mhurhangee/ep-ind-claims huggingface dataset:
A coding method for a pin lock comprising a body formed by an attachment with a cover and a cylindrical component which incorporates a rotating tumbler, wherein the attachment comprises channels that extend through the tumbler until reaching a slot for the insertion of a key, the channels accommodating a spring, a top pin and a bottom pin, where the pin lock comprises side openings located in the cylindrical component and in line with the channels of the tumbler, the coding method being characterised in that it comprises the following steps: a) Opening the cover of the attachment to insert a configuration pin, a top pin and a spring through each one of the channels of the attachment; b) Closing the cover of the attachment; c) Inserting a configuration key into the slot, in line with the configuration pins; d) Turning the configuration key to rotate the tumbler until the channels of the tumbler, which include the configuration pins, are aligned with the side openings; e) Extracting the configuration pins through the side openings; f) Inserting the bottom pins, having a length that is equal to or less than the length of the configuration pins, through the side openings with the length and in the order corresponding to the predetermined coding; g) Closing the side openings with a cover; h) Turning the configuration key to the initial position and extracting it. a) Opening the cover of the attachment to insert a configuration pin, a top pin and a spring through each one of the channels of the attachment; b) Closing the cover of the attachment; c) Inserting a configuration key into the slot, in line with the configuration pins; d) Turning the configuration key to rotate the tumbler until the channels of the tumbler, which include the configuration pins, are aligned with the side openings; e) Extracting the configuration pins through the side openings; f) Inserting the bottom pins, having a length that is equal to or less than the length of the configuration pins, through the side openings with the length and in the order corresponding to the predetermined coding; g) Closing the side openings with a cover; h) Turning the configuration key to the initial position and extracting it.
A centering device mounted to a railroad car coupler and restoring the coupler to an initial position of the coupler, the centering device comprising: a pair of side-part support members supporting opposite sides of the coupler; a centering part restoring the coupler to the initial position of the coupler by rotating the side-part support members; a mounting bracket installed under a hinge part of the coupler, the centering part being installed at an end part of the mounting bracket; characterized in that the centering part further comprises: a cover member configured to have a cylindrical shape having an open lower end part; a rubber unit provided inside the cover member and applying a restoring force to the cover member; and a coupling member having a first end part coupled to the cover member and having second end parts coupled to the side-part support members. a pair of side-part support members supporting opposite sides of the coupler; a centering part restoring the coupler to the initial position of the coupler by rotating the side-part support members; a mounting bracket installed under a hinge part of the coupler, the centering part being installed at an end part of the mounting bracket; characterized in that the centering part further comprises: a cover member configured to have a cylindrical shape having an open lower end part; a rubber unit provided inside the cover member and applying a restoring force to the cover member; and a coupling member having a first end part coupled to the cover member and having second end parts coupled to the side-part support members. a cover member configured to have a cylindrical shape having an open lower end part; a rubber unit provided inside the cover member and applying a restoring force to the cover member; and a coupling member having a first end part coupled to the cover member and having second end parts coupled to the side-part support members.
A process, comprising: reacting a diisocyanate and an α-hydroxy-β-ketone to form a linear condensate, converting the linear condensate into a cyclic oxazolidone based resin or polymer, wherein converting the linear condensate is induced by thermally annealing the linear condensate at a temperature of from 25°C to 150°C, wherein the linear condensate includes polymerizable groups that remain intact even after the linear condensate is converted into the cyclic oxazolidone based resin or polymer. reacting a diisocyanate and an α-hydroxy-β-ketone to form a linear condensate, converting the linear condensate into a cyclic oxazolidone based resin or polymer, wherein converting the linear condensate is induced by thermally annealing the linear condensate at a temperature of from 25°C to 150°C, wherein the linear condensate includes polymerizable groups that remain intact even after the linear condensate is converted into the cyclic oxazolidone based resin or polymer.
