mhurhangee/ep-ind-claims huggingface dataset:
A system for overturning tanks, in particular tanks of kneading machines, said system comprising: - a supporting structure; and - an overturning unit mobile along said structure between a lowered position, in which it receives the tank to be overturned, and a raised position, in which it overturns said tank; wherein said overturning unit comprises fixing means for fixing to itself the tank to be overturned, which are provided with an engagement body for engaging said tank, which is mobile between an inoperative position and an operative position; said system being characterized in that said fixing means comprise: - an elastic member - tappet means comprising a rocker member, which comprises a first arm, which carries said engagement body, and a second opposite arm, wherein said elastic member is articulated, at a first end thereof, to said first arm of said rocker member, and, at a second opposite end, to the structure of said overturning unit, and wherein said second arm of said rocker member is designed to co-operate with a fixed surface during displacement of said overturning unit from said raised position to said lowered position in order to activate a loaded condition of said elastic member whereby raising of said overturning unit starting from said lowered position brings about displacement of said engagement body carried by said first arm of said rocker member from said inoperative position to said operative position, driven by said elastic member. - a supporting structure; and - an overturning unit mobile along said structure between a lowered position, in which it receives the tank to be overturned, and a raised position, in which it overturns said tank; wherein said overturning unit comprises fixing means for fixing to itself the tank to be overturned, which are provided with an engagement body for engaging said tank, which is mobile between an inoperative position and an operative position; said system being characterized in that said fixing means comprise: - an elastic member - tappet means comprising a rocker member, which comprises a first arm, which carries said engagement body, and a second opposite arm, - an elastic member - tappet means comprising a rocker member, which comprises a first arm, which carries said engagement body, and a second opposite arm, wherein said elastic member is articulated, at a first end thereof, to said first arm of said rocker member, and, at a second opposite end, to the structure of said overturning unit, and wherein said second arm of said rocker member is designed to co-operate with a fixed surface during displacement of said overturning unit from said raised position to said lowered position in order to activate a loaded condition of said elastic member whereby raising of said overturning unit starting from said lowered position brings about displacement of said engagement body carried by said first arm of said rocker member from said inoperative position to said operative position, driven by said elastic member.
Apparatus for the ultrasonic processing of materials having an ultrasound processing system comprising an ultrasound generator, a converter, a sonotrode and a counterpart tool, wherein the sonotrode and/or the counterpart tool has a substantially cylindrical sealing surface having at least one raised portion and is rotatable so that the raised portion rotates about the axis of rotation during the processing operation and during a sealing time comes into contact with a material web, wherein there is provided a closed-loop control device for the ultrasound generator to which a feedback variable is fed from the ultrasound processing system and which ascertains therefrom an adjusting variable and feeds it to the ultrasound generator, wherein a process variable is ascertained from the processing process and is linked to the adjusting variable ascertained by the closed-loop control device prior to the feed to the ultrasound generator, wherein there is provided a trigger device which has a sensor for determining the position of the raised portion is adapted to permit or prevent linking of the process variable to the adjusting variable in dependence on the position determination.
A grafted polymer comprising: i. a first component including a polymer formed by polymerizing one or more monomers including a 1,1-disubstituted-1-alkene compound, attached to ii. a second component that is a hydrophilic component, wherein the hydrophilic component includes a cation or a water-soluble polymer. i. a first component including a polymer formed by polymerizing one or more monomers including a 1,1-disubstituted-1-alkene compound, attached to ii. a second component that is a hydrophilic component,
Cutting system with a frame which is movable over a field in a forwards direction and on the front side of which a cutter bar (36, 42) is mounted so as to be displaceable in the lateral direction, wherein the cutter bar (36, 42) can be driven in a manner moving to and fro by means of a drive arrangement, and the drive arrangement comprises the following: a hydraulic gear motor with a housing and two gear wheels (118, 120) which are arranged in the housing, meshed together and can be set into rotation in opposite directions by means of a hydraulic flow which flows on the outer sides of the gear wheels (118, 120) from an inlet to the outlet of the housing while only little or no hydraulic fluid can flow through the meshing regions of the gear wheels (118, 120), and therefore the gear wheels (118, 120) can be set into rotation about a first axis by means of a hydraulic medium, and an eccentric drive which is connected in terms of drive to the gear motor and comprises an eccentric element, which can be driven in a rotational manner by one of the gear wheels about a second axis which is parallel to the first axis, and an output element which is coupled to the eccentric element and is coupled in terms of drive to the cutter bar. a hydraulic gear motor with a housing and two gear wheels (118, 120) which are arranged in the housing, meshed together and can be set into rotation in opposite directions by means of a hydraulic flow which flows on the outer sides of the gear wheels (118, 120) from an inlet to the outlet of the housing while only little or no hydraulic fluid can flow through the meshing regions of the gear wheels (118, 120), and therefore the gear wheels (118, 120) can be set into rotation about a first axis by means of a hydraulic medium, and an eccentric drive which is connected in terms of drive to the gear motor and comprises an eccentric element, which can be driven in a rotational manner by one of the gear wheels about a second axis which is parallel to the first axis, and an output element which is coupled to the eccentric element and is coupled in terms of drive to the cutter bar.
