mhurhangee/ep-ind-claims huggingface dataset:
A ground marking apparatus for mounting on a vehicle, the apparatus comprising: a beam mount; a beam supported by the beam mount and extending along a beam axis; a carriage disposed on the beam and movable on the beam along the beam axis, the carriage including a carriage bracket extending over the beam; and a dispense arm supported by the carriage, characterised in that the carriage further includes a plurality of wheels supported by the carriage bracket and engaging the beam, the plurality of wheels being configured to roll along the beam; and in that the apparatus further comprises a carriage motor mounted on the carriage bracket such that the carriage motor moves with the carriage relative to the beam; and a roller operably connected to the carriage motor such that the carriage motor drives rotation of the roller; wherein the roller is actuatable between an engaged position, where the roller is engaged with the beam to drive the carriage relative to the beam, and a disengaged position, where the roller is disengaged from the beam such that the carriage motor is prevented from driving the carriage relative to the beam. a beam mount; a beam supported by the beam mount and extending along a beam axis; a carriage disposed on the beam and movable on the beam along the beam axis, the carriage including a carriage bracket extending over the beam; and a dispense arm supported by the carriage, characterised in that the carriage further includes a plurality of wheels supported by the carriage bracket and engaging the beam, the plurality of wheels being configured to roll along the beam; and in that the apparatus further comprises a carriage motor mounted on the carriage bracket such that the carriage motor moves with the carriage relative to the beam; and a roller operably connected to the carriage motor such that the carriage motor drives rotation of the roller; wherein the roller is actuatable between an engaged position, where the roller is engaged with the beam to drive the carriage relative to the beam, and a disengaged position, where the roller is disengaged from the beam such that the carriage motor is prevented from driving the carriage relative to the beam. a carriage bracket extending over the beam; and a dispense arm supported by the carriage, characterised in that the carriage further includes a plurality of wheels supported by the carriage bracket and engaging the beam, the plurality of wheels being configured to roll along the beam; and in that the apparatus further comprises a carriage motor mounted on the carriage bracket such that the carriage motor moves with the carriage relative to the beam; and a roller operably connected to the carriage motor such that the carriage motor drives rotation of the roller; wherein the roller is actuatable between an engaged position, where the roller is engaged with the beam to drive the carriage relative to the beam, and a disengaged position, where the roller is disengaged from the beam such that the carriage motor is prevented from driving the carriage relative to the beam.
An operating device (1a, 1b; 100b, 100c) for a lamp, having an adapter, which is designed as an external device part (1b; 100b, 100c), preferably as a plug, wherein the operating device can be configured manually or by supplying actuating signals by means of a configuration module for the operating device (1a, 1b) located in the external device part, wherein connecting elements (8, 9; 108b to 110b, 109a to 109c) for the energy supply of the operating device are located on the external device part (1b; 100b, 100c), and wherein the external device part is connected with the operating device by current conducting means (13, 16) and signal conducting means (14, 15; 111b) for a transmission of a current- or signal connection via the connecting element (8, 9; 108a to 108c, 109a to 109c) to the operating device.
A preforming system for automated sequential laying of plies, in particular fiber reinforced plies, at a desired location with a preselected attitude to preform a composite structure, comprising at least one buffer provided with two or more carriers, a controller, a placement robot provided with a ply manipulating part, and a substrate, wherein each carrier is arranged to carry at least one presorted ply, wherein the controller keeps track of a position, type and sequential order of the at least one presorted ply per carrier, and wherein the controller further controls the placement robot to manipulate and transport at least one ply by means of the ply manipulating part from a selected carrier of the two or more carriers to the substrate and to place the at least one ply at the desired location with the preselected attitude, wherein the preforming system comprises at least one sorting robot provided with a handling part for handling and transporting at least one ply, wherein the controller or a further controller controls the at least one sorting robot to selectively load each carrier of the at least one buffer with at least one ply, wherein the preforming system is arranged such that during use the sorting robot and the placement robot can access a same buffer of the at least one buffer without relocating the placement robot, the sorting robot and the buffer with respect to each other.
