mhurhangee/ep-ind-claims huggingface dataset:
Method of producing a coil of metallic strip, in which the strip is wound up on an expandable coiling mandrel and the coil wound to finished state is deposited on a coil carriage and transported away from the coiling mandrel, wherein the method comprises the steps: a) winding up the strip on the expanded coiling mandrel; b) receiving the coil, which is wound to finished state, on the coil carriage; and c) contracting the coiling mandrel; characterised in that the method comprises the further steps: d) moving the coil out from the coiling mandrel by a relative movement between coiling mandrel and coil carriage in the direction of the axis (a) of the coiling mandrel, wherein such a travel movement is carried out that the axial end of the coiling mandrel is spaced by a predetermined amount from the end face of the coil and lies in the coil eye, wherein the predetermined amount is smaller than the width of the coil; e) expanding the coiling mandrel; f) while the coiling mandrel is expanded, placing fixing means between at least two strip parts, which lie one above the other, of the strip in the region of the coil eye from which the coiling mandrel has been removed; and g) contracting the coiling mandrel and complete movement of the coil out of the coiling mandrel by a relative movement between the coiling mandrel and coil carriage in the direction of the axis (a) of the coiling mandrel. a) winding up the strip on the expanded coiling mandrel; b) receiving the coil, which is wound to finished state, on the coil carriage; and c) contracting the coiling mandrel; d) moving the coil out from the coiling mandrel by a relative movement between coiling mandrel and coil carriage in the direction of the axis (a) of the coiling mandrel, wherein such a travel movement is carried out that the axial end of the coiling mandrel is spaced by a predetermined amount from the end face of the coil and lies in the coil eye, wherein the predetermined amount is smaller than the width of the coil; e) expanding the coiling mandrel; f) while the coiling mandrel is expanded, placing fixing means between at least two strip parts, which lie one above the other, of the strip in the region of the coil eye from which the coiling mandrel has been removed; and g) contracting the coiling mandrel and complete movement of the coil out of the coiling mandrel by a relative movement between the coiling mandrel and coil carriage in the direction of the axis (a) of the coiling mandrel.
A power distribution system comprising: a DC-DC converter which converts a DC power outputted from a DC power source into a DC power having a desired voltage level and outputs the DC power, the power distribution system further comprises: a power conditioner connected to the DC power source and an AC power system, the power conditioner serving to convert the DC power outputted from the DC power source into an AC power synchronized with a phase of the AC power system, output the AC power, and reversely supply the AC power to the AC power system; and an operation control part which performs a control so that the DC-DC converter operates only when an input voltage of the DC-DC converter falls within a predetermined range, wherein the predetermined range is equal to or narrower than an operating voltage range of the power conditioner, wherein the power conditioner and the DC-DC converter are connected in parallel to the DC power source, so that the power conditioner and the DC-DC converter can be simultaneously operated. a DC-DC converter which converts a DC power outputted from a DC power source into a DC power having a desired voltage level and outputs the DC power, the power distribution system further comprises: a power conditioner connected to the DC power source and an AC power system, the power conditioner serving to convert the DC power outputted from the DC power source into an AC power synchronized with a phase of the AC power system, output the AC power, and reversely supply the AC power to the AC power system; and an operation control part which performs a control so that the DC-DC converter operates only when an input voltage of the DC-DC converter falls within a predetermined range, wherein the predetermined range is equal to or narrower than an operating voltage range of the power conditioner, a power conditioner connected to the DC power source and an AC power system, the power conditioner serving to convert the DC power outputted from the DC power source into an AC power synchronized with a phase of the AC power system, output the AC power, and reversely supply the AC power to the AC power system; and an operation control part which performs a control so that the DC-DC converter operates only when an input voltage of the DC-DC converter falls within a predetermined range, wherein the predetermined range is equal to or narrower than an operating voltage range of the power conditioner, wherein the power conditioner and the DC-DC converter are connected in parallel to the DC power source, so that the power conditioner and the DC-DC converter can be simultaneously operated.
A process for purifying and conjugating a bacterial capsular polysaccharide to a carrier protein, comprising: purifying the polysaccharide, comprising the steps of (a) precipitation of the polysaccharide using one or more cationic detergents, followed by (b) solubilisation of the precipitated polysaccharide using ethanol at a final concentration of between 75% and 95%, conjugation of the polysaccharide to a carrier protein, wherein the carrier protein is a bacterial toxin or toxoid, and wherein the conjugated saccharide has a saccharide:protein ratio (w/w) between 0.5:1 and 5:1. wherein the bacterial capsular polysaccharide is from Neisseria meningitidis serogroup A, W135 or Y, or from Haemophilus influenzae, or from Streptococcus pneumoniae, and wherein the one or more cationic detergents comprise cetyltrimethylammonium bromide. purifying the polysaccharide, comprising the steps of (a) precipitation of the polysaccharide using one or more cationic detergents, followed by (b) solubilisation of the precipitated polysaccharide using ethanol at a final concentration of between 75% and 95%, conjugation of the polysaccharide to a carrier protein, wherein the carrier protein is a bacterial toxin or toxoid, and wherein the conjugated saccharide has a saccharide:protein ratio (w/w) between 0.5:1 and 5:1.
