mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a liquid ammonia nitrogen containing more than 8 mass % i.e. 80.000 g/ton ammonia nitrogen in high amount output stream from an initial ammonia nitrogen containing more than 50 g/ton ammonia nitrogen in low amount liquid or solid input stream, whereby with solid input stream is meant a liquid stream with solids suspended therein, with an energy consumption less than 40 MJ/kg, with an arrangement, said arrangement comprising: a stripping system; and a scrubbing system, producing from a gaseous input flow, a gaseous output flow and said liquid output stream after addition of an acid to produce an ammonium salt, whereby said gaseous input flow originates from said stripping system; and said gaseous output flow is re-used in said stripping system, said arrangement being characterized in that part of the heat (generated by the exogenous scrubbing reaction, and re-entered in the stripping system) of the output stream of said stripping system is recovered in that said heat is used to increase the temperature of said input stream before use in said stripping system wherein the initial liquid of said input stream or a second mixture of the initial liquid of said input stream and the recovered liquid from the output stream of said stripping system is mixed to a third mixture with part of or the entire re-used gaseous output flow of the scrubbing system, before it enters the stripping system and wherein said third mixture with part of the re-used gaseous output flow of the scrubbing system is made by a Venturi or Sonolator like system, preferably with an air to liquid ratio between 3/l and 20/l, more preferably 6/l and 8/l and optionally comprising one or more sonication_systems, applied to the initial liquid of said input stream or said second mixture, before it enters the stripping system to bring the ammonia molecule in an excited state and enhances the transfer from liquid to gas phase..
Method for labelling bottles or similar containers, using a web or strip-shaped labelling material, wherein the labels that are to be applied to the containers are produced by separation from the labelling material, and in each case, provided with at least one glue application (6, 7), are transferred by means of a transfer element to the containers being moved past at the transfer element, wherein the respective glue application (6, 7) onto the label material takes place before the separation of the labels, with at least one glue application head, wherein the applying of the respective glue application (6, 7) onto the label material takes place in a conveying or feed direction of this material upstream of the transfer element, characterised in that the applying of the respective glue application (6, 7) onto the label material is carried out by intermittent activation of the at least one nozzle-type glue application head or, respectively, by intermittent glue emission, in such a way that the labels, after the separation from the label material, are provided in each case, on their end which is leading and/or trailing at the transfer to the containers, partially with a glue application (6, 7), preferably with a glue application running parallel to this end or, respectively, to this edge.
A communications method for use in a communications system (100, 500, 712, 900) including a base station (102, 502, 704, 902) and a mobile station (104, 504, 708, 904), the method comprising the steps of: transmitting a first data signal from the base station (102, 502, 704, 902) to the mobile station (104, 504, 708, 904) through a communications channel, said step of transmitting including introducing an artificial variation into the first data signal which can be detected by the mobile station (104, 504, 708, 904), wherein the artificial variation introduced into the first data signal includes at least one of a phase variation and an amplitude variation, and wherein said artificial variations are for ensuring variations in a first communications channel condition information obtained from the mobile station (104, 504, 708, 904); operating the base station (102, 502, 704, 902) to receive said first communications channel condition information from the mobile station (104, 504, 708, 904) regarding the condition of the first communications channel, said first communications channel condition information varying as a function of the artificial variation introduced into the first signal; and scheduling, as a function of the first communications channel condition information, data transmission from the base station (102, 502, 704, 902) to said mobile station (104, 504, 708, 904). transmitting a first data signal from the base station (102, 502, 704, 902) to the mobile station (104, 504, 708, 904) through a communications channel, said step of transmitting including introducing an artificial variation into the first data signal which can be detected by the mobile station (104, 504, 708, 904), wherein the artificial variation introduced into the first data signal includes at least one of a phase variation and an amplitude variation, and wherein said artificial variations are for ensuring variations in a first communications channel condition information obtained from the mobile station (104, 504, 708, 904); operating the base station (102, 502, 704, 902) to receive said first communications channel condition information from the mobile station (104, 504, 708, 904) regarding the condition of the first communications channel, said first communications channel condition information varying as a function of the artificial variation introduced into the first signal; and scheduling, as a function of the first communications channel condition information, data transmission from the base station (102, 502, 704, 902) to said mobile station (104, 504, 708, 904).
