mhurhangee/ep-ind-claims huggingface dataset:
A Raschel knitting machine comprising an elongating device for elongating the length of a stitch made of a weft joining two rows of loops of warps during manufacturing of a net (1, A) by controlling the traveling of the stitch during dragging of the rows of loops in a machine direction (7, MD), the elongating device comprising an oblong, flexible object with a surface for positioning the stitch during dragging of the rows of loops and with a abutment portion for pressing against an abutment element of the Raschel knitting machine during a reciprocating motion of the object; and an attachment means for attaching a driving means for causing the reciprocating motion, wherein the elongating device is configured for moving the surface of the object in a direction towards the stitch positioned on the surface during the reciprocating motion, characterized in that a flexible projection is provided on the surface of the object for preventing the stitch positioned on the surface from moving off the surface during the reciprocating motion and the dragging of the rows of loops and for releasing the stitch acting on the projection.
A method for producing a porous aluminum foil, characterized in that a porous aluminum film is formed on a surface of a substrate by electrolysis using a plating solution containing at least a dialkyl sulfone, an aluminum halide, and a nitrogen-containing compound, and the film is then separated from the substrate, wherein the nitrogen-containing compound is at least one selected from the group consisting of an ammonium halide, a hydrogen halide salt of a primary amine, a hydrogen halide salt of a secondary amine, a hydrogen halide salt of a tertiary amine, and a quaternary ammonium salt represented by the general formula: R 1 R 2 R 3 R 4 N•X, wherein R 1 to R 4 independently represent an alkyl group and are the same as or different from one another, and X represents a counteranion for the quaternary ammonium cation, characterized in that the plating solution further comprises a water content of 100 to 2000 ppm.
An apparatus for optical applications, comprising an optical waveguide (110, 115, 120) configured to guide light along a light propagation axis and having a first refractive index along the light propagation axis interrupted by a plurality of portions (130, 330, 630, 830) having a second refractive index, wherein each portion has a long axis substantially perpendicular to the light propagation axis as well as a short axis substantially perpendicular to the light propagation axis and the long axis; and a receiver unit arranged on a side of the optical waveguide (110, 115, 120), wherein the receiver unit (140, 340) is arranged so as to receive light scattered from the plurality of portions (130, 330, 630, 830) in a scattering direction lying in a main scattering plane defined by the long axis and the light propagation axis.
An information processing device including a first wireless communicator adapted to establish a short-range wireless communication with a first image forming device in a local network and including a second wireless communicator adapted to establish a wireless Local Area Network, LAN, communication with a wireless communicator device connected to said local network, said information processing device comprises: an address obtaining unit adapted to cause said first wireless communicator to establish the short-range wireless communication with said first image forming device, thereby obtaining an IP address of said first image forming device in said local network; and an unicast search unit adapted to cause said second wireless communicator to send a search command for searching for a second image forming device in said local network to said local network using unicast transmission via said wireless communicator device based on the IP address obtained by said address obtaining unit, wherein the unicast search unit is adapted to determine a scope of addresses to send the search command using the unicast transmission, and one of the IP addresses included in the scope is set as the unicast transmission address. an address obtaining unit adapted to cause said first wireless communicator to establish the short-range wireless communication with said first image forming device, thereby obtaining an IP address of said first image forming device in said local network; and an unicast search unit adapted to cause said second wireless communicator to send a search command for searching for a second image forming device in said local network to said local network using unicast transmission via said wireless communicator device based on the IP address obtained by said address obtaining unit, wherein the unicast search unit is adapted to determine a scope of addresses to send the search command using the unicast transmission, and one of the IP addresses included in the scope is set as the unicast transmission address.
A sandwich panel for a firewall, the sandwich panel comprising an insulating core sandwiched between a first shell element and a second shell element, each shell element comprising a tongue at one end of the panel and a groove at the opposing end of the panel, the tongue configured to co-operate with a groove of a first adjacent sandwich panel to form a first joint and the groove configured to cooperate with a tongue of a second adjacent sandwich panel to form a second joint, and wherein the sandwich panel further comprises, for each shell element: a first reinforcing member engaged with the tongue and a second reinforcing member engaged with the groove at the opposing end of the panel wherein the first and second reinforcing members provide reinforcement of the first and second joints respectively, characterized in that the first reinforcing member has a first portion for engaging with the tongue and a second portion which extends a distance beyond the tongue and into the groove of the first adjacent sandwich panel when the sandwich panel is cooperating with the first adjacent sandwich panel and wherein the second reinforcing member is a planar element. a first reinforcing member engaged with the tongue and a second reinforcing member engaged with the groove at the opposing end of the panel wherein the first and second reinforcing members provide reinforcement of the first and second joints respectively, characterized in that the first reinforcing member has a first portion for engaging with the tongue and a second portion which extends a distance beyond the tongue and into the groove of the first adjacent sandwich panel when the sandwich panel is cooperating with the first adjacent sandwich panel and wherein the second reinforcing member is a planar element.