Converter device, which has a housing which can be installed into a motor vehicle, in which at least one converter path is provided between at least one electric input and at least one electric converter output of the housing, wherein the converter device is configured, via the at least one converter path to adjust an impedance at least of an external antenna positioned outside the housing and connected to the at least one input, in particular a radio antenna, to an impedance at least of an additional electric device connectable to the at least one converter output so that a prespecified impedance is provided at the at least one electric converter output, wherein at least one antenna device independent of the converter path is integrated into the housing of the converter device which provides at least a portion of components for a Bluetooth and/or WLAN connection to at least one Bluetooth and/or WLAN-enabled device, and at least one antenna device connector connected electrically to the antenna device is provided on the housing of the converter device as an electric output and/or electric input of the antenna device, characterised in that the at least one converter output and the at least one antenna device connector are formed in a common plug-in connector element, wherein the plug-in connector element has an electrically conductive pin for connecting an electric cable and wherein by means of said one electric pin both the converter path and also the antenna device are connected electrically.
Process for producing a film pocket (1, 1') comprising at least the following steps: - Providing a first film cutting, preferably inserting the first film cutting into a mounting frame, - application of an adhesive layer, preferably a double-sided adhesive tape, along three edges (2a, 2b, 2c) of the first film cutting at least in sections on the first film cutting, - optional removal of a protective film from the applied adhesive tape, - bonding a second film cutting to the first film cutting by means of the adhesive layer, preferably the double-sided adhesive tape, to form the film pocket (1, 1'), so that an insertion opening of the film pocket (1, 1') remains at a fourth edge (2d, 4d) between the film cuttings (2, 4), the bonding preferably taking place in a mounting frame, particularly preferably in the mounting frame, wherein one of the two film cuttings (2, 4) has a slit window, which, starting at a distance (d) from the fourth edge of the film cutting, extends away from this fourth edge transversely over at least 95% of the length of the film cutting as far as the opposite edge of the film cutting, and the film cutting having the slit window is formed from film material which comprises polyethylene terephthalate film material, and wherein at least the other film cutting is manufactured with an adhesive film material at least on the outside. - Providing a first film cutting, preferably inserting the first film cutting into a mounting frame, - application of an adhesive layer, preferably a double-sided adhesive tape, along three edges (2a, 2b, 2c) of the first film cutting at least in sections on the first film cutting, - optional removal of a protective film from the applied adhesive tape, - bonding a second film cutting to the first film cutting by means of the adhesive layer, preferably the double-sided adhesive tape, to form the film pocket (1, 1'), so that an insertion opening of the film pocket (1, 1') remains at a fourth edge (2d, 4d) between the film cuttings (2, 4), the bonding preferably taking place in a mounting frame, particularly preferably in the mounting frame, wherein one of the two film cuttings (2, 4) has a slit window, which, starting at a distance (d) from the fourth edge of the film cutting, extends away from this fourth edge transversely over at least 95% of the length of the film cutting as far as the opposite edge of the film cutting, and the film cutting having the slit window is formed from film material which comprises polyethylene terephthalate film material, and wherein at least the other film cutting is manufactured with an adhesive film material at least on the outside.