A propulsion system for an unmanned underwater vehicle comprising: a turbine engine including a rotational output, wherein the turbine engine is configured to operate at a single speed during all modes of turbine operation; an electrical generator mechanically connected to the rotational output and electrically connected to an Alternating Current power bus, wherein a magnitude of an AC output of the electrical generator is independent of rotational speed of the rotational input; and an electrical motor connected to the AC power bus, and including a mechanical output. a turbine engine including a rotational output, wherein the turbine engine is configured to operate at a single speed during all modes of turbine operation; an electrical generator mechanically connected to the rotational output and electrically connected to an Alternating Current power bus, wherein a magnitude of an AC output of the electrical generator is independent of rotational speed of the rotational input; and an electrical motor connected to the AC power bus, and including a mechanical output.
Balancing machine for balancing vehicle wheels, comprising: - at least a base frame; - at least a balancing shaft on which a vehicle wheel to be balanced can be fixed; - at least a rotoidal resting unit (6, 7), fitted on said base frame and supporting said balancing shaft in a revolving way around its own axis; - motor means for placing in rotation said balancing shaft around its own axis; characterized by the fact that said balancing shaft comprises at least a measuring section which is magnetized and subject to a stress condition due to the unbalance of said wheel revolving on said balancing shaft, in proximity of said measuring section being arranged magnetic field sensor means (17, 18) which are suitable for detecting by magnetostrictive effect said stress condition of the measuring section and are operatively associated with at least one processing and control unit suitable for determining the unbalance of said wheel starting from said stress condition of the measuring section, and by the fact that said motor means comprise a statoric annular element associated with said base frame and a rotoric annular element associated with said balancing shaft, said annular elements (14, 15) being arranged one inside the other coaxially to said balancing shaft and being motor driven to rotate the one with respect to the other. - at least a base frame; - at least a balancing shaft on which a vehicle wheel to be balanced can be fixed; - at least a rotoidal resting unit (6, 7), fitted on said base frame and supporting said balancing shaft in a revolving way around its own axis; - motor means for placing in rotation said balancing shaft around its own axis;
A method of tamping a track, wherein the track is initially surveyed - independently of a tamping machine - by recording a number of track parameters, the determined actual position data are processed in a software program and are finally used as target position data for controlling the tamping machine for an optimization of the track position, characterized in that, for a corresponding allocation of the target position data to actual position data determined by the tamping machine during the track tamping, a position synchronization with regard to at least one track parameter is performed.
A transdermal patch comprising a pharmaceutical formulation, said formulation comprising: (i) ropivacaine; (ii) a pharmaceutically-acceptable adhesive; and additionally a penetration enhancer selected from sugar fatty acid esters and ethers, C8-C18 fatty alcohol, azone, oleic ethers, terpenes and ethoxy ethanols; and additionally a hydrophilic material; and additionally a carrier oil selected from sorbitan monooleate, sorbitan trioleate, triglycerides of carprylic/capric acid, propylene glycol dicaprylate/dicaprate, ethoxy diglycol, propylene glycol monocaprylate, glycerol monooleate, lanolin, acetylated lanolin, polyethylene glycol lanolin, glycerol monocaprylate/caprate, propylene glycol laurate, and/or mono- or diglycerides of capric acid; wherein the patch further comprises a backing membrane. (i) ropivacaine; (ii) a pharmaceutically-acceptable adhesive;
A method for forming a wear resistant stud (10, 90, 94, 100) for a vehicle, in particular a tracked vehicle, or for a rubber wheel, the method comprising: providing an elongate threaded stud member (12, 102) having a top surface (16, 108); locating a body of tungsten carbide on said top surface (16, 108); surrounding said body of tungsten carbide with a weld pool; and while said weld pool is hot, slowly cooling said weld pool, the method being characterized in that said weld pool is slowly cooled with the use of a rotary wire brush. providing an elongate threaded stud member (12, 102) having a top surface (16, 108); locating a body of tungsten carbide on said top surface (16, 108); surrounding said body of tungsten carbide with a weld pool; and while said weld pool is hot, slowly cooling said weld pool, the method being characterized in that said weld pool is slowly cooled with the use of a rotary wire brush.
