of glass concurrently, characterised in that the glazings comprise panes of glass of different configuration, wherein panes of glass which are mirror images of each other are considered to be of the same configuration, and that the mould is a composite mould (20, 30) comprising at least two separate different interchangeable mould modules (26, 27, 36, 37), each mould module comprising at least one mould cavity (21, 22, 31, 32), thereby providing at least two different mould cavities. - providing a mould having at least two different mould cavities, - opening the mould, - loading at least two different panes of glass into the at least two different mould cavities of the open mould, - closing the mould, - injecting fluid elastomeric material into the at least two different mould cavities, - allowing the elastomeric material to set, - opening the mould, and - removing the at least two edge encapsulated glazings from the mould,
Adsorbent layer for the adsorption of a fluid, comprising at least 2 adjacent structured adsorbent modules, arranged in parallel in the direction of flow of the fluid, characterised in that: - at least one of the two surfaces facing one another of the 2 adjacent modules is an adsorbent surface, - the structured adsorbent modules comprise channels with a width 1, - the average space d or e1 between two adjacent modules is inferior or equal to 1, and - said adsorbent layer does not comprise any sealing means between the modules. - at least one of the two surfaces facing one another of the 2 adjacent modules is an adsorbent surface, - the structured adsorbent modules comprise channels with a width 1, - the average space d or e1 between two adjacent modules is inferior or equal to 1, and - said adsorbent layer does not comprise any sealing means between the modules.
A crane comprising - a base body configured to rest on a bearing surface, - a boom designed to move between a working state and a parking state, said boom extending away from the body between a lower portion and an opposite upper portion, said boom being hinged to the body in a hinging zone at the lower portion and being able to move relative to the body in a horizontal and/or vertical direction between a working state and a parking state, - a cable connected to the body and the boom at the upper portion; characterized in that it comprises - a counter-frame associated with the boom and extending between a lower end and an opposite upper end, the upper end of said counter-frame being hinged to the boom, said counter-frame being configured to move between a first configuration in which the lower end is connected to the lower portion of the boom when said boom is in said working state and a second configuration in which the lower end of the counter-frame is released from the boom and is connected to the body when said boom is in said parking state. - a base body configured to rest on a bearing surface, - a boom designed to move between a working state and a parking state, said boom extending away from the body between a lower portion and an opposite upper portion, said boom being hinged to the body in a hinging zone at the lower portion and being able to move relative to the body in a horizontal and/or vertical direction between a working state and a parking state, - a cable connected to the body and the boom at the upper portion; characterized in that it comprises - a counter-frame associated with the boom and extending between a lower end and an opposite upper end, the upper end of said counter-frame being hinged to the boom, said counter-frame being configured to move between a first configuration in which the lower end is connected to the lower portion of the boom when said boom is in said working state and a second configuration in which the lower end of the counter-frame is released from the boom and is connected to the body when said boom is in said parking state.
A dirt separator for a vacuum cleaner comprising: an inlet through which fluid enters the dirt separator; an outlet through which fluid exits the dirt separator; a filter assembly located downstream of the inlet and upstream of the outlet; an opening through which the filter assembly may be removed from the dirt separator; and a hatch moveable between an open position in which the opening is uncovered and a closed position in which the opening is partially covered by the hatch, wherein (i) when the filter assembly is removed from the dirt separator and the hatch is in the closed position, a bleed is created around at least part of the hatch through which fluid enters the dirt separator in preference to the inlet, and (ii) when the filter assembly is located in the dirt separator and the hatch is in the closed position, the filter assembly seals against the hatch to close the bleed. an inlet through which fluid enters the dirt separator; an outlet through which fluid exits the dirt separator; a filter assembly located downstream of the inlet and upstream of the outlet; an opening through which the filter assembly may be removed from the dirt separator; and a hatch moveable between an open position in which the opening is uncovered and a closed position in which the opening is partially covered by the hatch, wherein (i) when the filter assembly is removed from the dirt separator and the hatch is in the closed position, a bleed is created around at least part of the hatch through which fluid enters the dirt separator in preference to the inlet, and (ii) when the filter assembly is located in the dirt separator and the hatch is in the closed position, the filter assembly seals against the hatch to close the bleed.