A machine for repairing motorcycle rims comprising: - a frame provided with at least two vertical columns joined through an intermediate bedplate and an upper crossbar; - straightening devices comprising a first actuator for lateral thrust displaceable by the vertical column, a second actuator for vertical thrust displaceable by the upper crossbar and a third actuator for vertical thrust displaceable in the intermediate bedplate; - a vertical support shaft coupleable to the upper crossbar and adjustable in height with respect to it, being configured to support the rim; - a head base coupleable to the intermediate bedplate; - a head rotatably coupleable to the head base, configured to rotate with respect to a main axis freely or actuated by transmission means; - locking means provided in the intermediate bedplate, configured to lock the rotation of the head; - a fastening device coupleable to the head, configured to, in combination with the vertical support shaft, fasten the rim crossing through and/or resting on a hub of the rim; characterised by further comprising: - a machining device mounted in a movable manner in the vertical column of the frame, configured to machine the rim, wherein the machining device comprises: - a mast displaceable by the lateral column of the frame; - a tool-carrying carriage movable with respect to the mast; and - a cutting tool coupleable to the tool carriage, configured to remove material from the rim during machining. - a frame provided with at least two vertical columns joined through an intermediate bedplate and an upper crossbar; - straightening devices comprising a first actuator for lateral thrust displaceable by the vertical column, a second actuator for vertical thrust displaceable by the upper crossbar and a third actuator for vertical thrust displaceable in the intermediate bedplate; - a vertical support shaft coupleable to the upper crossbar and adjustable in height with respect to it, being configured to support the rim; - a head base coupleable to the intermediate bedplate; - a head rotatably coupleable to the head base, configured to rotate with respect to a main axis freely or actuated by transmission means; - locking means provided in the intermediate bedplate, configured to lock the rotation of the head; - a fastening device coupleable to the head, configured to, in combination with the vertical support shaft, fasten the rim crossing through and/or resting on a hub of the rim; characterised by further comprising: - a machining device mounted in a movable manner in the vertical column of the frame, configured to machine the rim, wherein the machining device comprises: - a mast displaceable by the lateral column of the frame; - a tool-carrying carriage movable with respect to the mast; and - a cutting tool coupleable to the tool carriage, configured to remove material from the rim during machining. - a mast displaceable by the lateral column of the frame; - a tool-carrying carriage movable with respect to the mast; and - a cutting tool coupleable to the tool carriage, configured to remove material from the rim during machining.
A material comprising: carbon and sulfur; said carbon in the form of a porous matrix having nanoporosity in the form of nanopores and nanochannels having an average diameter between 1 nanometer and 50 nanometers; and said sulfur sorbed into a portion of said nanoporosity of said carbon matrix and in the form of nanoparticles having an external dimension that is greater than the narrowest portion of said nanoporosity where said nanoparticles are located within said carbon matrix; said sulfur occupying more than 5% and less than 100% of said nanoporosity such that there is free volume available within said nanoporosity. carbon and sulfur; said carbon in the form of a porous matrix having nanoporosity in the form of nanopores and nanochannels having an average diameter between 1 nanometer and 50 nanometers; and said sulfur sorbed into a portion of said nanoporosity of said carbon matrix and in the form of nanoparticles having an external dimension that is greater than the narrowest portion of said nanoporosity where said nanoparticles are located within said carbon matrix; said sulfur occupying more than 5% and less than 100% of said nanoporosity such that there is free volume available within said nanoporosity.
A stent comprising: a tubular member; a first retention structure at one end of the tubular member comprising multiple coils each of which has substantially the same diameter to provide an anchor for the stent; a second retention structure at an opposite end of the tubular member; a lumen extending through the tubular member, the first retention structure and the second retention structure; characterized by a removable anti-coiling material over the multiple coils of the first retention structure to present the multiple coils as an elongated extension of the tubular member, whereupon removal of the removable anti-coiling material at least one of the multiple coils of the first retention structure is presented. a tubular member; a first retention structure at one end of the tubular member comprising multiple coils each of which has substantially the same diameter to provide an anchor for the stent; a second retention structure at an opposite end of the tubular member; a lumen extending through the tubular member, the first retention structure and the second retention structure; characterized by a removable anti-coiling material over the multiple coils of the first retention structure to present the multiple coils as an elongated extension of the tubular member, whereupon removal of the removable anti-coiling material at least one of the multiple coils of the first retention structure is presented.
Process for the disruption of microbial cells, characterized in that a rotor-stator system is used for the cell disruption, where the cells are subjected to the cell disruption process in the form of a suspension, where the suspension has a solids content of 30 to 70% by weight and performance of the cell disruption involves an energy input on the cell suspension of not more than 50 kWh/tonne.
Fixing arrangement having an anchoring substrate and an expansible anchor, wherein the expansible anchor has an anchor bolt and an expansion sleeve and is arranged to be anchored in the anchoring substrate by expansion of the expansion sleeve in a blind hole (4, 4'), wherein the anchor bolt has, on a rear portion in the direction of introduction, a load-application means and, at the front in the direction of introduction, an expander body for expanding the expansion sleeve in the blind hole (4, 4'), wherein the expansion sleeve is of tubular construction and is arranged on the anchor bolt so as to be movable in the longitudinal direction, the expansion sleeve having, at the front in the direction of introduction, an expansion portion which is arranged to be expanded by means of the expander body, characterised in that on the expansion sleeve there is arranged a first setting-depth marker the front end of which in the direction of introduction, in an unexpanded state in which the anchor bolt abuts as intended against the base of the blind hole and the expansion sleeve has been pushed towards the expander body to an extent such that it cannot be moved further towards the expander body without being expanded, is located at the mouth of the drilled hole or in the blind hole (4, 4').
