mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the continuous distillative separation of mixtures comprising morpholine (MO), monoaminodiglycol (ADG), ammonia, water and methoxyethanol (MOE), obtained by reacting diethylene glycol (DEG) with ammonia, wherein ammonia, water, ADG and DEG are removed by distillation and the resulting stream comprising MO and MOE is supplied to a distillation column K40 in which at a top pressure of from 20 to 2000 mbar MO, MOE and organic products having a boiling point ≥ 128°C (1.013 bar) are removed via the bottom and organic products having a boiling point ≤ 128°C are removed overhead, and also MO is removed via a side draw, where K40 is equipped with an evaporator for heating the bottoms, into which is fed heating vapor having a pressure of from 1 to 10 bar.
An apparatus for monitoring an electric arc furnace, the apparatus comprising at least one optical cable , a detector and a processing unit ; an end of each of the at least one optical cable being placable inside the electric arc furnace of a melting process of meltable material comprising metal and being configured to collect light from the furnace into the at least one optical cable ; each of the at least one optical cable being configured to convey the light to the detector ; the detector being configured to separate the light conveyed by the at least one optical cable into a plurality of optical bands of spectrum and transform strengths of the plurality of optical bands into electrical data; the processing unit being configured to measure a background of the optical bands in a predetermined manner, at least one characteristic strength level of the optical bands and an average deviation of the strengths of the optical bands from the background on the basis of the electrical data transmitted by the detector , and determine a state or a transition between states of the furnace and indicate, using means of presentation, whether the material has molten on the basis of the measurement.
Optically or electronically magnifying visual aid apparatus in the form of a mobile magnifier, in particular a hand-held magnifier, a stand magnifier or a hands-free magnifier, comprising: - at least one electrical or electronic functional component that consumes electrical energy in at least one operating state, - at least one rechargeable electrical energy store that is assigned to the at least one electrical or electronic functional component , - at least one inductive element that is assigned to the at least one electrical energy store and configured to supply the at least one electrical energy store with electrical energy by way of an inductive interaction with at least one further inductive element , - an elongate main body with at least one mounting portion for mounting at least one optical element , in particular a lens or a magnifying glass, and at least one handling portion for handling the main body , wherein the at least one inductive element is arranged or formed at or in the main body in the region of the handling portion . - at least one electrical or electronic functional component that consumes electrical energy in at least one operating state, - at least one rechargeable electrical energy store that is assigned to the at least one electrical or electronic functional component , - at least one inductive element that is assigned to the at least one electrical energy store and configured to supply the at least one electrical energy store with electrical energy by way of an inductive interaction with at least one further inductive element , - an elongate main body with at least one mounting portion for mounting at least one optical element , in particular a lens or a magnifying glass, and at least one handling portion for handling the main body , wherein the at least one inductive element is arranged or formed at or in the main body in the region of the handling portion .
A method for receiving capability information in a wireless communication system, the method performed by a base station and comprising: receiving, from a user equipment, UE, which supports a device to device, D2D, communication and a D2D discovery, the capability information, wherein the capability information includes simultaneous support band information and D2D discovery support band information, wherein the simultaneous support band information includes at least one frequency band on which the UE supports a simultaneous transmission of a cellular communication and the D2D communication, and wherein the D2D discovery support band information includes frequency bands on which the UE supports the D2D discovery. receiving, from a user equipment, UE, which supports a device to device, D2D, communication and a D2D discovery, the capability information, wherein the capability information includes simultaneous support band information and D2D discovery support band information, wherein the simultaneous support band information includes at least one frequency band on which the UE supports a simultaneous transmission of a cellular communication and the D2D communication, and wherein the D2D discovery support band information includes frequency bands on which the UE supports the D2D discovery.