Process for protecting/stabilizing body-care products and household products against oxidative deterioration and UV-light destabilization which comprises incorporating in the body-care product or the household product a benzotropolone derivatives of formula wherein R 1, R 2 and R 7 independently from each other are hydrogen; C 1 -C 3 0 alkyl; or COR 8; R 3 is hydrogen; or COOR 9; R 4 is hydrogen; or C 1 -C 30 alkyl; R 5 is hydrogen; hydroxy; C 1 -C 3 0 -alkoxy; or -O- -R 10; R 6 is hydrogen; C 1 -C 30 alkyl; or COR 8; or R 5 and R 6 together may form a five or six membered ring; or R 6 and R 7 together form a five or six membered ring; and R 8, R 9, R 10 independently of each other are C 1 -C 30 alkyl; with the proviso that the following benzotropolone derivatives are not comprised: R 1, R 2 and R 7 independently from each other are hydrogen; C 1 -C 3 0 alkyl; or COR 8; R 3 is hydrogen; or COOR 9; R 4 is hydrogen; or C 1 -C 30 alkyl; R 5 is hydrogen; hydroxy; C 1 -C 3 0 -alkoxy; or -O- -R 10; R 6 is hydrogen; C 1 -C 30 alkyl; or COR 8; or R 5 and R 6 together may form a five or six membered ring; or R 6 and R 7 together form a five or six membered ring; and R 8, R 9, R 10 independently of each other are C 1 -C 30 alkyl;
3D printer having a coating device and a coating device cleaning device, wherein the coating device comprises a container which defines an inner cavity for receiving particulate construction material, and an elongate output region for outputting the particulate construction material, and is movable into a cleaning position in which it is arranged above the coating device cleaning device, the coating device cleaning device comprising a wiping member and a driving device for moving the wiping member, and wherein the driving device is configured to move the wiping member along the output region for cleaning the same when the coating device is located above the coating device cleaning device, characterized in that the driving device is configured to move the wiping member into a lowered position, in order to avoid a collision with the coating device.
Apparatus for washing textiles, in particular batch-type washing system, having a washing drum divided into individual chambers, wherein the washing drum is surrounded at least in part by an outer drum and wherein the washing drum is composed of prefabricated modules (2, 3, 4, 5) which are connected together, wherein the washing drum comprises an intake module, at least one middle module and a delivery module, characterised in that the at least one middle module has on its base area a separating wall which comprises a through-opening, in that, when only one middle module is provided, a ball race module is arranged between the intake module and the middle module and between the middle module and the delivery module or, when a plurality of middle modules is provided, a ball race module is arranged between the intake module and the following middle module as well as between the middle module arranged before the delivery module and the delivery module, and in that the washing drum is rotatably mounted on the ball race modules and is driven by way of the ball race modules, in particular in that, when there is a plurality of middle modules, a further ball race module is arranged therebetween.
Industrial truck, in particular counterbalance forklift truck, having a vehicle body, a mast with a load-receiving means arranged thereon, and a tilt drive for tilting the mast, wherein the vehicle body comprises a frame and a front axle and the tilt drive is arranged between the mast and vehicle body, and the tilt drive is mounted with a mast-side bearing on the mast and with a vehicle body-side tilt drive bearing, wherein the front axle has a front axle flange, wherein the front axle flange is mounted together with the frame by means of corresponding patterns of holes on the front axle flange and on the frame via screw connections at the pattern of holes, wherein, on the front axle, the mast with the load-receiving means is arranged so as to be tiltable on a mast bearing, characterized in that the vehicle body-side tilt drive bearing is formed on the front axle flange of the front axle.
A method for logging into a loss reported account, comprising: performing a loss report for an account on a network server to acquire the loss reported account, wherein performing the loss report includes deactivating logging into the account based on inputting an account name and a password during a loss rescission processing period of the loss reported account, the account being registered with the account name and the password; receiving a login request at the network server from a client terminal, the login request comprising an operation code correlated with the loss reported account; determining, at the network server, whether the operation code meets a preset condition, wherein determining whether the operation code meets the preset condition further comprises determining whether the number of times the operation code is used is within a preset threshold of a number of times, wherein the threshold is more than one; if yes, acquiring the loss reported account corresponding to the operation code and acquiring a preset account permission according to the operation code; and based on the preset account permission, logging in to the loss reported account on the network server during the loss rescission processing period. performing a loss report for an account on a network server to acquire the loss reported account, wherein performing the loss report includes deactivating logging into the account based on inputting an account name and a password during a loss rescission processing period of the loss reported account, the account being registered with the account name and the password; receiving a login request at the network server from a client terminal, the login request comprising an operation code correlated with the loss reported account; determining, at the network server, whether the operation code meets a preset condition, wherein determining whether the operation code meets the preset condition further comprises determining whether the number of times the operation code is used is within a preset threshold of a number of times, wherein the threshold is more than one; if yes, acquiring the loss reported account corresponding to the operation code and acquiring a preset account permission according to the operation code; and based on the preset account permission, logging in to the loss reported account on the network server during the loss rescission processing period.