A mass-continuous process for the preparation of rubber-reinforced vinyl aromatic (co)polymers with a strictly bimodal morphology, consisting of from 55 to 90% by weight of rigid polymeric matrix and from 10 to 45% by weight of a rubbery phase dispersed inside said rigid polymeric matrix, in the form of grafted and occluded particles and wherein said rubber particles consist of from 60 to 99% by weight of particles with a capsule or "core-shell" morphology and from 1 to 40% by weight of particles with a "salami" morphology, said process comprising: a. dissolving from 3 to 20% by weight of a rubber selected from homopolymers and copolymers of 1,3-alkadienes containing 40-100% by weight of 1,3-alkadiene monomer and 0-60% by weight of one or more mono-ethylenically unsaturated monomers, having a solubility parameter (δ 1), and from 0.05 to 8.0% by weight of a rubber selected from homopolymers and copolymers of olefins or 1,3-alkadienes incompatible with the previous rubber, having a solubility parameter (δ 2) which is such that δ 1 - δ 2 ≥ 0.5, in a liquid essentially consisting of at least one vinyl aromatic monomer; b. polymerizing the resulting solution at a temperature ranging from 50 to 250°C optionally in the presence of polymerization initiators and/or chain transfer agents; c. recovering the vinyl aromatic (co)polymer thus obtained. a. dissolving from 3 to 20% by weight of a rubber selected from homopolymers and copolymers of 1,3-alkadienes containing 40-100% by weight of 1,3-alkadiene monomer and 0-60% by weight of one or more mono-ethylenically unsaturated monomers, having a solubility parameter (δ 1), and from 0.05 to 8.0% by weight of a rubber selected from homopolymers and copolymers of olefins or 1,3-alkadienes incompatible with the previous rubber, having a solubility parameter (δ 2) which is such that δ 1 - δ 2 ≥ 0.5, in a liquid essentially consisting of at least one vinyl aromatic monomer; b. polymerizing the resulting solution at a temperature ranging from 50 to 250°C optionally in the presence of polymerization initiators and/or chain transfer agents; c. recovering the vinyl aromatic (co)polymer thus obtained.
A lithium-ion battery, comprising a positive electrode plate, a negative electrode plate, an electrolyte and a separator, wherein: the positive electrode plate comprises aluminum foil as a positive electrode current collector, and a content of element copper atom as an impurity per unit area of the aluminum foil is from 0.009 g/m 2 to 0.021 g/m 2, the electrolyte comprises a first lithium salt and an additive A, and the first lithium salt is a fluorine-containing sulfonimide lithium salt, and relative to total molar amount of lithium salt in the electrolyte, the fluorine-containing sulfonimide lithium salt has a molar amount of 30 mol% or higher; and the additive A is at least one of a phosphate compound containing an unsaturated bond, a cyclic compound containing a -SO 2 - bond and a silicon-oxygen compound containing an unsaturated bond. the positive electrode plate comprises aluminum foil as a positive electrode current collector, and a content of element copper atom as an impurity per unit area of the aluminum foil is from 0.009 g/m 2 to 0.021 g/m 2, the electrolyte comprises a first lithium salt and an additive A, and the first lithium salt is a fluorine-containing sulfonimide lithium salt, and relative to total molar amount of lithium salt in the electrolyte, the fluorine-containing sulfonimide lithium salt has a molar amount of 30 mol% or higher; and the additive A is at least one of a phosphate compound containing an unsaturated bond, a cyclic compound containing a -SO 2 - bond and a silicon-oxygen compound containing an unsaturated bond.
A system for characterizing a beam of light passing through a sampling region, said system comprising: an imaging device configured to generate images of at least a part of said sampling region, said imaging device adapted to image light scattered in a generally lateral direction to the direction of the path of said beam of light; a pulse discriminator using data processing algorithms configured to identify and remove from said images, data signals arising from spurious light scattering from dust or debris particles in ambient air within said sampling region, said data signals having at least one of intensity, spatial or temporal characteristics outside of predetermined parameters; and an image processor configured to analyze said generated images after said removal of said data signals by said pulse discriminator, said image processor configured to use said analysis to determine a characteristic of said beam of light at at least one location in said sampling region. an imaging device configured to generate images of at least a part of said sampling region, said imaging device adapted to image light scattered in a generally lateral direction to the direction of the path of said beam of light; a pulse discriminator using data processing algorithms configured to identify and remove from said images, data signals arising from spurious light scattering from dust or debris particles in ambient air within said sampling region, said data signals having at least one of intensity, spatial or temporal characteristics outside of predetermined parameters; and an image processor configured to analyze said generated images after said removal of said data signals by said pulse discriminator, said image processor configured to use said analysis to determine a characteristic of said beam of light at at least one location in said sampling region.