A computer-implemented method for controlling, by a media client, presentation of media content on a display device coupled with the media client, the method comprising: at the media client, receiving, from a mobile device in communication with the media client, a first command to initiate media presentation of the media content on the display device; obtaining from the mobile device a portion of the media content associated with the first command; controlling the presentation of the portion of the media content on the display device; providing, to the mobile device, an update of a status of the media presentation; receiving, from the mobile device, an indication that the media content is being scrubbed on the mobile device; terminating the presentation of the portion on of the media content on the display device while the media content is scrubbed on the mobile device; receiving, from the mobile device, a second command to initiate media presentation of the media content from a scrubbed destination of the media content; obtaining from the mobile device a second portion of the media content associated with the scrubbed destination; and controlling presentation of the second portion of media content from the scrubbed destination on the display device. receiving, from a mobile device in communication with the media client, a first command to initiate media presentation of the media content on the display device; obtaining from the mobile device a portion of the media content associated with the first command; controlling the presentation of the portion of the media content on the display device; providing, to the mobile device, an update of a status of the media presentation; receiving, from the mobile device, an indication that the media content is being scrubbed on the mobile device; terminating the presentation of the portion on of the media content on the display device while the media content is scrubbed on the mobile device; receiving, from the mobile device, a second command to initiate media presentation of the media content from a scrubbed destination of the media content; obtaining from the mobile device a second portion of the media content associated with the scrubbed destination; and controlling presentation of the second portion of media content from the scrubbed destination on the display device.
A mobile device comprising: a near field communication unit, a further communication unit being connected to the near field communication unit and being arranged to communicate with an external input device, wherein the near field communication unit and the further communication unit reside in the same integrated circuit and wherein the further communication unit is a Bluetooth communication unit, a secure element being connected to the near field communication unit and being arranged to execute at least one application, characterized by the near field communication unit further being arranged to request, via the further communication unit, user input data for said application from the external input device, wherein the user input data comprise user credentials or wherein the user input data are indicative of a confirmation or rejection of a transaction by a user, wherein the further communication unit is arranged to communicate, upon or after receipt of the user input data, said user input data directly to the near field communication unit, and wherein the near field communication unit is further configured to forward said user input data to the secure element. a near field communication unit, a further communication unit being connected to the near field communication unit and being arranged to communicate with an external input device, wherein the near field communication unit and the further communication unit reside in the same integrated circuit and wherein the further communication unit is a Bluetooth communication unit, a secure element being connected to the near field communication unit and being arranged to execute at least one application, characterized by the near field communication unit further being arranged to request, via the further communication unit, user input data for said application from the external input device, wherein the user input data comprise user credentials or wherein the user input data are indicative of a confirmation or rejection of a transaction by a user, wherein the further communication unit is arranged to communicate, upon or after receipt of the user input data, said user input data directly to the near field communication unit, and wherein the near field communication unit is further configured to forward said user input data to the secure element.
Sensor unit for monitoring the state of flexible fasteners, such as ratchet straps, wires, ropes or similar, used for fastening and/or securing and/or anchoring one or more objects, which flexible fasteners preferably include fastening means (14, 104), preferably means (15, 100) for tensioning the flexible fasteners, wherein the flexible fasteners at ends thereof are forming loops or eyes, wherein bolts are arranged for connection of the flexible fasteners to connection links, anchoring devices, fastening means (14, 104) or means for tensioning the fasteners, wherein the sensor unit includes at least one measuring element and a deformable element, - the deformable element is a sleeve having a mainly circular shape in default state, - the sleeve is arranged surrounding the bolt and the loop (16, 17) formed at the end of flexible fasteners surrounds the sleeve, characterized in that: - the at least one measuring element is arranged to the outer or inner surface, or both, of the sleeve for measuring forces acting between the bolt and the flexible fasteners, thereby measuring tensioning force acting axially on the fasteners at a given point in time without affecting the fasteners. - the deformable element is a sleeve having a mainly circular shape in default state, - the sleeve is arranged surrounding the bolt and the loop (16, 17) formed at the end of flexible fasteners surrounds the sleeve, characterized in that: - the at least one measuring element is arranged to the outer or inner surface, or both, of the sleeve for measuring forces acting between the bolt and the flexible fasteners, thereby measuring tensioning force acting axially on the fasteners at a given point in time without affecting the fasteners. - the at least one measuring element is arranged to the outer or inner surface, or both, of the sleeve for measuring forces acting between the bolt and the flexible fasteners, thereby measuring tensioning force acting axially on the fasteners at a given point in time without affecting the fasteners.