A water distribution system comprising: a distribution tube , a supply tube for carrying waste water from a source to the distribution tube ; wherein a plurality of distribution openings are provided in the distribution tube , wherein the distribution tube comprises a distribution lumen , wherein the distribution openings are adapted to distribute the waste water in a fountain-like distribution over a ground surface, characterized in that within the distribution lumen , an inner tube is arranged which contains the supply lumen as a continuation of the supply tube and wherein the inner tube comprises an outlet to the distribution lumen of the distribution tube . a distribution tube , a supply tube for carrying waste water from a source to the distribution tube ; wherein a plurality of distribution openings are provided in the distribution tube , wherein the distribution tube comprises a distribution lumen , wherein the distribution openings are adapted to distribute the waste water in a fountain-like distribution over a ground surface, characterized in that within the distribution lumen , an inner tube is arranged which contains the supply lumen as a continuation of the supply tube and wherein the inner tube comprises an outlet to the distribution lumen of the distribution tube .
A cell transplant device comprising: a cell structure (A) that includes a plurality of biocompatible polymer blocks and a plurality of cells of at least one type, and in which at least one of the biocompatible polymer blocks is disposed in gaps between the plurality of cells; and an immunoisolation membrane (B) that encloses the cell structure, wherein the immunoisolation membrane is a porous membrane including a polymer and wherein, within an inner side of the porous membrane, a layered compact portion in which a pore diameter is minimized is present, and a pore diameter continuously increases in a thickness direction from the compact portion toward at least one surface of the porous membrane. a cell structure (A) that includes a plurality of biocompatible polymer blocks and a plurality of cells of at least one type, and in which at least one of the biocompatible polymer blocks is disposed in gaps between the plurality of cells; and an immunoisolation membrane (B) that encloses the cell structure,
A sensor system comprising: a main antenna configured to send and/or receive signals; a plurality of auxiliary antennas configured to detect density of a surrounding plasma field that inhibits sending and/or receipt of the signals by the main antenna, wherein the plurality of auxiliary antennas are configured to generate an electromagnetic field and are operable for data link communication; and a controller operatively coupled to the plurality of auxiliary antennas; wherein the controller is configured to receive information from the plurality of auxiliary antennas regarding the density of the plasma field; and wherein the controller is further configured to adjust a phase between the auxiliary antennas in response to the detected density of the plasma field to re-orient an electromagnetic field set up by the auxiliary antennas, thereby reducing at least in part inhibition by the plasma field of the sending and/or receipt of signals of the main antenna. a main antenna configured to send and/or receive signals; a plurality of auxiliary antennas configured to detect density of a surrounding plasma field that inhibits sending and/or receipt of the signals by the main antenna, wherein the plurality of auxiliary antennas are configured to generate an electromagnetic field and are operable for data link communication; and a controller operatively coupled to the plurality of auxiliary antennas; wherein the controller is configured to receive information from the plurality of auxiliary antennas regarding the density of the plasma field; and wherein the controller is further configured to adjust a phase between the auxiliary antennas in response to the detected density of the plasma field to re-orient an electromagnetic field set up by the auxiliary antennas, thereby reducing at least in part inhibition by the plasma field of the sending and/or receipt of signals of the main antenna.
A dental cleaning appliance comprising: a handle and a cleaning tool connected to the handle , the cleaning tool comprising a plurality of bristles and a moveable bristle carrier upon which the plurality of bristles is mounted; a drive unit for moving the bristle carrier, the drive unit comprising a motor ; a fluid delivery system for delivering a burst of working fluid to the teeth of a user; and a control circuit for controlling the delivery of the burst of working fluid to the teeth of a user; wherein the appliance has a first operational mode in which the delivery of the burst of working fluid to the teeth of a user is inhibited and a second operational mode in which the burst of working fluid to the teeth of a user is permitted, and wherein, during use of the appliance , the control circuit is arranged to effect a transition between the first operational mode and the second operational mode automatically depending on a detected operational parameter of the appliance ; wherein the detected operational parameter of the appliance is the magnitude of the current drawn by the motor during use of the appliance . a handle and a cleaning tool connected to the handle , the cleaning tool comprising a plurality of bristles and a moveable bristle carrier upon which the plurality of bristles is mounted; a drive unit for moving the bristle carrier, the drive unit comprising a motor ; a fluid delivery system for delivering a burst of working fluid to the teeth of a user; and a control circuit for controlling the delivery of the burst of working fluid to the teeth of a user; wherein the appliance has a first operational mode in which the delivery of the burst of working fluid to the teeth of a user is inhibited and a second operational mode in which the burst of working fluid to the teeth of a user is permitted, and wherein, during use of the appliance , the control circuit is arranged to effect a transition between the first operational mode and the second operational mode automatically depending on a detected operational parameter of the appliance ; wherein the detected operational parameter of the appliance is the magnitude of the current drawn by the motor during use of the appliance .