A method of retrofitting an elevator machine with primary and secondary braking, the machine being disposed on a machine support frame in an elevator machine room, and engaging one or more ropes for providing selective movement of an elevator car disposed in an elevator shaft, the machine having a drive sheave including a cylindrical brake drum, and brake components including dual brake arms; the method comprising: removing the brake components; affixing flanged disc segments about the drum and interlocking the flanged disc segments to form a brake rotor; and mounting respective brake calipers to frame mounts for providing primary and secondary braking to the elevator machine; characterized in that affixing each flanged disc to the drum includes wrapping a continuous rod around an outer diameter of the drum, and clamping together rod ends to provide hoop compression with a parallel rod clamp; wherein mounting calipers includes mounting caliper mounting arms to the respective frame mounts, and mounting the brake calipers to the respective mounting arms; wherein the machine includes a brake magnet housing with a spring guide rod, supported by a brake magnet mount, and mounting calipers includes mounting an end of the mounting arms to respective opposing ends of the brake magnet housing or spring guide rod. removing the brake components; affixing flanged disc segments about the drum and interlocking the flanged disc segments to form a brake rotor; and mounting respective brake calipers to frame mounts for providing primary and secondary braking to the elevator machine; characterized in that affixing each flanged disc to the drum includes wrapping a continuous rod around an outer diameter of the drum, and clamping together rod ends to provide hoop compression with a parallel rod clamp; wherein mounting calipers includes mounting caliper mounting arms to the respective frame mounts, and mounting the brake calipers to the respective mounting arms; wherein the machine includes a brake magnet housing with a spring guide rod, supported by a brake magnet mount, and mounting calipers includes mounting an end of the mounting arms to respective opposing ends of the brake magnet housing or spring guide rod.
Screen, such as a window covering (1; 401; 601) comprising a headrail (2; 402; 602); a bottom rail (6; 406; 606) movable with respect to the head rail; a middle rail (4; 404; 604) arranged movably between the head rail and the bottom rail, at least one collapsible screen material (8; 408; 608) supported by the middle rail and the bottom rail; a first control unit (10; 410; 610) comprising a first drive shaft, first control means (14, 16, 18; 414; 614) for rotating said first drive shaft, at least one first winding element (30, 32) rotatable with the first drive shaft for winding and unwinding first lift means extending between the head rail and the middle rail; a second control unit (20; 420; 620) comprising a second drive shaft, second control means (24, 26) for rotating said second drive shaft, at least one second winding element rotatable with the second drive shaft for winding and unwinding second lift means extending between the head rail and the bottom rail through the middle rail and the screen material; and a shaft rotation limiting system comprising a threaded shaft arranged on and rotatable in unison with one of the first and the second drive shafts, a coupling element threaded on said threaded shaft, wherein the coupling element is associated with and rotatable in unison with the other drive shaft, characterized in that the shaft rotation limiting system further comprises a toothed shaft arranged on and rotatable in unison with the other drive shaft and in that the coupling element is a toothed nut that is in continuous engagement with the toothed shaft.
A polycrystalline diamond compact, comprising: a diamond table having a top surface and/or a side surface as working surfaces, and an exterior surface or interface as a non-working surface, the interface being defined when the diamond table is mounted on a substrate and extending between the diamond table and the substrate, and an interior volume, the diamond table comprising a volume of crystalline diamond grains bonded together by diamond-to-diamond bonds to form the diamond table, the diamond table including a plurality of inter-grain regions disposed between the bonded crystalline diamond grains; a cobalt-based catalyst material present in at least a portion of the plurality of inter-grain regions; and an iron concentration gradient extending from the exterior surface or interface into the interior volume of the diamond table, wherein an iron concentration increases along the iron concentration gradient from 0 wt.% to 0.1 wt.% Fe at the exterior surface or interface to 0.7 wt.% to 0.9 wt.% at a distance of 600 microns to 700 microns from the exterior surface or interface into the interior volume of the diamond table. a diamond table having a top surface and/or a side surface as working surfaces, and an exterior surface or interface as a non-working surface, the interface being defined when the diamond table is mounted on a substrate and extending between the diamond table and the substrate, and an interior volume, the diamond table comprising a volume of crystalline diamond grains bonded together by diamond-to-diamond bonds to form the diamond table, the diamond table including a plurality of inter-grain regions disposed between the bonded crystalline diamond grains; a cobalt-based catalyst material present in at least a portion of the plurality of inter-grain regions; and an iron concentration gradient extending from the exterior surface or interface into the interior volume of the diamond table, a volume of crystalline diamond grains bonded together by diamond-to-diamond bonds to form the diamond table, the diamond table including a plurality of inter-grain regions disposed between the bonded crystalline diamond grains; a cobalt-based catalyst material present in at least a portion of the plurality of inter-grain regions; and an iron concentration gradient extending from the exterior surface or interface into the interior volume of the diamond table, wherein an iron concentration increases along the iron concentration gradient from 0 wt.% to 0.1 wt.% Fe at the exterior surface or interface to 0.7 wt.% to 0.9 wt.% at a distance of 600 microns to 700 microns from the exterior surface or interface into the interior volume of the diamond table.
