mhurhangee/ep-ind-claims huggingface dataset:
An electrical terminal comprising: an electrically conductive monolithic body including a mating end that includes a base, a contact beam and a spring assist member collectively defining an opening at the mating end for receiving a complementary plug terminal, wherein said contact beam and said spring assist member are spaced from said base and are fixed at one end relative to said base, terminating in a free end and such that said contact beam and said spring assist member at least partially overlap, wherein said contact beam and said spring assist member together generate a contact force when said plug terminal is inserted, and wherein said monolithic body comprises a first opening between said base and said contact beam and defines a second opening between said base and said spring assist member, characterized in that the first and second openings (31, 33) are slots extending along a portion of the length of the contact beam and the spring assist member and are configured to create a pivotal mounting of the contact beam and the spring assist member, respectively, to the base at the mating end, wherein said contact beam presses against the spring assist member as the contact beam is deflected from an initial first position to a deflected second position to generate the contact force. an electrically conductive monolithic body including a mating end that includes a base, a contact beam and a spring assist member collectively defining an opening at the mating end for receiving a complementary plug terminal, wherein said contact beam and said spring assist member are spaced from said base and are fixed at one end relative to said base, terminating in a free end and such that said contact beam and said spring assist member at least partially overlap, wherein said contact beam and said spring assist member together generate a contact force when said plug terminal is inserted, and wherein said monolithic body comprises a first opening between said base and said contact beam and defines a second opening between said base and said spring assist member, characterized in that the first and second openings (31, 33) are slots extending along a portion of the length of the contact beam and the spring assist member and are configured to create a pivotal mounting of the contact beam and the spring assist member, respectively, to the base at the mating end, wherein said contact beam presses against the spring assist member as the contact beam is deflected from an initial first position to a deflected second position to generate the contact force.
Process for the production of a panel of an aircraft that is made of double-curved composite material, said panel comprising at least two series of fibers, the fibers of the first series being oriented at 0°, the fibers of the second series being oriented at 90°, the fibers being arranged along non-geodesic trajectories, said panel being obtained from a three-dimensional preform that comprises fibers (14, 16, 18, 20) that are distributed in a defined arrangement, said process consisting in manufacturing a flat preform with dry fibers to make it possible for the fibers to slide relative to one another during a deformation, the fibers (14, 16, 18, 20) in the flat preform following predefined trajectories to obtain the desired defined arrangement of fibers after deformation, the fibers of the first series being arranged in the flat preform according a trajectory, different from the 0° orientation, calculated by a computer so that this fibers are oriented at 0° in the three-dimensional preform after deformation, the fibers of the second series being arranged in the flat preform according a trajectory, different from the 90° orientation, calculated by a computer so that this fibers are oriented at 90° in the three-dimensional preform after deformation, in deforming said flat preform in such a way as to obtain the three-dimensional preform, embedding the dry fibers in a resin matrix and in polymerizing the three-dimensional preform and the resin to obtain the panel.
Construction site luminaire consisting of a battery housing and a lamp housing, wherein the battery housing has a receptacle for fixing to a traffic bollard or a construction site fence and a battery compartment, which is provided with a flap, characterised in that the flap is provided laterally on the battery housing and the battery compartment is horizontally oriented in such a manner that in the mounted state of the construction site luminaire on a traffic bollard or a construction site fence, the accessibility of the battery compartment is ensured.
A method for setting a cutting distance (δ laser_skin_opt (z)) between a laser beam and a skin surface in a laser shaving device, said laser shaving device having a laser deactivation threshold (δ laser_skin_min (z)), said method comprising: operating an optical system to generate the laser beam; determining a skin variation value (σ) indicative of the variation in the distance of the skin surface from a reference point; determining a cutting distance between said laser beam and the skin surface in dependence on at least the laser deactivation threshold and said skin variation value; and adjusting said optical system to locate the laser beam in dependence on said determined cutting distance, characterized in that determining said skin variation value comprises: generating information indicative of an ideal skin surface ( Y skin (z)) and the distances from said ideal skin surface that said skin surface is; and determining a standard deviation of said skin surface distance from said ideal skin surface. operating an optical system to generate the laser beam; determining a skin variation value (σ) indicative of the variation in the distance of the skin surface from a reference point; determining a cutting distance between said laser beam and the skin surface in dependence on at least the laser deactivation threshold and said skin variation value; and adjusting said optical system to locate the laser beam in dependence on said determined cutting distance, characterized in that determining said skin variation value comprises: generating information indicative of an ideal skin surface ( Y skin (z)) and the distances from said ideal skin surface that said skin surface is; and determining a standard deviation of said skin surface distance from said ideal skin surface. generating information indicative of an ideal skin surface ( Y skin (z)) and the distances from said ideal skin surface that said skin surface is; and determining a standard deviation of said skin surface distance from said ideal skin surface.