Platform provided for receiving a wheelchair having two rear wheels, the platform comprising two stops (110, 120) provided at least for immobilizing said wheels, also comprising a motor for translational movement along a path, further comprising control means for said motor, characterized in that the platform comprises a presence detector which produces a presence signal only when the two wheels are inserted between said stops (110, 120) and in that the platform comprises means for disabling said control means if said presence signal is absent.
A powered ground maintenance vehicle comprising: a chassis supported upon a ground surface by ground contact members (106, 108); a prime mover attached to the chassis; a traction drive system powered by the prime mover and adapted to selectively power one or more of the ground contact members (106, 108) to propel the vehicle over the ground surface; a ground maintenance implement carried by the chassis; an implement engagement system connecting the implement to the chassis, the engagement system adapted to selectively engage the implement with, and disengage the implement from, the ground surface; a detection system comprising a Radio Frequency Identification (RFID) antenna adapted to monitor a detection zone forward of the implement and detect an RFID tag located on or near an object passing through the detection zone as the vehicle traverses the ground surface, wherein the detection system is further adapted to periodically capture object information associated with the object while the object remains in the detection zone; and an electronic controller adapted to communicate with the detection system, wherein the controller is adapted to receive the object information characterized in that: the controller is further adapted to estimate a time, based upon vehicle ground speed, when the implement will reach the object, and wherein the controller is further adapted to issue a notification to disengage the implement from the ground surface before the implement contacts the object. a chassis supported upon a ground surface by ground contact members (106, 108); a prime mover attached to the chassis; a traction drive system powered by the prime mover and adapted to selectively power one or more of the ground contact members (106, 108) to propel the vehicle over the ground surface; a ground maintenance implement carried by the chassis; an implement engagement system connecting the implement to the chassis, the engagement system adapted to selectively engage the implement with, and disengage the implement from, the ground surface; a detection system comprising a Radio Frequency Identification (RFID) antenna adapted to monitor a detection zone forward of the implement and detect an RFID tag located on or near an object passing through the detection zone as the vehicle traverses the ground surface, wherein the detection system is further adapted to periodically capture object information associated with the object while the object remains in the detection zone; and an electronic controller adapted to communicate with the detection system, wherein the controller is adapted to receive the object information characterized in that: the controller is further adapted to estimate a time, based upon vehicle ground speed, when the implement will reach the object, and wherein the controller is further adapted to issue a notification to disengage the implement from the ground surface before the implement contacts the object.
Method for remote notification of user information of a home or a building management system, wherein a software module is integrated in the home or building management system, wherein the software module is an event and alarm module which is provided to share technical information with a building maintainer or a maintenance community by using the social network service, said method comprising the following steps: connecting the home or building management system via data connection to the internet/intranet, transferring the notification of user information of the building management system to at least one social network service, wherein the notification of user information is sent together with a description and/or a URL link to the social network service to perform the alarm and event management, displaying automatically the at least one notification or message of user information, using an operational and/or maintenance mode of the building management system to commit energy consumption information and posting the energy consumption information via the social network service to get hits regarding to the energy average of energy consumption of the building and/or a part of the building. connecting the home or building management system via data connection to the internet/intranet, transferring the notification of user information of the building management system to at least one social network service, wherein the notification of user information is sent together with a description and/or a URL link to the social network service to perform the alarm and event management, displaying automatically the at least one notification or message of user information, using an operational and/or maintenance mode of the building management system to commit energy consumption information and posting the energy consumption information via the social network service to get hits regarding to the energy average of energy consumption of the building and/or a part of the building.
A glass composition consisting of: 60 to 83 wt% SiO 2; 10 to 15 wt% Li 2 O; 2 to 6 wt% P 2 O 5 working as a nuclei formation agent; 1 to 5 wt% Al 2 O 3 for increasing a glass transition temperature and a softening point and enhancing chemical durability of glass; 0.1 to 3 wt% SrO for increasing the softening point of the glass; 0.1 to 2 wt% ZnO; 1 to 5 wt% colorants; and 2.5 to 6 wt% of a mixture of Na 2 O and K 2 O for increasing a thermal expansion coefficient of the glass. 60 to 83 wt% SiO 2; 10 to 15 wt% Li 2 O; 2 to 6 wt% P 2 O 5 working as a nuclei formation agent; 1 to 5 wt% Al 2 O 3 for increasing a glass transition temperature and a softening point and enhancing chemical durability of glass; 0.1 to 3 wt% SrO for increasing the softening point of the glass; 0.1 to 2 wt% ZnO; 1 to 5 wt% colorants; and 2.5 to 6 wt% of a mixture of Na 2 O and K 2 O for increasing a thermal expansion coefficient of the glass.