A sheet processing device configured to insert a sheet-shaped medium into a two-ply sheet in which two sheets are overlaid and partially bonded, the sheet processing device comprising: a controller configured to execute: a single insertion mode in which one sheet-shaped medium is inserted into the two-ply sheet; and a multiple insertion mode in which a plurality of sheet-shaped media are inserted into the two-ply sheet along a conveyance direction; wherein the controller is configured to: cause the one sheet-shaped medium to be inserted into the two-ply sheet with the two-ply sheet being stopped in the single insertion mode; and cause the plurality of sheet-shaped media to be inserted into the two-ply sheet with the two-ply sheet being stopped in the multiple insertion mode. a controller configured to execute: a single insertion mode in which one sheet-shaped medium is inserted into the two-ply sheet; and a multiple insertion mode in which a plurality of sheet-shaped media are inserted into the two-ply sheet along a conveyance direction; a single insertion mode in which one sheet-shaped medium is inserted into the two-ply sheet; and a multiple insertion mode in which a plurality of sheet-shaped media are inserted into the two-ply sheet along a conveyance direction; wherein the controller is configured to: cause the one sheet-shaped medium to be inserted into the two-ply sheet with the two-ply sheet being stopped in the single insertion mode; and cause the plurality of sheet-shaped media to be inserted into the two-ply sheet with the two-ply sheet being stopped in the multiple insertion mode. cause the one sheet-shaped medium to be inserted into the two-ply sheet with the two-ply sheet being stopped in the single insertion mode; and cause the plurality of sheet-shaped media to be inserted into the two-ply sheet with the two-ply sheet being stopped in the multiple insertion mode.
A system for planning and/or providing neuromodulation , especially neurostimulation, comprising - a first data input module for stimulation related basic data - a stimulation related basic data storage module for storing the stimulation related basic data, - a second data input module for stimulation related response data - a stimulation related response data storage module for storing the stimulation related response data, - a transfer module configured and arranged such that the stimulation related basic data received by the first data input module are linked with and/or translated into the stimulation related response data received by the second data input module and/or artificial response data created by the transfer module , wherein the data generated by the transfer module are transfer data, the transfer data comprising link data and/or translation data and/or said artificial response data, - a transfer response data storage module for storing the transfer data, characterised in that the system further comprises - a mapping module configured and arranged such that based on the stimulation related basic data, the stimulation related response data and the transfer data a digital characteristic map is generated by the mapping module , which describes the interrelation between the stimulation related basic data, the stimulation related response data and the transfer data. - a first data input module for stimulation related basic data - a stimulation related basic data storage module for storing the stimulation related basic data, - a second data input module for stimulation related response data - a stimulation related response data storage module for storing the stimulation related response data, - a transfer module configured and arranged such that the stimulation related basic data received by the first data input module are linked with and/or translated into the stimulation related response data received by the second data input module and/or artificial response data created by the transfer module , wherein the data generated by the transfer module are transfer data, the transfer data comprising link data and/or translation data and/or said artificial response data, - a transfer response data storage module for storing the transfer data, characterised in that the system further comprises - a mapping module configured and arranged such that based on the stimulation related basic data, the stimulation related response data and the transfer data a digital characteristic map is generated by the mapping module , which describes the interrelation between the stimulation related basic data, the stimulation related response data and the transfer data.
A submersed or submersible electric pump , comprising a pump body provided with a chamber adapted to accommodate at least one impeller turned by motor means, said chamber comprising at least one intake port and at least one delivery port , said pump further comprising at least one device for protecting said electric pump against overpressures, said device comprising a main body which forms a cavity with an axis of extension which is substantially parallel to an axis of extension of said main body and a flow control element which can slide in said cavity along said axis of extension of the cavity between a closed position, in which said flow control element affects an inlet of said cavity which is connected fluidically to a delivery port of said electric pump , and an open position, in which said flow control element clears at least partially said inlet so as to place it in fluidic connection with the environment in which the electric pump is placed through an outlet of said cavity , elastic means designed to push said flow control element in response to a pressure that is present in said delivery port , said device being mounted at said delivery port .
