mhurhangee/patent-ind-claim-en huggingface dataset:
Controller for a continuous flow heater , - having an interface , a control device and a memory , - wherein the control device is connected to the interface and to the memory , - wherein the memory stores a predefined characteristic, - wherein the interface is connectable to a flow sensor of the continuous flow heater , - wherein the interface is designed to detect a flow signal of the flow sensor and to provide it to the control device , - wherein the control device is designed to ascertain a flow characteristic on the basis of the flow signal over a time (t), and to use a comparison to compare the flow characteristic with the predefined characteristic, - wherein the control device is designed to take a result of the comparison as a basis for providing a control signal for controlling a heating power (P) of the continuous flow heater on the interface , - characterized in that the predefined characteristic has a first temporally limited section , a second temporally limited section and a third temporally limited section , - wherein the second section comes at a time after the first section and the third section comes at a time after the second section , - wherein in the first section a predefined value is substantially constant over the time (t), - wherein in the second section the predefined value substantially falls over the time (t), - in the third section the predefined value is substantially constant over the time (t) and is lower than the first section and wherein the predefined characteristic corresponds to a valve flow characteristic of a tapping station . - having an interface , a control device and a memory , - wherein the control device is connected to the interface and to the memory , - wherein the memory stores a predefined characteristic, - wherein the interface is connectable to a flow sensor of the continuous flow heater , - wherein the interface is designed to detect a flow signal of the flow sensor and to provide it to the control device , - wherein the control device is designed to ascertain a flow characteristic on the basis of the flow signal over a time (t), and to use a comparison to compare the flow characteristic with the predefined characteristic, - wherein the control device is designed to take a result of the comparison as a basis for providing a control signal for controlling a heating power (P) of the continuous flow heater on the interface , - characterized in that the predefined characteristic has a first temporally limited section , a second temporally limited section and a third temporally limited section , - wherein the second section comes at a time after the first section and the third section comes at a time after the second section , - wherein in the first section a predefined value is substantially constant over the time (t), - wherein in the second section the predefined value substantially falls over the time (t), - in the third section the predefined value is substantially constant over the time (t) and is lower than the first section and wherein the predefined characteristic corresponds to a valve flow characteristic of a tapping station .
An air inlet of a turbojet engine nacelle comprising an annular structure and a rear partition , the annular structure including at least one portion of an outer fairing and an inner fairing joined together by an air inlet lip , the inner fairing being connected to the rear partition , the air inlet being characterized in that the annular structure including said at least one portion of the outer fairing , the air inlet lip and the inner fairing is of continuity of material and in that the air inlet further comprises at least one acoustic attenuation structure attached to the inner fairing of the annular structure .
A water-dispersible graphene nanosheet in which at least a part of the end portion of a basal plane of a carbon layer is sulfated to comprise a carbon-sulfate bond of C-O-SO 3 H or C-O-SO 3 - .
A process for producing fiber composite materials which comprises mixing an isocyanate component A and a polyol component B to afford a reaction mixture, impregnating fibers with the reaction mixture and curing the impregnated fibers, where the polyol component B comprises the alkoxylation product of a mixture comprising at least one fat-based alcohol (i) and at least one OH-functional compound having aliphatically bonded OH groups and an OH functionality of 2 to 4 which is not a fat-based alcohol (ii).
