mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: providing a monitoring device including a non-contact electromagnetic sensor (EM sensor) configured for sensing a modulated signal that encodes information by varying one or more properties of a periodic waveform transmitted on a cable including a conductor coupled to a sensing device (122, 124, 126, 128) or apparatus in a process facility, said monitoring device including a non-transitory machine readable storage device and at least one processor, wherein said non-transitory machine readable storage device stores a data decoding program including protocol information for identifying a plurality of different communication protocols used in communications transmitted on said cable between said process facility and said sensing device or said apparatus; positioning said monitoring device in proximity to said cable sufficiently close for said EM sensor to detect said modulated signal; said data decoding program implemented by said processor causing said processor to execute: responsive to said detecting said modulated signal, conditioning said modulated signal to provide a conditioned modulated signal; receiving a selection of a first communication protocol from among said plurality of different communication protocols stored on said storage device; decoding said conditioned modulated signal to generate decoded signal data, and displaying said decoded signal data. providing a monitoring device including a non-contact electromagnetic sensor (EM sensor) configured for sensing a modulated signal that encodes information by varying one or more properties of a periodic waveform transmitted on a cable including a conductor coupled to a sensing device (122, 124, 126, 128) or apparatus in a process facility, said monitoring device including a non-transitory machine readable storage device and at least one processor, wherein said non-transitory machine readable storage device stores a data decoding program including protocol information for identifying a plurality of different communication protocols used in communications transmitted on said cable between said process facility and said sensing device or said apparatus; positioning said monitoring device in proximity to said cable sufficiently close for said EM sensor to detect said modulated signal; said data decoding program implemented by said processor causing said processor to execute: responsive to said detecting said modulated signal, conditioning said modulated signal to provide a conditioned modulated signal; receiving a selection of a first communication protocol from among said plurality of different communication protocols stored on said storage device; decoding said conditioned modulated signal to generate decoded signal data, and displaying said decoded signal data. responsive to said detecting said modulated signal, conditioning said modulated signal to provide a conditioned modulated signal; receiving a selection of a first communication protocol from among said plurality of different communication protocols stored on said storage device; decoding said conditioned modulated signal to generate decoded signal data, and displaying said decoded signal data.
A polypeptide for the hydrolytic cleavage of zearalenone and/or zearalenone derivatives, characterized in that the polypeptide comprises an amino acid sequence having a degree of sequence identity with the amino acid sequence SEQ ID No: 1 of at least 70%, preferably at least 84%, particularly preferably at least 92%, and most preferably at least 98%, or contains a functional fragment thereof.
A frictional resistance reduction ship, said ship equipped with microbubble generators, said microbubble generators attached to the lateral surface of ship hull, from ship waterline to ship bottom; a first set of microbubble generators attached in a designated region below ship waterline (L.W.L.) and upper part of said hull downward from said waterline, said first set of microbubble generators having an air-liquid mixture space for mixing seawater and air, a first air charging line provided for said first set of microbubble generators having a first end and a second end, said first end connected to the air-liquid mixture space, a second set of microbubble generators attached to a second region downward beyond said first set of microbubble generators to a lower part near to the bottom of said hull, said second set of microbubble generators having an air-liquid mixture space for mixing seawater and air, a second air charging line provided for said second set of microbubble generators (10 in R2) having a first end and a second end, said first end connected to air-liquid mixture space in said second set of microbubble generators (10 in R2), and said second end of said air charging line connected to an assist compressor; characterised in that each of the microbubble generators is equipped with a wing for generation of negative pressure during navigation of vessels; in that the air-liquid mixture space of each of the first set of microbubble generators is provided into section opposite the wing; in that said second end of said first air charging line is exposed to open atmosphere; and in that the air-liquid mixture space of each of the second set of microbubble generators is provided into section which counters the wing.
Sliding window assembly for an automotive vehicle, wherein the sliding window assembly comprises at least one fixed area element and at least one sliding window that is moveable relative to the fixed area element, the sliding window being positioned flush on the outside in the area element in its closed condition, forming a mainly smooth and optically level outer surface, the area element being formed at least in part by a frame module, the frame module comprising a frame plate positioned on the outside for forming the outer surface, which is made from a plastic material at least on its outside, and the frame module comprising at least one function element arranged on the inside or the edge side of the frame plate, characterised in that the function element comprises a theft-proof rail formed directly on and/or in the frame plate and engaging the sliding window at the rear in its closed condition.