Conductor connection terminal for connecting at least one electrical conductor, the conductor connection terminal having a housing and a contact insert for connecting the at least one electrical conductor, the contact insert having at least one busbar and at least one clamping spring , the busbar having at least one through-opening , the contact insert having a hole collar which on at least one side of the busbar surrounds the through opening at least in sections or completely circumferentially, characterized in that the hole collar is designed as a component which is separate from the busbar and from the housing and is present in addition to the housing , the hole collar bearing against the busbar on the side facing away from the clamping spring .
Vibratory finishing apparatus comprising: a receptacle to receive abrasive media ; a vibration generator arranged to vibrate the receptacle and thereby cause movement of the abrasive media relative to the receptacle ; a first fixture to: support an object within the receptacle ; and move the object relative to the receptacle in at least a first direction to orient and/or position the object within the receptacle ; and a first guide positioned in the receptacle and arranged to rotate relative to the receptacle between static orientations, the first guide being configured to direct the media moved within the receptacle toward a predetermined part of the object while the first guide is in one of the static orientations. a receptacle to receive abrasive media ; a vibration generator arranged to vibrate the receptacle and thereby cause movement of the abrasive media relative to the receptacle ; a first fixture to: support an object within the receptacle ; and move the object relative to the receptacle in at least a first direction to orient and/or position the object within the receptacle ; and a first guide positioned in the receptacle and arranged to rotate relative to the receptacle between static orientations, the first guide being configured to direct the media moved within the receptacle toward a predetermined part of the object while the first guide is in one of the static orientations.
A method to control the movement of a mobile system in an electrically conductive medium, said system including at least two electrodes (E 11 , E 21 ), called receiving electrodes, in contact with said medium and located on either side of a movement axis of said system, said method being characterized in that it can be applied without knowledge of the medium or of the obstacles located therein, said method further being characterized in that it includes: - a step (E30) for measuring an electrical characteristic (S R ) of said medium via said receiving electrodes, said electrical characteristic (S R ) includes an axial current and a lateral current respectively obtained by obtaining the sum and the difference of the intensities of the currents at said receiving electrodes; - a step (E40) for generating a setpoint (V, ω) for movement of the mobile system by using a feedback law calculated directly from said electrical characteristic in order to move said mobile system further from or closer to a conductive object or an insulating object, the feedback law being modified based on said measured electrical characteristic (S R ). - a step (E30) for measuring an electrical characteristic (S R ) of said medium via said receiving electrodes, said electrical characteristic (S R ) includes an axial current and a lateral current respectively obtained by obtaining the sum and the difference of the intensities of the currents at said receiving electrodes; - a step (E40) for generating a setpoint (V, ω) for movement of the mobile system by using a feedback law calculated directly from said electrical characteristic in order to move said mobile system further from or closer to a conductive object or an insulating object, the feedback law being modified based on said measured electrical characteristic (S R ).
A measurement system for detection of faults on a wire of a device or a piece of equipment, comprising a determination unit (AE) and at least one sensor unit , wherein the measurement system is further adapted to determine with reference to a fault, whether the fault is higher frequent or lower frequent with respect to a predetermined threshold frequency, wherein the measurement system is further adapted to provide data associated to one or more fault(s), characterized in that in-between the sensor unit (S1) and the determination unit (AE) a transformer (Ü) having a primary side and a secondary side is arranged, whereby the sensor unit (S1) is connectable to the primary side.
A satellite constellation forming system to form a satellite constellation on two orbital planes each having a different normal direction and on each of which the same number of satellites fly, the satellite constellation forming system comprising a satellite constellation forming unit as a functional element, wherein the functions of the satellite constellation forming unit are realized by hardware or software, configured to modify the satellite constellation to gradually change an orbital altitude of at least one orbital plane of the two orbital planes, on which the satellite constellation is formed, from a state in which satellite passage timings of satellites flying in the two orbital planes do not coincide with each other at an intersection neighborhood point between the two orbital planes in each of the two orbital planes, while maintaining the state in which the satellite passage timings do not coincide with each other.