A method for introducing samples to a mass spectrometer from at least two sources, the method comprising: introducing a first of the samples through a first entrance point in a chamber in communication with a sampling inlet to the mass spectrometer, the first entrance point being defined in a boundary member that at least partially defines the chamber, the boundary member positioned between at least one of the sources and the sampling inlet, the first entrance point being coaxial to the sampling inlet, the first of the samples being introduced to the sampling inlet; introducing at least a second of the samples through at least one other entrance point defined in the chamber such that said at least second of the samples is not transmitted directly to said sampling inlet by the source of the at least second of the samples, introducing a gas into the chamber through a gas entrance, wherein a gas flow stream is established in which the gas flow stream flows partially toward the first entrance point and partially toward the sampling inlet such that said gas flow stream acts generally as a conduit for transport of the at least second of the samples from the at least one other entrance point to the sampling inlet to allow or significantly improve sampling of the at least second of the samples, establishing field-free conditions or near field-free conditions in the absence of external electromagnetic fields associated with the sources (20, 46) in at least one region of the chamber to allow at least the second of the samples to be directed to the sampling inlet by the gas flow stream. introducing a first of the samples through a first entrance point in a chamber in communication with a sampling inlet to the mass spectrometer, the first entrance point being defined in a boundary member that at least partially defines the chamber, the boundary member positioned between at least one of the sources and the sampling inlet, the first entrance point being coaxial to the sampling inlet, the first of the samples being introduced to the sampling inlet; introducing at least a second of the samples through at least one other entrance point defined in the chamber such that said at least second of the samples is not transmitted directly to said sampling inlet by the source of the at least second of the samples, introducing a gas into the chamber through a gas entrance, wherein a gas flow stream is established in which the gas flow stream flows partially toward the first entrance point and partially toward the sampling inlet such that said gas flow stream acts generally as a conduit for transport of the at least second of the samples from the at least one other entrance point to the sampling inlet to allow or significantly improve sampling of the at least second of the samples, establishing field-free conditions or near field-free conditions in the absence of external electromagnetic fields associated with the sources (20, 46) in at least one region of the chamber to allow at least the second of the samples to be directed to the sampling inlet by the gas flow stream.
A system for process measurement, the system comprising: a magnetic field generating system, the magnetic field generating system operable to generate a-magnetic field and successively change the orientation of the magnetic field; a magnetic field sensor operably positioned to sense the presence of at least a first orientation of the magnetic field as the magnetic field orientation is changed by the magnetic field generating system, the magnetic field sensor comprising at least two Wiegand-effect conductors operably positioned relative to an associated conductor to sense the first orientation of the magnetic field and to each generate an electrical pulse in the associated conductor when the first orientation of the magnetic field is sensed; and a capacitor coupled to the magnetic field sensor, the capacitor operable to accumulate the electrical pulses generated by the at least two Wiegand-effect conductors sensing of the first magnetic field orientation and a semiconductor switch arranged to turn on when the capacitor reaches a certain voltage, wherein the electrical pulses generated from at least two of the Wiegand-effect conductors combine to form a combined output pulse signal. a magnetic field generating system, the magnetic field generating system operable to generate a-magnetic field and successively change the orientation of the magnetic field; a magnetic field sensor operably positioned to sense the presence of at least a first orientation of the magnetic field as the magnetic field orientation is changed by the magnetic field generating system, the magnetic field sensor comprising at least two Wiegand-effect conductors operably positioned relative to an associated conductor to sense the first orientation of the magnetic field and to each generate an electrical pulse in the associated conductor when the first orientation of the magnetic field is sensed; and a capacitor coupled to the magnetic field sensor, the capacitor operable to accumulate the electrical pulses generated by the at least two Wiegand-effect conductors sensing of the first magnetic field orientation and a semiconductor switch arranged to turn on when the capacitor reaches a certain voltage, wherein the electrical pulses generated from at least two of the Wiegand-effect conductors combine to form a combined output pulse signal.