An inflation device configured to displace fluid, the inflation device comprising: a syringe body; a plunger configured to be disposed within the syringe body, the plunger selectively coupleable to the syringe body, wherein the plunger comprises a plunger shaft; and a handle rotatably coupled to the plunger shaft, wherein rotation of the handle about an axis orthogonal to a longitudinal axis of the plunger shaft selectively couples and decouples the plunger to and from the syringe body. a syringe body; a plunger configured to be disposed within the syringe body, the plunger selectively coupleable to the syringe body, wherein the plunger comprises a plunger shaft; and a handle rotatably coupled to the plunger shaft, wherein rotation of the handle about an axis orthogonal to a longitudinal axis of the plunger shaft selectively couples and decouples the plunger to and from the syringe body.
A container treatment system which has a first container treatment unit for a process step and a second container treatment unit for said process step, and which comprises a transport device for transporting containers in the container treatment system, with a first receiving point for containers, a first delivery point for containers, characterized in that the transport device comprises a second receiving point for containers, and a second delivery point for containers, as well as a transport track, which connects said first container treatment unit and said second container treatment unit in series, where said transport track comprises: a first process path, which connects said first receiving point via said first container treatment unit to said first delivery point, and a return path for a transport element (310a-310d), where at least a section of said return path is formed as a second process path, which connects said second receiving point via said second container treatment unit to said second delivery point, and at least one transport element (310a-310d) for transporting at least one container being movably arranged on said transport track, where said transport track and said at least one transport element (310a-310d) are designed such that said at least one transport element (310a-310d) can be guided from a receiving point to a delivery point in an individually controllable manner.
Driver circuit for an LED, having a connection for a mains voltage, a filter circuit, a rectifier and a buffer storage element, an isolated switching regulator circuit having at least one switch and a transformer, to the output of which at least one LED is connected, a unidirectional decoupling element being included between the rectifier and the buffer storage element, characterized in that one connection of a capacitor is coupled to the node between the rectifier and the unidirectional decoupling element, and the other connection of this capacitor is coupled to the transformer, the capacitor being coupled to the transformer by means of an additional secondary winding on the transformer.
A retractor comprising: a first blade having an inner surface and an outer surface; a second blade having an inner surface and an outer surface, the outer surfaces (220, 232) being engageable with tissue, the blades (214, 216) being relatively movable between a first configuration and a second configuration to space the tissue and define an opening (G1, G2) between the blades (214, 216), wherein the inner surface of the first blade includes a longitudinal groove (240, 440) disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the first blade and the inner surface of the second blade includes a longitudinal groove (242, 442) disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the second blade; and a third blade (302, 502), wherein flanges (304, 504) disposed on sides of the third blade (302, 502) are oriented for alignment with the longitudinal grooves (240, 242, 440, 442), wherein the longitudinal grooves (240, 242, 440, 442) are configured to receive the third blade (302, 502), wherein the third blade (302, 502) is selectively disposed within the opening (G1, G2) to at least partially close the opening (G1, G2). a first blade having an inner surface and an outer surface; a second blade having an inner surface and an outer surface, the outer surfaces (220, 232) being engageable with tissue, the blades (214, 216) being relatively movable between a first configuration and a second configuration to space the tissue and define an opening (G1, G2) between the blades (214, 216), wherein the inner surface of the first blade includes a longitudinal groove (240, 440) disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the first blade and the inner surface of the second blade includes a longitudinal groove (242, 442) disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the second blade; and a third blade (302, 502), wherein flanges (304, 504) disposed on sides of the third blade (302, 502) are oriented for alignment with the longitudinal grooves (240, 242, 440, 442), wherein the longitudinal grooves (240, 242, 440, 442) are configured to receive the third blade (302, 502), wherein the third blade (302, 502) is selectively disposed within the opening (G1, G2) to at least partially close the opening (G1, G2).