A closure comprising: - a top wall portion, - a thread support member extending from said top wall portion disposec with a thread, and either: - at least one discrete recess provided on said thread support member, wherein: - said discrete recess extends below a surface of said thread support member, and - said discrete recess is formed as a three dimensional marking, wherein the three-dimensional marking is an alphanumeric, or a pictorial, or a portrayal of communication, or a graphic, or - at least two discrete recesses provided on said thread support member, wherein: - said discrete recesses extend below a surface of said thread support member, and - said discrete recesses are each disposed at a different axial position on the thread support member relative to the top wall portion. - a top wall portion, - a thread support member extending from said top wall portion disposec with a thread, and either: - at least one discrete recess provided on said thread support member, wherein: - said discrete recess extends below a surface of said thread support member, and - said discrete recess is formed as a three dimensional marking, wherein the three-dimensional marking is an alphanumeric, or a pictorial, or a portrayal of communication, or a graphic, or - said discrete recess extends below a surface of said thread support member, and - said discrete recess is formed as a three dimensional marking, wherein the three-dimensional marking is an alphanumeric, or a pictorial, or a portrayal of communication, or a graphic, - at least two discrete recesses provided on said thread support member, wherein: - said discrete recesses extend below a surface of said thread support member, and - said discrete recesses are each disposed at a different axial position on the thread support member relative to the top wall portion. - said discrete recesses extend below a surface of said thread support member, and - said discrete recesses are each disposed at a different axial position on the thread support member relative to the top wall portion.
RF connector for contacting a printed circuit board, PCB,, the RF connector comprising: an RF socket configured to be mounted to the PCB, the RF socket providing a coaxial terminal with a first diameter, the first diameter being an outer diameter of the coaxial terminal; a port flange configured to be plugged on the RF socket and comprising a through-hole serving as a plug-in port with a second diameter for receiving another RF connector to be contacted to the RF socket, the second diameter being an inner diameter corresponding to the through-hole that is larger than the first diameter; the RF connector being characterized in that it further comprises a centering nut configured to be disposed between the RF socket and the port flange for centering the port flange with respect to the RF socket, wherein the centering nut has an inner diameter corresponding to the first diameter of the RF socket and an outer diameter corresponding to the second diameter of the port flange. an RF socket configured to be mounted to the PCB, the RF socket providing a coaxial terminal with a first diameter, the first diameter being an outer diameter of the coaxial terminal; a port flange configured to be plugged on the RF socket and comprising a through-hole serving as a plug-in port with a second diameter for receiving another RF connector to be contacted to the RF socket, the second diameter being an inner diameter corresponding to the through-hole that is larger than the first diameter; the RF connector being characterized in that it further comprises a centering nut configured to be disposed between the RF socket and the port flange for centering the port flange with respect to the RF socket, wherein the centering nut has an inner diameter corresponding to the first diameter of the RF socket and an outer diameter corresponding to the second diameter of the port flange.