An emulsion for vibration damping materials, comprising acrylic emulsion particles each having a core part and a shell part, wherein the acrylic emulsion particles are obtainable by polymerizing a monomer component including a styrene monomer as a monomer having a Q value of 0.6 to 1.4 and an e value of -0.4 to - 1.2, wherein the proportion of the monomer having the Q and e values is 30 to 70% by weight relative to 100% by weight of the entire monomer component,and wherein the monomer component forming the acrylic emulsion particles contains 10% by weight or less of an acrylic monomer having a Tg higher than a Tg of the entire other acrylic monomers by 30°C or more, the acrylic monomer being a methacrylic acid ester.
An induction heating cooking device comprising: a top board on which a heating container is placed; a heating coil which is provided under the top board and is adapted to inductively heat the heating container; an inverter for supplying a high-frequency electric current to the heating coil; a plurality of electrodes provided on a back surface of the top board, around a periphery of the heating coil; a capacitance detection portion adapted to supply a high-frequency signal to the electrodes and to detect a capacitance in each of the electrodes; a storage portion capable of storing the detected capacitance as a reference value; a control portion adapted to perform control such that a heating output from the inverter comes to have a first set value set at start of induction heating; and a boiling-over detection portion adapted to stop a heating operation of the inverter or to reduce the heating output from the inverter to a third set value smaller than the first set value, upon detecting a boiling-over state, at least when the capacitance detected by the capacitance detection portion has been changed from the reference value by an amount equal to or more than a third amount of change, characterized in that the electrodes are provided in a linear shape, along the heating coil around an outer periphery of the heating coil, and in the boiling-over detection portion, the third amount of change is set differently for each of the plurality of the electrodes. a top board on which a heating container is placed; a heating coil which is provided under the top board and is adapted to inductively heat the heating container; an inverter for supplying a high-frequency electric current to the heating coil; a plurality of electrodes provided on a back surface of the top board, around a periphery of the heating coil; a capacitance detection portion adapted to supply a high-frequency signal to the electrodes and to detect a capacitance in each of the electrodes; a storage portion capable of storing the detected capacitance as a reference value; a control portion adapted to perform control such that a heating output from the inverter comes to have a first set value set at start of induction heating; and a boiling-over detection portion adapted to stop a heating operation of the inverter or to reduce the heating output from the inverter to a third set value smaller than the first set value, upon detecting a boiling-over state, at least when the capacitance detected by the capacitance detection portion has been changed from the reference value by an amount equal to or more than a third amount of change, characterized in that the electrodes are provided in a linear shape, along the heating coil around an outer periphery of the heating coil, and in the boiling-over detection portion, the third amount of change is set differently for each of the plurality of the electrodes.
A medical bandaging product (10, 110) comprising an elongate fabric that is a knitted fabric having monofilament or multifilament yarns including at least one of fiberglass, aramid and polyamide and that is homogenously impregnated or coated with a reactive system including a plurality of microspheres (15, 119), wherein: each filament of the monofilament or multifilament yarns has a diameter from 0.3 mm to 2 mm; the reactive system remains stable in the absence of an activating agent and hardens upon exposure to the activating agent; the activating agent is encapsulated in the plurality of microspheres (15, 119); and the plurality of microspheres (15, 119) are configured to rupture to release the activating agent, and wherein the plurality of microspheres (15, 119) comprise micelles or polymeric microspheres have a diameter from 200 μm to 2000 μm and encapsulate water, a catalyst, or a combination thereof. each filament of the monofilament or multifilament yarns has a diameter from 0.3 mm to 2 mm; the reactive system remains stable in the absence of an activating agent and hardens upon exposure to the activating agent; the activating agent is encapsulated in the plurality of microspheres (15, 119); and the plurality of microspheres (15, 119) are configured to rupture to release the activating agent, and wherein the plurality of microspheres (15, 119) comprise micelles or polymeric microspheres have a diameter from 200 μm to 2000 μm and encapsulate water, a catalyst, or a combination thereof.