A mobile wireless communications device comprising: a housing; a wireless transceiver carried by said housing; and a removable power source capable of being carried by said housing, said removable power source comprising a first Near Field Communications, NFC, circuit; characterised in that the mobile wireless communications device further comprises a second NFC circuit carried by said housing, said second NFC circuit being configured to authenticate said removable power source as providing a proper voltage or current for the mobile wireless communications device based upon communication with said first NFC circuit. a housing; a wireless transceiver carried by said housing; and a removable power source capable of being carried by said housing, said removable power source comprising a first Near Field Communications, NFC, circuit; characterised in that the mobile wireless communications device further comprises a second NFC circuit carried by said housing, said second NFC circuit being configured to authenticate said removable power source as providing a proper voltage or current for the mobile wireless communications device based upon communication with said first NFC circuit.
A wiper blade holder for a wiper blade to be used to remove the printing fluid off, comprising: a planar surface; a curved mounting surface coupled adjacent to the planar surface; and wherein a wiper blade is clamped to the planar surface, characterized in that a bottom of the wiper blade rests on the curved mounting surface such that a free length of the wiper blade is different at a plurality of points along a width of the wiper blade. a planar surface; a curved mounting surface coupled adjacent to the planar surface; and wherein a wiper blade is clamped to the planar surface, characterized in that a bottom of the wiper blade rests on the curved mounting surface such that a free length of the wiper blade is different at a plurality of points along a width of the wiper blade.
A cable transportation system with at least one supporting cable and a haul cable, the cable transportation system comprising at least one shoe (13; 27; 35; 45; 58) for supporting a section of the supporting cable; and at least one trolley having at least one roller (8; 46) by which to roll along the supporting cable, said cable defining a rolling track for the roller (8; 46); and wherein the shoe (13; 27; 35; 45; 58) defines two auxiliary rolling tracks (18; 31; 39; 49), which are parallel to the rolling track, and are located on opposite sides of the supporting cable, roller being designed to roll in extended contact along at least one of the auxiliary rolling tracks (18; 31; 39; 49) of the shoe, the auxiliary rolling tracks being either concave in cross-section in which case the roller (8; 46) comprises a concave central race complementary to the rolling track formed by the supporting cable and two annular concave rolling faces located on opposite sides of the central race 55) and designed to fit to the auxiliary rolling tracks 49) or the auxiliary tracks (18; 31; 39) being convex in cross-section, in which case the roller comprises a concave central race complementary to the rolling track of the supporting cable and two annular concave rolling faces located on opposite sides of the central race and designed to fit to the auxiliary rolling tracks (18; 31; 39).
An apparatus for the sterilization of containers with a transport device which transports the containers along a pre-defined transport path, with at least one actuating device which acts upon the containers with an electromagnetic radiation, UV radiation or X-radiation, for the purpose of the sterilization thereof, and with a screening device which screens off ionizing radiation which is formed in the context of the sterilization, characterized in that the screening device has at least one outer wall which limits the transport path of the containers and which extends along the transport path, the apparatus comprising an inner wall which limits the transport path of the containers and also extends along the transport path, wherein the outer wall comprises at least one recess which forms a cavity which faces the transport path of the containers in such a way that ionizing radiation occurring during the sterilization can enter this cavity wherein the geometrical structure of the recess is designed in such a way that the ionizing radiation is reflected several times at least in part on walls (22a, 22b, 22c) which limit the recess and wherein the recess is designed in the form of a beam trap, the recess in this respect being further designed in such a way that a reflection of a beam of not intended at the outer wall but said beam is introduced in the recess and from this recess the beam cannot directly penetrate the tunnel again but for this purpose at least a further deviation is necessary.
A stand and antenna assembly suitable for receiving a data transmission from an electronic transmitting device mounted to a vehicle, the vehicle having at least one tire assembly including a tire, the stand and antenna assembly comprising a stand having a substantially convex upper surface, the upper surface comprising a lead-on ramped surface (24A, 24B) and an exit-off ramped surface (25A, 25B) aligned and operative to intercept and engage the tire as the tire traverses over the upper surface of the stand, the stand further comprising a base having at least a first and a second pocket (40, 56) disposed within the base and at least a first and a second antenna assembly (50, 54) seated respectively within the first and the second pocket (40, 56) at a respective first and a second tilt angle with respect to a bottom plane of the base, wherein the first antenna assembly is configured to operatively direct a first read field toward the lead-on ramped surface (24A, 24B) and the second antenna assembly is configured to operatively direct a second read field toward the exit-off ramped surface (25A, 25B), characterized in that the stand comprises at least a third pocket disposed within the base between the first and the second pockets (40, 56) and at least a third antenna assembly seated within the third pocket, wherein the third antenna assembly is configured to operatively direct a third read field toward an intermediary region of the upper surface disposed between the lead-on ramped surface (24A, 24B) and the exit-off ramped surface (25A, 25B) of the upper surface.