Method for producing 99m Tc, comprising the following steps: - providing a solution (11, 21, 31) with 100 Mo-molybdate ions, - providing a proton beam with an energy suitable for inducing a 100 Mo(p, 2n) 99m Tc nuclear reaction when 100 Mo-molybdate ions are irradiated, - irradiating the solution with the proton beam and inducing a 100 Mo(p, 2n) 99m Tc nuclear reaction, - applying an extraction method for extracting the 99m Tc from the solution. - providing a solution (11, 21, 31) with 100 Mo-molybdate ions, - providing a proton beam with an energy suitable for inducing a 100 Mo(p, 2n) 99m Tc nuclear reaction when 100 Mo-molybdate ions are irradiated, - irradiating the solution with the proton beam and inducing a 100 Mo(p, 2n) 99m Tc nuclear reaction, - applying an extraction method for extracting the 99m Tc from the solution.
A connection arrangement, for connecting together first and second tubular members, with each tubular member in a respective adjacent plane, the first tubular member having curved end walls, the arrangement including on an outer face of the first tubular member which faces away from the second tubular member a first opening through which a fastening member can engageably extend, a second opening being provided on the inner face of the first tubular member opposite the first opening, the second opening being larger than the first opening, and being at least generally rectangular, a third opening being provided in an inner face of the second tubular member facing the first tubular member, which third opening is alignable with the first and second openings to engagingly receive the fastening member, and fourth and fifth openings (26, 28) in the inner face of the second tubular member located either side of a mounting part of the second tubular member, which mounting part locates the third opening, the fourth and fifth openings (26, 28) on either side of the mounting part having at least generally straight sides such that the mounting part can be slidingly received in the second opening, whilst the opposite sides of the fourth and fifth openings (26, 28) are curved so as to each receive a respective curved end wall of the first tubular member engaging thereagainst.
Multiple edge drill, in particular used for machining materials, including cast steel materials, which are difficult to machine, wherein pointing of said drill is formed such that the main cutting edge (22, 24) comprises at least two main cutting edge sections (22, 24) which define different tip angles (WSPI, WSPA), the radial outer tip angle (WSPA) thereof being smaller than the radial inner tip angle (WSPI), characterized in that said radial outer main cutting edge section has a tip angle (WSPA) in the range between 95 and 130°, preferably in the range between 115 and 125°, and said radial inner main cutting edge section has a tip angle (WSPI) in the range between 130 and 150°, preferably of about 140°, wherein a buckle point of said main cutting edge (22, 24) lying between said both main cutting edge sections (22, 24) has a distance from the drill axis which lies in the range between 0,30 and 0,35 x D, D designating the nominal diameter of said drill, so that said main cutting edge sections (22, 24) outside the core of said drill and running under a different angle with respect to the axis of the drill become substantially of equal value.
Method of operating a first communication device (3; 167) for receiving a media data stream (48, 55; 64, 72; 114, 126) from at least one second communication device (5; 169) in a telecommunications system, said method comprising the steps of: said first communication device (3; 167) exchanging with said at least one second communication device (5; 169) a session initiation protocol message during a session initiation protocol dialogue, said session initiation protocol message including a late media indicator data element (51, 54; 68, 71; 111, 113, 119, 123; 147), characterised in that: said late media indicator data element (51, 54; 68, 71; 111, 113, 119, 123; 147) including an indication that said media stream (48, 55; 64, 72; 114, 126) continues after said session initiation protocol dialogue has terminated, said session initiation protocol dialogue controlling said media data stream (48, 55; 64, 72; 114, 126); said first communication device (3; 167) receiving said media data stream (48, 55; 64, 72; 114, 126) from said at least one second communication device (5; 169); wherein said first communication device (3; 167) continues to receive and accept said media data stream (48, 55; 64, 72; 114, 126) after said session initiation protocol dialogue has ended. said first communication device (3; 167) exchanging with said at least one second communication device (5; 169) a session initiation protocol message during a session initiation protocol dialogue, said session initiation protocol message including a late media indicator data element (51, 54; 68, 71; 111, 113, 119, 123; 147), characterised in that: said late media indicator data element (51, 54; 68, 71; 111, 113, 119, 123; 147) including an indication that said media stream (48, 55; 64, 72; 114, 126) continues after said session initiation protocol dialogue has terminated, said session initiation protocol dialogue controlling said media data stream (48, 55; 64, 72; 114, 126); said first communication device (3; 167) receiving said media data stream (48, 55; 64, 72; 114, 126) from said at least one second communication device (5; 169); wherein said first communication device (3; 167) continues to receive and accept said media data stream (48, 55; 64, 72; 114, 126) after said session initiation protocol dialogue has ended.