A dirt mitigation system for a gas turbine engine, the gas turbine engine comprising a plurality of bleeds, and the dirt mitigation system comprising: a control system configured to: determine one or more operating parameters of the gas turbine engine; characterized by: the control system being further configured to: determine a particulate ingestion estimate indicative of dirt ingested in the gas turbine engine; and alter a bleed control schedule of the gas turbine engine to purge at least a portion of the dirt ingested in the gas turbine engine through one or more of the bleeds of the gas turbine engine based on the particulate ingestion estimate and the one or more operating parameters; wherein the one or more operating parameters of the gas turbine engine comprise one or more of: a flight segment, a fuel consumption rate, and an operating margin of the gas turbine engine. a control system configured to: determine one or more operating parameters of the gas turbine engine; characterized by: the control system being further configured to: determine a particulate ingestion estimate indicative of dirt ingested in the gas turbine engine; and alter a bleed control schedule of the gas turbine engine to purge at least a portion of the dirt ingested in the gas turbine engine through one or more of the bleeds of the gas turbine engine based on the particulate ingestion estimate and the one or more operating parameters; determine a particulate ingestion estimate indicative of dirt ingested in the gas turbine engine; and alter a bleed control schedule of the gas turbine engine to purge at least a portion of the dirt ingested in the gas turbine engine through one or more of the bleeds of the gas turbine engine based on the particulate ingestion estimate and the one or more operating parameters; wherein the one or more operating parameters of the gas turbine engine comprise one or more of: a flight segment, a fuel consumption rate, and an operating margin of the gas turbine engine.
A multiblock copolymer of Formula I: wherein: R 1a is H or an optionally substituted aliphatic group; R 1b is H or an optionally substituted aliphatic group; R 2 is H, an optionally substituted aliphatic group or an optionally substituted CO-(C1-C6)aliphatic group; each R y is independently a D-amino acid side chain; each R z is independently a L-amino acid side chain; x is 125-350; y is 5-35; z is 5-35. R 1a is H or an optionally substituted aliphatic group; R 1b is H or an optionally substituted aliphatic group; R 2 is H, an optionally substituted aliphatic group or an optionally substituted CO-(C1-C6)aliphatic group; each R y is independently a D-amino acid side chain; each R z is independently a L-amino acid side chain; x is 125-350; y is 5-35; z is 5-35.
A curable composition comprising: (a) a thiol-terminated polythioether; (b) an encapsulated polyepoxy; and (c) an amine catalyst. (a) a thiol-terminated polythioether; (b) an encapsulated polyepoxy; and (c) an amine catalyst.
A method for processing calls from multiple communication networks, characterized in that, when a dial request of a first communication network initiated by a dual mode terminal is detected, the method comprises: determining if there is a proceeding call service of a communication network other than the first communication network; if there is the proceeding call service of the communication network other than the first communication network, canceling the current dial request; otherwise determining if there is a proceeding data service of the communication network other than the first communication network; if there is the proceeding data service of the communication network other than the first communication network, canceling the current dial request; otherwise, dialing according to a normal process. determining if there is a proceeding call service of a communication network other than the first communication network; if there is the proceeding call service of the communication network other than the first communication network, canceling the current dial request; otherwise determining if there is a proceeding data service of the communication network other than the first communication network; if there is the proceeding data service of the communication network other than the first communication network, canceling the current dial request; otherwise, dialing according to a normal process.
Method for the production of a heatable medium line, in particular for guiding and simultaneous post-heating of brewing water or of a freshly-brewed hot beverage in a hot beverage vending machine, wherein at least one heat transfer foil of a material having a heat conductivity at 0° of λ > 10 W/mK, preferably of λ > 50 W/mk and homogenizing the heat transfer via the hose line surface along a hose line is wound up on the outer side, and wherein an electric heating medium (3, 3') is applied onto the heat transfer foil, which medium serves to heat up the hose line surface, characterized in that on the outer side, the heat transfer foil is provided with a coating, preferably of a polymer, which coating allows for welding the heating medium (3, 3') onto the heat transfer foil.