An apparatus adapted to in measuring a parameter, comprising: a pry end; a handle; a sensor that detects a parameter imparted onto the apparatus when the handle is grasped and the pry end is between a tire and a wheel; and an output member that outputs the parameter received from the sensor; wherein the parameter is detected when the handle is grasped and force is applied to demount the tire from the wheel, wherein the handle is hand held such that the apparatus is hand held. a pry end; a handle; a sensor that detects a parameter imparted onto the apparatus when the handle is grasped and the pry end is between a tire and a wheel; and an output member that outputs the parameter received from the sensor; wherein the parameter is detected when the handle is grasped and force is applied to demount the tire from the wheel, wherein the handle is hand held such that the apparatus is hand held.
A process for preparing an overbased, sulfurized salt of at least one alkylated hydroxyaromatic compound, the process comprising: (a) alkylating at least one hydroxyaromatic compound with at least one isomerized olefin having from 15 to 99 wt. % branching obtained by isomerizing at least one normal alpha olefin having from 10 to 40 carbon atoms, to provide at least one alkylated hydroxyaromatic compound, wherein the branching is calculated as indicated in the description; (b) neutralizing and sulfurizing the alkylated hydroxyaromatic compound in any order to provide at least one neutralized, sulfurized alkylated hydroxyaromatic compound; and (c) overbasing the at least one neutralized, sulfurized alkylated hydroxyaromatic compound. (a) alkylating at least one hydroxyaromatic compound with at least one isomerized olefin having from 15 to 99 wt. % branching obtained by isomerizing at least one normal alpha olefin having from 10 to 40 carbon atoms, to provide at least one alkylated hydroxyaromatic compound, wherein the branching is calculated as indicated in the description; (b) neutralizing and sulfurizing the alkylated hydroxyaromatic compound in any order to provide at least one neutralized, sulfurized alkylated hydroxyaromatic compound; and (c) overbasing the at least one neutralized, sulfurized alkylated hydroxyaromatic compound.
A toner/probe system (10, 22), comprising: a toner adapted to generate and supply a tone to a cable under test; wherein said tone is a tone packet, and wherein said tone packet comprises: a synchronization portion (Sync 1, Sync 2); and wherein said tone packet further comprises a data portion. a toner adapted to generate and supply a tone to a cable under test; wherein said tone is a tone packet, and wherein said tone packet comprises: a synchronization portion (Sync 1, Sync 2); and wherein said tone packet further comprises a data portion. a synchronization portion (Sync 1, Sync 2); and wherein said tone packet further comprises a data portion.
A positioning system of an agricultural tractor, the positioning system comprises positioning controls on the agricultural tractor outside an operator station of the agricultural tractor and adjacent to a hitch, the positioning controls including a forward switch, a reverse switch, a left switch and a right switch; and an electronic controller electrically connected to the positioning controls and connected to a propulsion and steering system of the agricultural tractor, the electronic controller moving the agricultural tractor forward in response to actuation of the forward switch, the electronic controller moving the agricultural tractor reverse in response to actuation of the reverse switch, the electronic controller steering the agricultural tractor left in response to actuation of the left switch, and the electronic controller steering the agricultural tractor right in response to actuation of the right switch, characterized in that the steering system comprises an electro-hydraulic brake control valve which is operable to brake one of a pair of driven wheels (56L, 56R) while the other driven wheel (56R, 56L) is rotating, the electronic controller causing the electro-haydraulic brake control valve to brake one of the driven wheels (56L, 56R) in response to actuation of one of the left and right switches (19, 21).
A continuously cast Al-Mg alloy sheet or plate product comprising 6 - 10 wt. % Mg, wherein the continuously cast Al-Mg alloy sheet product has a mass loss less than 25 mg/cm 2, as tested per ASTM G67-86; wherein the Al-Mg alloy sheet product comprises a plurality of grains, wherein the grains have grain boundaries, and wherein the Al-Mg alloy sheet product is substantially free of a continuous film of β-phase at the grain boundaries.
Use of a rechargeable lithium electrochemical secondary cell at a temperature ranging from 120°C to 180°C, said secondary cell comprising a cathode, an anode comprising either Li 4 Ti 5 O 12 or a carbonaceous material capable of inserting lithium, a separator, a non-aqueous solvent and a lithium salt, characterized in that: the active material of said cathode is a lithiated metal oxide of the formula LiNi 1-x-y Co x Al/Mn y O 2 wherein: Al/Mn stands for Al and/or Mn 0.15 < x < 0.33; 0.05 < y < 0.33; the sum x + y being less than 0.66; or chosen from the group comprising LiNi 0.8 Co 0.15 Al 0.05 O 2 and LiNi 0.55 Co 0.15 Mn 0.30 O 2 and in that the lithium salt is selected from the group consisting of LiPF 6, LiBF 4, LiBOB, LiBETI and a mixture thereof; and the solvent is selected from the group of cyclic carbonates or is a mixture thereof.