mhurhangee/ep-ind-claims huggingface dataset:
Dialysis machine with a dialysate-side drain line and with an optical sensor in the dialysate-side drain line for measuring the current dialysis process and with a data correction unit, characterized in that the data correction unit is adapted to linearize the optical sensor by repeated switching to the shunt and by the following process steps: setting a shunt interval and a specific shunt duration, determining the linear range of the optical sensor, backward extrapolating the initial data in the non-linear range by data from the linear range, correcting or replacing the sensor-determined data from the non-linear range. setting a shunt interval and a specific shunt duration, determining the linear range of the optical sensor, backward extrapolating the initial data in the non-linear range by data from the linear range, correcting or replacing the sensor-determined data from the non-linear range.
Onboard electrical system for a motor vehicle, having a low voltage subsystem for at least one low voltage load and having a high voltage subsystem for at least one high voltage load and an electrical generator, wherein the high voltage subsystem is connected to the low voltage subsystem by means of a coupling unit that is set up to draw power from the high voltage subsystem and to supply it to the low voltage subsystem, wherein the high voltage subsystem has a battery that is set up to produce the high voltage and to output it to the high voltage subsystem and that has at least two battery units having individual voltage taps that are routed to the coupling unit, the coupling unit is set up to selectively connect the battery units to the low voltage subsystem, and that the low voltage subsystem has at least one further energy store that is set up to produce the low voltage and to output it to the low voltage subsystem, characterized in that a changeover process takes place at times at which an onboard electrical system current is as low as possible and synchronization with a load management system takes place in order to briefly disconnect high-power loads in order to allow the changeover process without a significant voltage dip.
A spring core, comprising a plurality of rows of springs which are disposed parallel to each other and each of which consists of a plurality of individual springs which are connected to each other, characterized in that each spring is formed as a circular ring section which is disposed on edge in the loading direction and consists of an elastically deformable wire having an inwardly directed notch in the progression of the contour.
An expiratory waveform analyzer, operable to analyze an expiratory waveform, which is generated based on a temporal change of a concentration of a component in expiratory gas of a subject, the expiratory waveform analyzer comprising: an expiratory gas concentration generator (100, 210) which generates a concentration signal based on an output signal from a sensor that is placed to measure the concentration of the component; a flatness calculator which calculates a flatness indicative of the flat degree of the expiratory waveform based on a temporal change of the concentration signal; and a reliability calculator which calculates a reliability of the expiratory waveform based on the flatness and the concentration signal; wherein the flatness is a function of a value of a degree of a difference; wherein the value of the degree of the difference is an accumulated value which is obtained by accumulating the degree of the difference in a time interval over a plurality of time intervals, based on the concentration value; wherein the reliability calculator calculates the reliability based on the flatness which is calculated at a timing by the flatness calculator, and the concentration signal at the timing. an expiratory gas concentration generator (100, 210) which generates a concentration signal based on an output signal from a sensor that is placed to measure the concentration of the component; a flatness calculator which calculates a flatness indicative of the flat degree of the expiratory waveform based on a temporal change of the concentration signal; and a reliability calculator which calculates a reliability of the expiratory waveform based on the flatness and the concentration signal; wherein the flatness is a function of a value of a degree of a difference; wherein the value of the degree of the difference is an accumulated value which is obtained by accumulating the degree of the difference in a time interval over a plurality of time intervals, based on the concentration value; wherein the reliability calculator calculates the reliability based on the flatness which is calculated at a timing by the flatness calculator, and the concentration signal at the timing.