A milk frother, comprising: a container and an electrical base unit; the container is provided with a separating disc that divides the container into an upper cavity and a lower cavity.; a stirrer is provided on the separating disc with slave magnetic elements; a heating device, a rotatable device and a motor are provided beneath the separating disc; the rotatable device is driven by the motor; in the course of rotation, the rotatable device that is provided with driving magnetic elements drives the stirrer to operate because the driving magnetic elements play the roles of magnetic pull to and centrifugal force from the slave magnetic elements, characterized in that there are M pairs of driving magnetic elements in the rotatable device; the polarity of driving magnetic elements is set vertical and each pair of driving magnetic elements are in symmetrical distribution centered by the output shaft of motor; neighboring two driving magnetic elements have an opposite polarity; N pairs of slave magnetic elements with vertical polarity are provided in the stirrer over the driving magnetic elements; wherein M is even and M ≥ 2, while N satisfying 1 ≤ N ≤ M - 1. a container and an electrical base unit; the container is provided with a separating disc that divides the container into an upper cavity and a lower cavity.; a stirrer is provided on the separating disc with slave magnetic elements; a heating device, a rotatable device and a motor are provided beneath the separating disc; the rotatable device is driven by the motor; in the course of rotation, the rotatable device that is provided with driving magnetic elements drives the stirrer to operate because the driving magnetic elements play the roles of magnetic pull to and centrifugal force from the slave magnetic elements, characterized in that there are M pairs of driving magnetic elements in the rotatable device; the polarity of driving magnetic elements is set vertical and each pair of driving magnetic elements are in symmetrical distribution centered by the output shaft of motor; neighboring two driving magnetic elements have an opposite polarity; N pairs of slave magnetic elements with vertical polarity are provided in the stirrer over the driving magnetic elements; wherein M is even and M ≥ 2, while N satisfying 1 ≤ N ≤ M - 1.
A current switch comprising: a blade-type movable contact configured to extend in a radial direction from a pivoting center and reciprocatingly move such that a free end of the movable contact draws a pivoting track; a fixed contact including energizing members separated from the movable contact and arranged to be opposed to and substantially in parallel to each other on both sides across a pivoting surface of the movable contact and a shielding member configured to cover at least a periphery of the energizing members and shield the periphery of the energizing members from an external electric field and provided with an opening section substantially U-shaped in section into which the movable contact can penetrate; a movable arc contact provided in the movable contact; fixed arc contacts provided in the fixed contact, characterised in that: a permanent magnet (3a, 3b) is arranged on an inside of the fixed contact to generate a magnetic field that crosses an arc generated between the movable arc contact and the fixed arc contacts during contact and separation of the movable contact and the fixed contact, wherein the permanent magnet (3a, 3b) is arranged in a vicinity of the movable arc contact. a blade-type movable contact configured to extend in a radial direction from a pivoting center and reciprocatingly move such that a free end of the movable contact draws a pivoting track; a fixed contact including energizing members separated from the movable contact and arranged to be opposed to and substantially in parallel to each other on both sides across a pivoting surface of the movable contact and a shielding member configured to cover at least a periphery of the energizing members and shield the periphery of the energizing members from an external electric field and provided with an opening section substantially U-shaped in section into which the movable contact can penetrate; a movable arc contact provided in the movable contact; fixed arc contacts provided in the fixed contact, characterised in that: a permanent magnet (3a, 3b) is arranged on an inside of the fixed contact to generate a magnetic field that crosses an arc generated between the movable arc contact and the fixed arc contacts during contact and separation of the movable contact and the fixed contact, wherein the permanent magnet (3a, 3b) is arranged in a vicinity of the movable arc contact. a permanent magnet (3a, 3b) is arranged on an inside of the fixed contact to generate a magnetic field that crosses an arc generated between the movable arc contact and the fixed arc contacts during contact and separation of the movable contact and the fixed contact, wherein the permanent magnet (3a, 3b) is arranged in a vicinity of the movable arc contact.