A crosslinkable polymeric composition, comprising: (a) a polyolefin having hydrolyzable silane groups; (b) an organic peroxide; and (c) a silanol condensation catalyst selected from the group consisting of Lewis and Bronsted acids or bases and combinations thereof. (a) a polyolefin having hydrolyzable silane groups; (b) an organic peroxide; and (c) a silanol condensation catalyst selected from the group consisting of Lewis and Bronsted acids or bases and combinations thereof.
A chirally controlled oligonucleotide composition comprising oligonucleotides defined by having: 1) a common base sequence and length; 2) a common pattern of backbone linkages; and 3) a common pattern of backbone chiral centers, which composition is a substantially pure preparation of a single oligonucleotide in that at least about 10% of the oligonucleotides in the composition have the common base sequence and length, the common pattern of backbone linkages, and the common pattern of backbone chiral centers; wherein: the common base sequence has at least 15 bases; the single oligonucleotide has a wing-core-wing structure, wherein the first wing region independently has a length of one or more bases, the second wing region independently has a length of one or more bases, and the core region has a length of six or more bases; the core region comprises a repeating pattern of internucleotidic linkage stereochemistry of ( S p)m( R p)n or ( R p)n( S p)m, wherein n is 1 and m is 2, 3, 4, 5, 6, 7, or 8; and at least 40% of the phosphorothioate internucleotidic linkages of the single oligonucleotide are of the Sp configuration. 1) a common base sequence and length; 2) a common pattern of backbone linkages; and 3) a common pattern of backbone chiral centers, the common base sequence has at least 15 bases; the single oligonucleotide has a wing-core-wing structure, wherein the first wing region independently has a length of one or more bases, the second wing region independently has a length of one or more bases, and the core region has a length of six or more bases; the core region comprises a repeating pattern of internucleotidic linkage stereochemistry of ( S p)m( R p)n or ( R p)n( S p)m, wherein n is 1 and m is 2, 3, 4, 5, 6, 7, or 8; and at least 40% of the phosphorothioate internucleotidic linkages of the single oligonucleotide are of the Sp configuration.
A cathode material for an activated, deferred-action battery, said cathode material comprising a readily soluble non-hygroscopic ionic salt, at least one basic copper salt selected from the group of basic copper sulfate and basic copper carbonate on a skeletal frame.
A direct current detecting mechanism for a direct current circuit breaker, the circuit breaker having an electric power source side terminal (100a1, 100a3) and an electric load side terminal (100b4, 102c, 102f), the direct current detecting mechanism comprises a direct current detecting shunt, characterized in that the direct current detecting shunt comprises: a plurality of resistor members (102b, 102e) with high resistivity; a connection conductor (102a, 102d) having a plurality of first recess portions (102a2, 102d1) in which the resistor members (102b, 102e) are inserted; and a load terminal part (102c, 102f) having a plurality of second recess portions (102c1) in which the resistor members (102b, 102e) are inserted. a plurality of resistor members (102b, 102e) with high resistivity; a connection conductor (102a, 102d) having a plurality of first recess portions (102a2, 102d1) in which the resistor members (102b, 102e) are inserted; and a load terminal part (102c, 102f) having a plurality of second recess portions (102c1) in which the resistor members (102b, 102e) are inserted.
A telecommunication cable comprising a plurality of optical fibres grouped together in micro-cables held around a central reinforcing element, each micro-cable comprising: - a plurality of optical fibres gathered together in micromodules or in loose tubes; - a watertight polymer jacket; - at least one longitudinal reinforcing element, wherein each micro-cable also comprises a corrugated steel armouring arranged in the inner periphery of the jacket. - a plurality of optical fibres gathered together in micromodules or in loose tubes; - a watertight polymer jacket; - at least one longitudinal reinforcing element, wherein each micro-cable also comprises a corrugated steel armouring arranged in the inner periphery of the jacket.