An image forming apparatus for executing a printing based on a job provided with job setting information, comprising: a display section operable to display: two or more job images on a schedule screen, each of the job images representing each of two or more jobs; an operation section for changing a display scale of the two or more job images displayed on the schedule screen by changing a display scale of the schedule screen; and a control section configured to control the display of the two or more job images on the schedule screen, characterised in that: the display section is further operable to display: a pop-up screen corresponding to a selected job image; and a job re-selection screen having job selection buttons (510, 520) for selecting a job of the pop-up screen; and wherein when the display scale of the schedule screen is changed such that the two or more job images are overlapped with each other in the same display area, based on an operation of changing the display scale of the schedule screen, the control section enables selection of each of the overlapped job images displayed in the same display area on the screen by selecting a job of the pop up screen according to the operation of the job selection buttons. a display section operable to display: two or more job images on a schedule screen, each of the job images representing each of two or more jobs; an operation section for changing a display scale of the two or more job images displayed on the schedule screen by changing a display scale of the schedule screen; and a control section configured to control the display of the two or more job images on the schedule screen, characterised in that: the display section is further operable to display: a pop-up screen corresponding to a selected job image; and a job re-selection screen having job selection buttons (510, 520) for selecting a job of the pop-up screen; and wherein when the display scale of the schedule screen is changed such that the two or more job images are overlapped with each other in the same display area, based on an operation of changing the display scale of the schedule screen, the control section enables selection of each of the overlapped job images displayed in the same display area on the screen by selecting a job of the pop up screen according to the operation of the job selection buttons. a pop-up screen corresponding to a selected job image; and a job re-selection screen having job selection buttons (510, 520) for selecting a job of the pop-up screen; and wherein when the display scale of the schedule screen is changed such that the two or more job images are overlapped with each other in the same display area, based on an operation of changing the display scale of the schedule screen, the control section enables selection of each of the overlapped job images displayed in the same display area on the screen by selecting a job of the pop up screen according to the operation of the job selection buttons.
Water supply control system for a washing machine that comprises a suds container, a drum and a heating element, said system comprising a load-amount detection process and a subsequent supply control process, the load-amount detection process including detecting an amount of laundry in the drum, and the supply control process including supplying water into the suds container during a rotation of the drum in an amount that is dependent on the detected amount of laundry in the drum, determining a water level in the suds container, and refilling water into the suds container depending on the determined water level in the suds container and a predefined water level in the suds container, characterised in that an amount of water which is supplied into the suds container during a rotation of the drum is also dependent on a starting residual moisture of the laundry and/or a predefined base amount of water, and an amount of water which is refilled during the refilling of water into the suds container is dependent on the detected amount of laundry in the drum, on the starting residual moisture of the laundry, a washing-program-dependent correction factor and/or a number of refilling processes, the starting residual moisture of the laundry being a preset of the washing program that is set by the user.
A system for treating obstructive sleep apnea comprising: an elongated conduit for implanting beneath a pharyngeal wall of a pharynx; said elongated conduit having a proximal end, a distal end, a first opening adjacent to the proximal end, and a second opening adjacent to the distal end; such that, in use: the proximal end is in communication with a first region of the pharynx, the distal end is in communication with a second region of the pharynx, a section of said elongated conduit extends beneath the pharyngeal wall for bypassing an oropharynx region of the pharynx, the first opening is in communication with a first opening in the pharyngeal wall, and the second opening is in communication with a second opening in the pharyngeal wall; characterised in that said system further comprises: a first anastomotic connector for coupling the first opening in the pharyngeal wall with the first opening adjacent the proximal end of said elongated conduit, and a second anastomotic connector for coupling the second opening in the pharyngeal wall with the second opening adjacent the distal end of said elongated conduit. an elongated conduit for implanting beneath a pharyngeal wall of a pharynx; said elongated conduit having a proximal end, a distal end, a first opening adjacent to the proximal end, and a second opening adjacent to the distal end; such that, in use: the proximal end is in communication with a first region of the pharynx, the distal end is in communication with a second region of the pharynx, a section of said elongated conduit extends beneath the pharyngeal wall for bypassing an oropharynx region of the pharynx, the first opening is in communication with a first opening in the pharyngeal wall, and the second opening is in communication with a second opening in the pharyngeal wall; characterised in that said system further comprises: the proximal end is in communication with a first region of the pharynx, the distal end is in communication with a second region of the pharynx, a section of said elongated conduit extends beneath the pharyngeal wall for bypassing an oropharynx region of the pharynx, the first opening is in communication with a first opening in the pharyngeal wall, and the second opening is in communication with a second opening in the pharyngeal wall; characterised in that said system further comprises: a first anastomotic connector for coupling the first opening in the pharyngeal wall with the first opening adjacent the proximal end of said elongated conduit, and a second anastomotic connector for coupling the second opening in the pharyngeal wall with the second opening adjacent the distal end of said elongated conduit.