A wind turbine, comprising a hub, a shaft which is connected to the hub, a bearing housing, in which the shaft is supported rotatable, wherein the shaft is arranged inside the bearing housing, a fluid bearing which supports the shaft in the bearing housing, wherein the fluid bearing is arranged at a proximal end of the shaft, wherein the proximal end of the shaft is positioned proximal to the hub, and a roller bearing which also supports the shaft in the bearing housing, wherein the roller bearing is arranged at a distal end of the shaft, and wherein the distal end of the shaft is positioned distal to the hub.
A method for transmitting a broadcast signal with a digital audio broadcasting, DAB, system, the method comprising: generating display control information indicating how a plurality of images are to be displayed on a receiving terminal; and transmitting the broadcast signal including both the plurality of images and the display control information to the receiving terminal using Multimedia Object Transfer, MOT, protocol, wherein the display control information is defined in a reserved field in the MOT protocol, wherein the images are divided into groups and the images included in one of the groups form at least one display image that is to be displayed, wherein the display control information includes: first information indicating a number of images included in each image group for forming the at least one display image, second information indicating first serial numbers of each image in the image group for identifying each image in an image group, third information indicating a displaying time interval between a first display image formed by a first image group and a second display image formed by a second image group, and fourth information indicating second serial numbers of each image group, for identifying each image group, wherein the plurality of images are still images. generating display control information indicating how a plurality of images are to be displayed on a receiving terminal; and transmitting the broadcast signal including both the plurality of images and the display control information to the receiving terminal using Multimedia Object Transfer, MOT, protocol, wherein the display control information is defined in a reserved field in the MOT protocol, first information indicating a number of images included in each image group for forming the at least one display image, second information indicating first serial numbers of each image in the image group for identifying each image in an image group, third information indicating a displaying time interval between a first display image formed by a first image group and a second display image formed by a second image group, and fourth information indicating second serial numbers of each image group, for identifying each image group,
Automotive milling machine (1a,1b), - with a height-adjustable machine frame, - with a controller for the travelling and milling operation, - with a working drum, - with a slewable last or single transport conveyor of a transport conveyor device arranged in front of or behind the working drum as seen in the direction of travel of the milling machine (1a,1b), - where the transport conveyor is slewable, relative to the machine frame, about an essentially vertical first axis under an elevation angle, and sideways about a second axis orthogonal to the first axis under a slewing angle, and - where the transport conveyor discharges the milled material at a specified conveying speed onto a point of impingement on a loading surface of a transport vehicle, characterized in that the controller comprises a detection and control system which continuously locates the alterable position of the loading surface of the transport vehicle and of the slewable transport conveyor relative to the machine, or the alterable position of the loading surface of the transport vehicle relative to the transport conveyor, and continuously controls positioning of the point of impingement of the milled material automatically via the slewing angle and/or the elevation angle and/or the conveying speed of the transport conveyor device in such a way that the discharged milled material impinges within the loading surface, wherein control data for the slewing angle, the elevation angle and/or the conveying speed are stored in a map in accordance with the loading surfaces of different transport vehicles and/or in accordance with different loading conditions of the loading surface for different positions and/or points of impingement within the position of a loading surface detected by the detection and control system, wherein the map memory can be integrated in the detection and control system or in the controller. - with a height-adjustable machine frame, - with a controller for the travelling and milling operation, - with a working drum, - with a slewable last or single transport conveyor of a transport conveyor device arranged in front of or behind the working drum as seen in the direction of travel of the milling machine (1a,1b), - where the transport conveyor is slewable, relative to the machine frame, about an essentially vertical first axis under an elevation angle, and sideways about a second axis orthogonal to the first axis under a slewing angle, and - where the transport conveyor discharges the milled material at a specified conveying speed onto a point of impingement on a loading surface of a transport vehicle,