Method (1, 21) for performing open-loop and/or closed-loop control of a two-stage reduction gearbox of a motor vehicle, wherein two driving positions can be shifted, specifically a high driving position and a low driving position, wherein a shift element is activated by the driver in order to shift from the high driving position into the low driving position or to shift from the low driving position into the high driving position, wherein a gradient of the underlying surface is determined, wherein a vehicle speed is determined, characterized in that shifting occurs when the shifting element is activated and a determined value is higher than a minimum value which is dependent on the gradient of the underlying surface, wherein the predetermined value is a brake pressure and/or the vehicle speed.
A re-epithelialization dressing for use with reduced pressure to treat a wound site, the dressing comprising: a moist tissue-interface layer for disposing against the wound site, the moist tissue-interface layer providing a moisture balance, the moist tissue-interface layer comprising a hydrogel layer and having a first side and a second, tissue-facing side, and wherein a plurality of apertures are formed through the moist tissue-interface layer; a manifold member for distributing reduced pressure, the manifold member having a first side and a second, tissue-facing side, wherein the manifold member is a porous foam; a sealing member, the sealing member having a first side and a second, tissue-facing side; and wherein the manifold member is disposed between the sealing member and the moist tissue-interface layer. a moist tissue-interface layer for disposing against the wound site, the moist tissue-interface layer providing a moisture balance, the moist tissue-interface layer comprising a hydrogel layer and having a first side and a second, tissue-facing side, and wherein a plurality of apertures are formed through the moist tissue-interface layer; a manifold member for distributing reduced pressure, the manifold member having a first side and a second, tissue-facing side, wherein the manifold member is a porous foam; a sealing member, the sealing member having a first side and a second, tissue-facing side; and wherein the manifold member is disposed between the sealing member and the moist tissue-interface layer.
Kit for reconstructing a pipe connection, ▪ comprising a pipe socket referred to as the reconstruction socket which is provided for insertion into a connection opening of a pipe, ▪ a seal that acts on the inside of the pipe and is arranged on the reconstruction socket, ▪ a sealing collar that acts on the outside of the pipe and is arranged on the reconstruction socket and encloses the reconstruction socket, which, firstly, lies tightly against the pipe and, secondly, lies tightly against the reconstruction socket and incorporates a filler opening that is accessible from outside, ▪ and a liquid sealing agent which can be poured through the filler opening into a sealing gap which extends in the area of the connection opening between the pipe and the reconstruction socket and between the inner seal and the outer sealing collar, where the reconstruction socket is designed to be longitudinally adjustable and incorporates two sections (4, 5) that can be axially connected together and of which a so-called inner section incorporates the seal and a so-called outer section incorporates the sealing collar, characterised in that the seal incorporates a hollow space and a filler connection for conducting a filling medium into the hollow space in such a way that the seal can be activated to increase its outside diameter and that an air-relief valve is connected to the hollow space in the seal. ▪ comprising a pipe socket referred to as the reconstruction socket which is provided for insertion into a connection opening of a pipe, ▪ a seal that acts on the inside of the pipe and is arranged on the reconstruction socket, ▪ a sealing collar that acts on the outside of the pipe and is arranged on the reconstruction socket and encloses the reconstruction socket, which, firstly, lies tightly against the pipe and, secondly, lies tightly against the reconstruction socket and incorporates a filler opening that is accessible from outside, ▪ and a liquid sealing agent which can be poured through the filler opening into a sealing gap which extends in the area of the connection opening between the pipe and the reconstruction socket and between the inner seal and the outer sealing collar,
System comprising a bone plate and a bone screw, wherein the bone plate is provided with a through-hole that extends from an upper face of the bone plate to a lower face thereof situated toward the bone, wherein a lip is formed in the through-hole, which lip protrudes from the curved surface of the through-hole and extends in the circumferential direction of the through-hole, and wherein the bone screw has a head thread, which is designed to reshape the lip in the through-hole in order to form a threaded connection, characterized in that the lip has a step arranged between the curved surface of the through-hole and a central area of the lip, which step extends along the lip.