An apparatus comprising: means for receiving a subject image comprising at least one weather element and background scenery, wherein a weather element comprises an atmospheric condition; means for extracting one or more subject patches from the subject image; means for determining, for at least one given subject patch of the one or more subject patches, a subject weather element patch based on a pure weather element dictionary comprising one or more sample weather element patches extracted from one or more sample pure weather element images, wherein the subject weather element patch comprises one or more weather elements without scenery or other objects, and wherein the one or more sample pure weather element images comprise (i) one or more weather elements and (ii) no background or scene, or a solid and consistent colored background; and means for generating an estimated weather-free patch from the at least one given subject patch by removing the determined subject weather element patch from the at least one given subject patch. means for receiving a subject image comprising at least one weather element and background scenery, wherein a weather element comprises an atmospheric condition; means for extracting one or more subject patches from the subject image; means for determining, for at least one given subject patch of the one or more subject patches, a subject weather element patch based on a pure weather element dictionary comprising one or more sample weather element patches extracted from one or more sample pure weather element images, wherein the subject weather element patch comprises one or more weather elements without scenery or other objects, and wherein the one or more sample pure weather element images comprise (i) one or more weather elements and (ii) no background or scene, or a solid and consistent colored background; and means for generating an estimated weather-free patch from the at least one given subject patch by removing the determined subject weather element patch from the at least one given subject patch.
An apparatus to be used for a user equipment, UE for a mobile communication network to communicate with a next generation Node B, gNB, the apparatus comprising circuitry configured to: cause coarse time and frequency synchronization information, obtained from primary and secondary synchronization signals, PSS/SSS, to be stored in the memory; decode, based on the coarse time and frequency synchronization information stored in the memory, a physical broadcast channel to obtain a first system information; acquire, based on the first system information, a second system information; cause transmission of a physical random access channel, PRACH, based on the first and second system information, to trigger a transmission of a tracking reference signal, TRS by the gNB; and determine, based on the first and second system information, a configuration of cell-specific bandwidth over which the TRS is to be received. cause coarse time and frequency synchronization information, obtained from primary and secondary synchronization signals, PSS/SSS, to be stored in the memory; decode, based on the coarse time and frequency synchronization information stored in the memory, a physical broadcast channel to obtain a first system information; acquire, based on the first system information, a second system information; cause transmission of a physical random access channel, PRACH, based on the first and second system information, to trigger a transmission of a tracking reference signal, TRS by the gNB; and determine, based on the first and second system information, a configuration of cell-specific bandwidth over which the TRS is to be received.
A delayed-release fertilizing product comprising fertilizer particles that are coated - with a first layer comprising a resin selected in the group consisting of polysaccharide resins, and resins that are obtained by copolymerization reaction of a vegetable oil with a compound selected in the group consisting of vinyl monomers, polycarboxylic acids and anhydrides, and - with a second layer comprising a non-hydrated cement. - with a first layer comprising a resin selected in the group consisting of polysaccharide resins, and resins that are obtained by copolymerization reaction of a vegetable oil with a compound selected in the group consisting of vinyl monomers, polycarboxylic acids and anhydrides, and - with a second layer comprising a non-hydrated cement.
Use of a copolymer, comprising a) 0.1 to 10 mol-%, based on the weight of the copolymer, of structural units derived from vinylphosphonic acid or of a salt thereof, b) 40 to 80 mol-%, based on the weight of the copolymer, of structural units derived from compounds of the formula c) 1 to 50 mol-%, based on the weight of the copolymer, of structural units derived from compounds of the formula in which X is OH or NR 3 R 4, and R 3 and R 4, independently of one another, are H or C 1 -C 4 -alkyl, for the inhibition and/or dispersion of inorganic sulphide scales. a) 0.1 to 10 mol-%, based on the weight of the copolymer, of structural units derived from vinylphosphonic acid or of a salt thereof, b) 40 to 80 mol-%, based on the weight of the copolymer, of structural units derived from compounds of the formula c) 1 to 50 mol-%, based on the weight of the copolymer, of structural units derived from compounds of the formula in which X is OH or NR 3 R 4, and R 3 and R 4, independently of one another, are H or C 1 -C 4 -alkyl, for the inhibition and/or dispersion of inorganic sulphide scales.