Manufacturing process of a composite container combining a synthetic resin container body and a paper label, wherein: the container body forms a bottle shape made by forming a mouth part on the top end edge of a tube-shaped base part rising up from the outer circumferential edge of a bottom part via a shoulder part constricting in radius upwards; and the manufacturing process comprising: forming the composite container by the paper label being adhered to at least one of the top end edge outer circumferential surface and the bottom end edge outer circumferential surface of the base part of the container body by disposing the paper label in a mold, and biaxial stretch blow shaping a preform with a liquid as a pressurized medium wherein the paper label forms a paper tube, and wherein, in the mold, the position corresponding to the top end edge outer circumferential surface of the paper tube has a plurality of longitudinal grooves formed extending in a circumferential direction, and as a result of the biaxial stretch blow shaping, the paper tube and the container body have formed a plurality of ridges corresponding to the longitudinal grooves. the container body forms a bottle shape made by forming a mouth part on the top end edge of a tube-shaped base part rising up from the outer circumferential edge of a bottom part via a shoulder part constricting in radius upwards; and the manufacturing process comprising: forming the composite container by the paper label being adhered to at least one of the top end edge outer circumferential surface and the bottom end edge outer circumferential surface of the base part of the container body by disposing the paper label in a mold, and biaxial stretch blow shaping a preform with a liquid as a pressurized medium wherein the paper label forms a paper tube, and wherein, in the mold, the position corresponding to the top end edge outer circumferential surface of the paper tube has a plurality of longitudinal grooves formed extending in a circumferential direction, and as a result of the biaxial stretch blow shaping, the paper tube and the container body have formed a plurality of ridges corresponding to the longitudinal grooves.
A water-activated adhesive comprising: an aqueous emulsion of vinyl acetate; polyvinyl alcohol; and glycerin, wherein the concentration of polyvinyl alcohol in the water-activated adhesive ranges from 25 wt% to 45 wt%. an aqueous emulsion of vinyl acetate; polyvinyl alcohol; and glycerin, wherein the concentration of polyvinyl alcohol in the water-activated adhesive ranges from 25 wt% to 45 wt%.
A tool having a spur gear shape for cutting, as a gear to be cut, a skew gear to be meshed with a predetermined helical gear, the tool comprising a cutting edge portion having a cutting edge of a tooth-profile curvilinear shape that is the same as one of at least a pair of tooth-profile curvilinear shapes of a tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to an axis of the helical gear, wherein: a circular tooth thickness of the cutting edge portion is smaller than a circular tooth thickness of the tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to the axis; a tooth depth of the cutting edge portion is larger than a tooth depth of the helical gear; and when a circular tooth thickness of a tooth tip of the cutting edge portion is represented as S atSC, a circular tooth thickness on a virtual outside diameter of the tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to the axis is represented as S at, a helix angle on the virtual outside diameter of the tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to the axis is represented as β a, and a face width of the cutting edge portion is represented as b SC, the following Expression 1 is satisfied. b SC ≤ S at − S atSC tan β a a circular tooth thickness of the cutting edge portion is smaller than a circular tooth thickness of the tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to the axis; a tooth depth of the cutting edge portion is larger than a tooth depth of the helical gear; and when a circular tooth thickness of a tooth tip of the cutting edge portion is represented as S atSC, a circular tooth thickness on a virtual outside diameter of the tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to the axis is represented as S at, a helix angle on the virtual outside diameter of the tooth profile of the helical gear in a cross-sectional view by a plane perpendicular to the axis is represented as β a, and a face width of the cutting edge portion is represented as b SC, the following Expression 1 is satisfied. b SC ≤ S at − S atSC tan β a
Knee joint endoprosthesis having a tibial component and a femoral component and a hinge joint for coupling the tibial component and the femoral component so as to be pivotal about a rotational axis, which hinge joint comprises a first joint element and a second joint element coupled therewith so as to be rotatable about the rotational axis, wherein a connecting device is provided having at least one first connecting element and at least one second connecting element for connecting the first joint element to the femoral component, which connecting device defines a connecting position, in which the at least one first connecting element and the at least one second connecting element are engaged in a non-positive- and/or positive-locking manner, and an assembly position, in which the first joint element and the femoral component are fully separated from each other, wherein the at least one first connecting element is associated with the first joint element or is arranged or formed thereon, and wherein the at least one second connecting element is associated with the femoral component or is arranged or formed thereon, wherein the connecting device defines a connecting direction, in which the at least one first connecting element and the at least one second connecting element are moveable relative to each other for transferring the connecting device from the assembly position into the connecting position, wherein the connecting direction runs transversely, in particular perpendicularly, to the rotational axis, characterized in that the first joint element is configured in the form of a hinge axle, and in that the second joint element has a hinge axle receiver that is passed through by the hinge axle.