An apparatus for automated inspection and testing of a tube sheet wherein the tube sheet has a plurality of tube openings arranged on a tube sheet plane, the apparatus comprising: a core assembly comprising: a sliding body portion containing a rotating gripper pod with three tube grippers; a tool head coupling hingedly mounted to said core assembly; and outer housing actuators; and characaterized by: a housing portion with left and right outer housings; each outer housing comprising one or more tube grippers; wherein said sliding body portion moves with respect to said housing portion; wherein said core assembly is arranged between said left and right outer housings, and wherein said core assembly, including said rotating gripper pod, and said left and right outer housings have top surfaces aligned on a common plane which, when the apparatus is in use, is parallel to said tube sheet plane, and wherein said tube grippers emerge from said rotating gripper pod and left and right outer housings, respectively, perpendicular to said common plane, and wherein said core assembly actuators move said left and right outer housings with respect to said core assembly such that said top surfaces remain in said common plane. a core assembly comprising: a sliding body portion containing a rotating gripper pod with three tube grippers; a tool head coupling hingedly mounted to said core assembly; and outer housing actuators; and characaterized by: a housing portion with left and right outer housings; each outer housing comprising one or more tube grippers; a sliding body portion containing a rotating gripper pod with three tube grippers; a tool head coupling hingedly mounted to said core assembly; and outer housing actuators; and characaterized by: a housing portion with left and right outer housings; each outer housing comprising one or more tube grippers; a housing portion with left and right outer housings; each outer housing comprising one or more tube grippers; wherein said sliding body portion moves with respect to said housing portion; wherein said core assembly is arranged between said left and right outer housings, and wherein said core assembly, including said rotating gripper pod, and said left and right outer housings have top surfaces aligned on a common plane which, when the apparatus is in use, is parallel to said tube sheet plane, and wherein said tube grippers emerge from said rotating gripper pod and left and right outer housings, respectively, perpendicular to said common plane, and wherein said core assembly actuators move said left and right outer housings with respect to said core assembly such that said top surfaces remain in said common plane.
Shutter device for a front grille of a vehicle, comprising a frame, a driving flap pivotally coupled to said frame and suitable for pivoting between an airflow blocking position and an opening position, a rotary actuator for delivering torque and moving the driving flap, and a rotary shaft for coupling the actuator and the driving flap, the shaft comprising a first stop configured for being supported on a final stop of the frame when the driving flap is arranged in the blocking position, wherein the shaft also comprises a second stop arranged on the shaft, the second stop being angularly displaced with respect to the first stop, the shutter device being characterized in that the second stop being also axially displaced with respect to the first stop, and said second stop also being configured for being supported on a final stop of the frame when the driving flap is arranged in the blocking position.
Electronic component having a corrosion-protected bonding connection, comprising: - at least one semiconductor chip on a substrate; - at least one bonding connection at risk of corrosion on the semiconductor chip; - a package hermetically enclosing the at least one semiconductor chip and the at least one bonding connection at risk of corrosion, the bonding connection being a bonding wire connection, and the bonding wire connection being completely hermetically enclosed in the package and the substrate being at least partially hermetically enclosed in the package, and at least one surface-mountable hydrolysis-sensitive component being arranged on the substrate, and the hydrolysis-sensitive component comprising a hydrolysis-sensitive core material, the core material being able to getter water molecules of an atmosphere of an interior space of the package, the core material of the hydrolysis-sensitive component having a semipermeable coating at least on the upper side and the peripheral surface of the hydrolysis-sensitive component, and the semipermeable coating supporting the form of the hydrolysis-sensitive component during saponification and loss of form and being permeable to water molecules. - at least one semiconductor chip on a substrate; - at least one bonding connection at risk of corrosion on the semiconductor chip; - a package hermetically enclosing the at least one semiconductor chip and the at least one bonding connection at risk of corrosion,
A hydrophobic coating comprising: a polymer matrix comprising an elastomeric polymer; and a plurality of nano-fillers dispersed within the polymer matrix, wherein each nano-filler comprises a core-shell structure of a shell over a metal oxide core, the shell comprising a material selected from the group consisting of silica (SiO 2), silicone (R 2 SiO), polyhedral oligomeric silsequioxane (POSS, RSiO 1.5), and combinations thereof, wherein R is an alkyl group having from 1 to 18 carbon atoms, an aryl group having from 6 to 24 carbon atoms, or combinations thereof, and the shell comprising a hydrophobic moiety. a polymer matrix comprising an elastomeric polymer; and a plurality of nano-fillers dispersed within the polymer matrix, wherein each nano-filler comprises a core-shell structure of a shell over a metal oxide core, the shell comprising a material selected from the group consisting of silica (SiO 2), silicone (R 2 SiO), polyhedral oligomeric silsequioxane (POSS, RSiO 1.5), and combinations thereof, wherein R is an alkyl group having from 1 to 18 carbon atoms, an aryl group having from 6 to 24 carbon atoms, or combinations thereof, and the shell comprising a hydrophobic moiety.