Method for operating an automation device comprising at least one real automation unit for controlling a technical process, an operator station for operating and observing the technical process to be controlled, an engineering system and virtual automation units (12 to 14) each of which simulates functions of a real automation unit and is stored on a server, wherein the automation unit and the virtual automation units (12 to 14) each comprise system functions (16 to 19), characterised in that - the engineering system and one of these system functions are used to configure process objects for the other system functions and these are used to monitor a system function of the other system functions (17 to 19) with respect to utilisation of the respective automation unit (2, 12 to 14), - the other system functions (17 to 19) are used - to process a first configured number of the process objects on the respective automation unit (2, 12 to 14), - to exchange a second configured number of the process objects between the respective automation unit (2, 12 to 14) and the operator station (7, 8), - to exchange a third configured number of the process objects between the respective automation unit (2, 12 to 14) and the further automation units (2, 12 to 14), - in the event of the one system function on one of the virtual automation units (12 to 14) identifying that the utilisation of the respective other system function (17 to 19) has reached or exceeded a threshold value, this virtual automation unit is transferred to a further server. - the engineering system and one of these system functions are used to configure process objects for the other system functions and these are used to monitor a system function of the other system functions (17 to 19) with respect to utilisation of the respective automation unit (2, 12 to 14), - the other system functions (17 to 19) are used - to process a first configured number of the process objects on the respective automation unit (2, 12 to 14), - to exchange a second configured number of the process objects between the respective automation unit (2, 12 to 14) and the operator station (7, 8), - to exchange a third configured number of the process objects between the respective automation unit (2, 12 to 14) and the further automation units (2, 12 to 14), - to process a first configured number of the process objects on the respective automation unit (2, 12 to 14), - to exchange a second configured number of the process objects between the respective automation unit (2, 12 to 14) and the operator station (7, 8), - to exchange a third configured number of the process objects between the respective automation unit (2, 12 to 14) and the further automation units (2, 12 to 14), - in the event of the one system function on one of the virtual automation units (12 to 14) identifying that the utilisation of the respective other system function (17 to 19) has reached or exceeded a threshold value, this virtual automation unit is transferred to a further server.
A method for producing a mixture, comprising a mixing step for mixing a slurry prepared by dispersing a filler containing carbon black and a rubber liquid prepared by dispersing or dissolving a rubber component, wherein the carbon black contained in the slurry prepared by dispersing the filler containing carbon black has a surface average acidic functional group amount (μeq/m 2) of 0.40 or more and less than 3.00; a pH of the slurry is 8 or more; the sum total of the solid matter concentrations of the slurry prepared by dispersing the filler containing carbon black and the rubber liquid prepared by dispersing or dissolving the rubber component is 20 % by mass or less; a mixing equipment used in the mixing step has one or plural rotors disposed rotatably in a rotation axis direction and one or plural stators disposed unrotatably in the rotation axis direction; the rotors and the stators have plural projections which are arranged circularly with the rotation axis set as the center; rings are formed concentrically by the projections in a single stage or a multistage; the projections of the rotors and the stators are oppositely disposed so that they engage alternately; and the slurry and the rubber liquid in which the sum total of the solid matter concentrations thereof is 20 % by mass or less are allowed to pass through a space between the rotors and the stators while the rotors rotate, whereby the mixing step is carried out.
A method for reducing or preventing the attack of marine woodborers on wood situated in a marine environment characterised by impregnating said wood with a biocidal composition comprising tralopyril in an amount of at least 0.01 wt % based on the total weight of the composition to obtain a concentration of tralopyril retained in said of wood of at least 1000 g/m 3.
Rotor for a long-stator linear motor system, having at least one secondary part for magnetic interaction with at least one long stator of the long-stator linear motor system; at least two rollers (310; 410) for mounting the rotor on parallel guide rails (350, 355) of the long-stator linear motor system, characterized by at least one roller of the at least two rollers (310; 410) with a steering rotational axis with integrated castor, wherein the at least one roller is mounted on a roller axle by means of a bolt, via an asymmetric and/or sloping bore, and further comprises a pendulum ring, which is mounted on the bolt and has an external ball or slide bearing; wherein the bore is provided transverse to the roller axle, whereby the bore is made eccentric through the roller axle and/or oblique to the plane of movement; wherein the pendulum ring is designed in such a way that it can oscillate around the straight position within a specified angular range, and wherein the pendulum ring is also eccentrically and/or obliquely mounted on the bolt. at least one secondary part for magnetic interaction with at least one long stator of the long-stator linear motor system; at least two rollers (310; 410) for mounting the rotor on parallel guide rails (350, 355) of the long-stator linear motor system, characterized by at least one roller of the at least two rollers (310; 410) with a steering rotational axis with integrated castor, wherein the at least one roller is mounted on a roller axle by means of a bolt, via an asymmetric and/or sloping bore, and further comprises a pendulum ring, which is mounted on the bolt and has an external ball or slide bearing; wherein the bore is provided transverse to the roller axle, whereby the bore is made eccentric through the roller axle and/or oblique to the plane of movement; wherein the pendulum ring is designed in such a way that it can oscillate around the straight position within a specified angular range, and wherein the pendulum ring is also eccentrically and/or obliquely mounted on the bolt.