A nozzle tip assembly for mixing multiple pre-cursor fluids (502, 504), the nozzle tip assembly comprising: a nozzle housing comprising a proximal end adapted for receiving a delivery portion of a multi-lumen dispenser having at least two lumen for separate delivery of each pre-cursor fluid (502, 504), a distal end defining an exit orifice, and a sidewall extending from proximal end to distal end; a break-up insert comprising a proximal end, a distal end, further defining at least three fluted channels and a central, recessed swirl chamber and a sidewall extending between the proximal end and distal end, wherein the sidewall of the break-up insert and the sidewall of the nozzle housing define a channel therebetween extending around the periphery of the break-up insert for fluid communication between the lumen and the at least three fluted channels characterized by a baffle extending between the distal end of the lumen dispenser and the proximal end of the break up insert, said baffle configured to maintain each precursor fluid (502, 504) separate from each other before the breakup insert. a nozzle housing comprising a proximal end adapted for receiving a delivery portion of a multi-lumen dispenser having at least two lumen for separate delivery of each pre-cursor fluid (502, 504), a distal end defining an exit orifice, and a sidewall extending from proximal end to distal end; a proximal end adapted for receiving a delivery portion of a multi-lumen dispenser having at least two lumen for separate delivery of each pre-cursor fluid (502, 504), a distal end defining an exit orifice, and a sidewall extending from proximal end to distal end; a break-up insert comprising a proximal end, a distal end, further defining at least three fluted channels and a central, recessed swirl chamber and a sidewall extending between the proximal end and distal end, a proximal end, a distal end, further defining at least three fluted channels and a central, recessed swirl chamber and a sidewall extending between the proximal end and distal end, wherein the sidewall of the break-up insert and the sidewall of the nozzle housing define a channel therebetween extending around the periphery of the break-up insert for fluid communication between the lumen and the at least three fluted channels characterized by a baffle extending between the distal end of the lumen dispenser and the proximal end of the break up insert, said baffle configured to maintain each precursor fluid (502, 504) separate from each other before the breakup insert.
Method of local activation of an activatable entitlement datum for access to a protected digital content, implemented by a security processor, characterized in that it comprises: - the receipt of at least one activatable entitlement message (EMMa), said activatable entitlement message comprising at least one activatable entitlement datum and an associated operating key, said activatable entitlement message being received in unidirectional broadcasting mode and said activatable entitlement datum being able to adopt an "activated" state and a "to be activated" state, an operating key associated with an activatable entitlement datum in the "activated" state being usable by the security processor for the descrambling of at least one protected digital content, an operating key associated with an activatable entitlement datum in the "to be activated" state not being usable for the descrambling of the protected digital content and said activatable entitlement datum being received in the "to be activated" state; - the storage of the activatable entitlement datum in the "to be activated" state; - the receipt of an access control message comprising at least one criterion for access to the protected digital content; - the verification of a compatibility between the access criterion received and the activatable entitlement datum in the "to be activated" state; and - the activation on request of a user of the compatible activatable entitlement datum so as to cause it to toggle to the "activated" state. - the receipt of at least one activatable entitlement message (EMMa), said activatable entitlement message comprising at least one activatable entitlement datum and an associated operating key, said activatable entitlement message being received in unidirectional broadcasting mode and said activatable entitlement datum being able to adopt an "activated" state and a "to be activated" state, an operating key associated with an activatable entitlement datum in the "activated" state being usable by the security processor for the descrambling of at least one protected digital content, an operating key associated with an activatable entitlement datum in the "to be activated" state not being usable for the descrambling of the protected digital content and said activatable entitlement datum being received in the "to be activated" state; - the storage of the activatable entitlement datum in the "to be activated" state; - the receipt of an access control message comprising at least one criterion for access to the protected digital content; - the verification of a compatibility between the access criterion received and the activatable entitlement datum in the "to be activated" state; and - the activation on request of a user of the compatible activatable entitlement datum so as to cause it to toggle to the "activated" state.
A graphics processing unit, GPU, comprising: a first internal memory comprising a memory controller and memory cells; an execution unit coupled to the first internal memory; and an interface configured to provide high bandwidth dedicated internal memory access to a second internal memory of an additional processing unit by said graphics processing unit, and further configured to provide high bandwidth dedicated internal memory access to the first internal memory by the additional processing unit, the first internal memory being combinable with the second internal memory for general-purpose use by the additional processing unit. a first internal memory comprising a memory controller and memory cells; an execution unit coupled to the first internal memory; and an interface configured to provide high bandwidth dedicated internal memory access to a second internal memory of an additional processing unit by said graphics processing unit, and further configured to provide high bandwidth dedicated internal memory access to the first internal memory by the additional processing unit, the first internal memory being combinable with the second internal memory for general-purpose use by the additional processing unit.