A cable conduit, comprising: a head end, a sleeve having a foot end, and a split grommet having a first upper surface, wherein the head end is coupled to the sleeve opposite the foot end, characterised in that the cable conduit comprises a boot, wherein the boot comprises a first flange and is coupled to the foot end, wherein the head end comprises a second flange having a second upper surface and a cutout penetrating into an interior volume of the sleeve, and wherein the split grommet is coupled about an inner diameter of the cutout. a head end, a sleeve having a foot end, and a split grommet having a first upper surface, wherein the head end is coupled to the sleeve opposite the foot end, characterised in that the cable conduit comprises a boot, wherein the boot comprises a first flange and is coupled to the foot end, wherein the head end comprises a second flange having a second upper surface and a cutout penetrating into an interior volume of the sleeve, and wherein the split grommet is coupled about an inner diameter of the cutout.
Process for preparing polyamines of the diphenylmethane series, wherein a) aniline and formaldehyde are firstly mixed in a molar ratio of from 1.5:1 to 6:1 in the absence of an acid catalyst and are reacted at temperatures of from 20°C to 100°C, forming aminal; subsequent to the aminal formation, the water present in the aminal is at least partly removed, resulting in a reaction product having a water content of from 0 to 5% by weight, based on the aminal; the aminal is then mixed with an acid catalyst selected from the group consisting of hydrochloric acid, sulphuric acid, phosphoric acid and methanesulphonic acid and subjected to a preliminary reaction at from 30°C to 95°C, where the water content of the resulting acidic reaction mixture is in the range from 0 to 20% by weight, based on the acidic reaction mixture, and the amount of acid catalyst is selected so that a degree of protonation of < 15% is obtained, where the degree of protonation of an n-protic acid is given by the molar ratio of the n-fold amount of acid catalyst used and the molar amount of amine functions present in the reaction mixture; b) the temperature of the reaction mixture is brought to a temperature of from 110°C to 250°C when the ratio of the proportions by weight of p-aminobenzylaniline and 4,4'-MDA in the acidic reaction mixture goes below a value of 1.00. a) aniline and formaldehyde are firstly mixed in a molar ratio of from 1.5:1 to 6:1 in the absence of an acid catalyst and are reacted at temperatures of from 20°C to 100°C, forming aminal; subsequent to the aminal formation, the water present in the aminal is at least partly removed, resulting in a reaction product having a water content of from 0 to 5% by weight, based on the aminal; the aminal is then mixed with an acid catalyst selected from the group consisting of hydrochloric acid, sulphuric acid, phosphoric acid and methanesulphonic acid and subjected to a preliminary reaction at from 30°C to 95°C, where the water content of the resulting acidic reaction mixture is in the range from 0 to 20% by weight, based on the acidic reaction mixture, and the amount of acid catalyst is selected so that a degree of protonation of < 15% is obtained, where the degree of protonation of an n-protic acid is given by the molar ratio of the n-fold amount of acid catalyst used and the molar amount of amine functions present in the reaction mixture; b) the temperature of the reaction mixture is brought to a temperature of from 110°C to 250°C when the ratio of the proportions by weight of p-aminobenzylaniline and 4,4'-MDA in the acidic reaction mixture goes below a value of 1.00.
A device for synthesizing intermediate species of a chemical entity electrochemically, comprising an electrochemical oxidation cell including at least one first working electrode and a first counter-electrode, and being capable, when said first working electrode and counter-electrode are subject to an electric potential, of generating said intermediate species by oxidation of a solution introduced into said electrochemical oxidation cell and comprising said chemical entity, said device also comprising an electrochemical stabilization cell including at least one second working electrode and a second counter-electrode, and being capable, when said second working electrode and counter-electrode are subject to an electric potential, of achieving reduction of a solution, this said electrochemical stabilization cell being connected in series to the electrochemical oxidation cell, the second working electrode and counter-electrode being respectively distinct from the first working electrode and counter-electrode, so as to allow continuous reduction in the electrochemical stabilization cell of the intermediate species generated in the electrochemical oxidation cell by scanning, in a given window of potentials, electric potentials applied to the first working electrode and counter-electrode characterized in that the first working electrode and counter-electrode are positioned substantially parallel with respect to each other, and maintained spaced apart from each other by means of a first spacer element, such as a silicone gasket, so as to each have a surface facing each other.
A method for selecting a radio frequency channel from among a plurality of available channels for use by an access point in a radio access network, comprising the steps of: (a) randomly choosing a channel from the plurality of channels (step 108); (b) monitoring the chosen channel for a random interval to determine if the chosen channel is presently carrying traffic (step 110); and (c) claiming the channel for carrying traffic by the access point unless the chosen channel is presently carrying traffic (step 114). (a) randomly choosing a channel from the plurality of channels (step 108); (b) monitoring the chosen channel for a random interval to determine if the chosen channel is presently carrying traffic (step 110); and (c) claiming the channel for carrying traffic by the access point unless the chosen channel is presently carrying traffic (step 114).