A chip module, comprising a module carrier with a first side and a second side, and electrically insulating material between the first and second sides, wherein a chip is arranged on the first side and an arrangement of one or several electroconductive contact fields (101, 102,..., 108) with which the chip is at least partially interconnected is formed on the second side, on the first side of the module carrier one or several electroconductive elements are provided which are interconnected with the chip to form an electrical circuit, the chip comprises a means for monitoring the electrical circuit, wherein the means detects a deviation of the electrical circuit from a normal state during operation of the chip module and wherein the means for monitoring the electrical circuit comprises a measuring device for measuring one or several electrical properties of the electrical circuit, wherein the measuring device detects a deviation of the measured property or properties from one or several predetermined values characterized in that the electroconductive element is configured as a coil or capacitor, wherein the electroconductive element is applied as an electroconductive layer to the first side of the module carrier, wherein the electroconductive element is configured as an electroconductive area on the first side of the module carrier opposite a ground-potential contact field on the second side of the module carrier, so that a capacitor is formed in the electrical circuit by the ground-potential contact field, the electroconductive area and the interposed insulating material of the module carrier.
A method for forming a lignin fraction from crude lignin which has been formed by processing by means of a treatment step selected from enzymatic treatment, treatment with ionic liquid and their combinations, wherein the method comprises - treating the crude lignin by a lignin liberation in at least one lignin liberation step such that the lignin is liberated and two solid phases are formed in the lignin liberation step, - separating the lignin fraction and a lignocellulose fraction in at least one solid-solid separation step, and - circulating at least a part of the lignocellulose fraction back to the enzymatic treatment or treatment with ionic liquid or to a stage before the enzymatic treatment or treatment with ionic liquid. - treating the crude lignin by a lignin liberation in at least one lignin liberation step such that the lignin is liberated and two solid phases are formed in the lignin liberation step, - separating the lignin fraction and a lignocellulose fraction in at least one solid-solid separation step, and - circulating at least a part of the lignocellulose fraction back to the enzymatic treatment or treatment with ionic liquid or to a stage before the enzymatic treatment or treatment with ionic liquid.
A corrugating roll unit replacing apparatus for performing an operation of replacing a corrugating roll unit between a single facer and a corrugating roll unit transporting carriage, comprising: a replacement carriage capable of moving along a replacement direction of the corrugating roll unit; a movement unit capable of moving the replacement carriage in the replacement direction; and a connection device configured to connect the replacement carriage and the corrugating roll unit, wherein a pair of guide rails is provided along the replacement direction, the replacement carriage is supported to be movable along the pair of guide rails, wherein, along the pair of guide rails, there is provided a space for a single facer, a retreat space for the replacement carriage provided on one side, in the replacement direction, of the space for the single facer, and a connection space for the replacement carriage, characterized in that the connection space for the replacement carriage is provided on the other side, in the replacement direction, of the space for the single facer. a replacement carriage capable of moving along a replacement direction of the corrugating roll unit; a movement unit capable of moving the replacement carriage in the replacement direction; and a connection device configured to connect the replacement carriage and the corrugating roll unit, wherein a pair of guide rails is provided along the replacement direction, the replacement carriage is supported to be movable along the pair of guide rails, wherein, along the pair of guide rails, there is provided a space for a single facer, a retreat space for the replacement carriage provided on one side, in the replacement direction, of the space for the single facer, and a connection space for the replacement carriage, characterized in that the connection space for the replacement carriage is provided on the other side, in the replacement direction, of the space for the single facer.
Circuitry to localize insulation ground faults in direct voltage networks, this circuitry having the voltage of a direct voltage source applied to two supply conductors (E1, E2) of the direct voltage network having at least two branches (AZ1, AZ2,... AZn), characterized by a selector switch for optional connection of the supply conductors (E1, E2) with ground potential and a detection device associated with each branch to be checked (AZ1,... AZn) to detect a change in current in the branch.
A double cut folder for a printing press comprising: a first cutting cylinder pair including a first knife cylinder and a first anvil cylinder for perforating a web; a second cutting cylinder pair including a second knife cylinder and a second anvil cylinder for cutting the web into signatures; characterized in that each cutting cylinder pair includes a plurality of knife mounting locations and a plurality of cutting rubber locations, in that each knife mounting location is configured to hold a knife box, in that a first subset of the plurality of knife mounting locations each have a knife box secured therein, and in that a second subset of the plurality of knife mounting locations do not have a knife box secured therein. a first cutting cylinder pair including a first knife cylinder and a first anvil cylinder for perforating a web; a second cutting cylinder pair including a second knife cylinder and a second anvil cylinder for cutting the web into signatures; characterized in that each cutting cylinder pair includes a plurality of knife mounting locations and a plurality of cutting rubber locations, in that each knife mounting location is configured to hold a knife box, in that a first subset of the plurality of knife mounting locations each have a knife box secured therein, and in that a second subset of the plurality of knife mounting locations do not have a knife box secured therein.