A process for preparing polyisocyanates carrying silyl groups, which comprises - in a first step reacting at least one polyisocyanate containing isocyanurate groups with at least one unsaturated alcohol which carries at least one C=C double bond and at least one hydroxyl group, and - subsequently adding at least one silane compound which carries at least one Si-H bond, by a hydrosilylation, to at least some of the C=C double bonds bonded thus to the resultant polyisocyanate containing urethane groups. - in a first step reacting at least one polyisocyanate containing isocyanurate groups with at least one unsaturated alcohol which carries at least one C=C double bond and at least one hydroxyl group, and - subsequently adding at least one silane compound which carries at least one Si-H bond, by a hydrosilylation, to at least some of the C=C double bonds bonded thus to the resultant polyisocyanate containing urethane groups.
A composition comprising a polymer derived from at least two monomers: acrylic-x and an alkylamine, wherein said acrylic-x has the following formula: wherein X = OH and salts thereof or NHR 2 and wherein R 1 and R 2 is H or an alkyl or aryl group, wherein the molecular weight of said polymer is between 500 to 200,000, and wherein said polymer is modified to contain a functional group capable of scavenging one or more compositions containing one or more heavy metals.
An automotive driveline unit, comprising: a housing with a wall at least partly defining an interior of the automotive driveline unit, a spinning component, a lubricant bath held in said interior, said wall having a lubricant feed passage spanning therethrough from an inlet to an outlet (68, 70), said inlet open to said interior to receive lubricant from said lubricant bath, said lubricant feed passage having a flow restrictor; characterized in that the flow restrictor is located in the lubricant feed passage adjacent said outlet in order to inhibit the flow of lubricant exiting said outlet; that, when the automotive driveline unit is in a connected state, lubricant from said lubricant bath is received through said inlet and into said lubricant feed passage via said spinning component of the automotive driveline unit, the received lubricant trickles through said flow restrictor and exits said outlet, the received lubricant pools upstream of said flow restrictor in said lubricant feed passage; and that, when the automotive driveline unit is in a disconnected state, the spinning component of the automotive driveline unit ceases spinning and the pooled lubricant in said lubricant feed passage trickles through said flow restrictor and exits said outlet. a housing with a wall at least partly defining an interior of the automotive driveline unit, a spinning component, a lubricant bath held in said interior, said wall having a lubricant feed passage spanning therethrough from an inlet to an outlet (68, 70), said inlet open to said interior to receive lubricant from said lubricant bath, said lubricant feed passage having a flow restrictor; characterized in that the flow restrictor is located in the lubricant feed passage adjacent said outlet in order to inhibit the flow of lubricant exiting said outlet; that, when the automotive driveline unit is in a connected state, lubricant from said lubricant bath is received through said inlet and into said lubricant feed passage via said spinning component of the automotive driveline unit, the received lubricant trickles through said flow restrictor and exits said outlet, the received lubricant pools upstream of said flow restrictor in said lubricant feed passage; and that, when the automotive driveline unit is in a disconnected state, the spinning component of the automotive driveline unit ceases spinning and the pooled lubricant in said lubricant feed passage trickles through said flow restrictor and exits said outlet.
A riding girth comprises a central portion from which two lateral bands extend suitable to encircle the chest of the horse up to the connection to the saddle, wherein on the outer side of the central portion a coupling element is made for attaching the loop of a strap of the martingale, harness or other operating instrument, said coupling element comprising a base and a plate-shaped spring hook which extends from said base and which permits the insertion/extraction of the loop of the strap into and out of the coupling element thanks to the elastic lifting of an end portion thereof relative to the base, characterized in that the plate-shaped spring hook comprises a proximal portion which rises from the base, an elongated intermediate portion, which extends substantially parallel to the base or slightly inclined towards said base so as to form with the base a lumen for the passage of the loop of the strap to be coupled, and a distal portion adjacent to the base, so as to laterally close said lumen.