A hub assembly for an agricultural implement , comprising: - a hub housing having an outer wall defining a mounting flange and an inner wall defining a through cavity ; - an outer race ring unit comprising one or more outer race rings press-fitted into the through cavity , the outer race ring unit defining a reference axis of the hub assembly and having a first axial end bearing against a shoulder of the inner wall of the hub housing inside the through cavity , characterised in that it further comprises a semi-flexible open spacer ring radially elastically retained against the inner wall in the through cavity , the semi-flexible open spacer ring having an inner axial end bearing against a second axial end of the outer race ring unit opposite the first axial end and an outer axial end which is flush with, or protrudes from, a planar face of the mounting flange . - a hub housing having an outer wall defining a mounting flange and an inner wall defining a through cavity ; - an outer race ring unit comprising one or more outer race rings press-fitted into the through cavity , the outer race ring unit defining a reference axis of the hub assembly and having a first axial end bearing against a shoulder of the inner wall of the hub housing inside the through cavity ,
A tool comprising a tool handle , a tool head and an eccentric mechanism for coupling the tool handle with the tool head , the eccentric mechanism comprising: a first pin member extending through an opening in the tool handle ; a second pin member coupled to the first pin member , the second pin member oriented at an angle to the first pin member ; and a lever rotatably coupled to the second pin member , and adapted to rotate between an open position and a closed position, wherein the lever includes at least one arcuate portion and wherein the arcuate portion facilitates locking action of the eccentric mechanism ; the eccentric mechanism further includes a tilt-avoiding mechanism associated with the lever , wherein the tilt-avoiding mechanism is adapted to ensure that the tool head is coupled to the tool handle at all times; characterized in that: the arcuate portion of the lever is adapted to press against the tool head in the closed position, and wherein the first pin member also extends through an opening in the tool head . a first pin member extending through an opening in the tool handle ; a second pin member coupled to the first pin member , the second pin member oriented at an angle to the first pin member ; and a lever rotatably coupled to the second pin member , and adapted to rotate between an open position and a closed position, wherein the lever includes at least one arcuate portion and wherein the arcuate portion facilitates locking action of the eccentric mechanism ; the eccentric mechanism further includes a tilt-avoiding mechanism associated with the lever , wherein the tilt-avoiding mechanism is adapted to ensure that the tool head is coupled to the tool handle at all times; characterized in that: the arcuate portion of the lever is adapted to press against the tool head in the closed position, and wherein the first pin member also extends through an opening in the tool head . the arcuate portion of the lever is adapted to press against the tool head in the closed position, and wherein the first pin member also extends through an opening in the tool head .
A base station apparatus for communicating with a terminal apparatus (UE1), the base station apparatus comprising: a transmission unit configured to transmit a downlink signal to the terminal apparatus (UE1) by performing carrier aggregation using one primary cell and one or a plurality of secondary cells, wherein the primary cell is a component carrier of a licensed band, and at least one secondary cell is a component carrier of an unlicensed band, a frame of the component carrier of the licensed band includes a signal transmission period, a frame of the component carrier of the unlicensed band includes a plurality of signal transmission periods and a sensing period, the sensing period is present between the signal transmission periods in the component carrier of the unlicensed band, a total of the plurality of signal transmission periods and the sensing period in the component carrier of the unlicensed band is equal to or less than the signal transmission period in the component carrier of the licensed band, the component carrier of the unlicensed band includes a plurality of frame structures, and priorities are configured for the plurality of frame structures. a transmission unit configured to transmit a downlink signal to the terminal apparatus (UE1) by performing carrier aggregation using one primary cell and one or a plurality of secondary cells, wherein the primary cell is a component carrier of a licensed band, and at least one secondary cell is a component carrier of an unlicensed band, a frame of the component carrier of the licensed band includes a signal transmission period, a frame of the component carrier of the unlicensed band includes a plurality of signal transmission periods and a sensing period, the sensing period is present between the signal transmission periods in the component carrier of the unlicensed band, a total of the plurality of signal transmission periods and the sensing period in the component carrier of the unlicensed band is equal to or less than the signal transmission period in the component carrier of the licensed band, the component carrier of the unlicensed band includes a plurality of frame structures, and priorities are configured for the plurality of frame structures.
A first network access node for a wireless communication system , the first network access node being configured to obtain a set of first radio service information, RSI, for a set of first position information from client devices (412a, 412b,...412n) in a service area ; receive a first control message from a second network access node , wherein the first control message comprises a set of second RSI for a set of second position information from client devices (422a, 422b,...422n) in the service area ; determine a coverage service map based on the set of first RSI, the set of first position information, the set of second RSI, and the set of second position information; characterized in that each first RSI of the set of first RSI comprises a first RSI estimate, a first estimate type indicating how the first RSI estimate was estimated and a first radio service type defining the first RSI estimate, wherein the first estimate type indicates whether the first RSI estimate was estimated, predicted or measured; and each second RSI of the set of second RSI comprises a second RSI estimate, a second estimate type indicating how the second RSI estimate was estimated, and a second radio service type defining the second RSI estimate, wherein the second estimate type indicates whether the second RSI estimate was estimated, predicted or measured.
Light module for a motor vehicle headlight having n partial light modules (24.1, 24.2, 24.3, 24.4) which are arranged next to one another in a row and of which each i-th partial light module of the i = 1 to n partial light modules comprises an i-th light source (18.1, 18.2, 18.3, 18.4), an i-th primary optical system (20.1, 20.2, 20.3, 20.4) assigned to the i-th light source and an i-th secondary optical system (26.1, 26.2, 26.3, 26.4) assigned to the i-th light source, each partial light module being designed to illuminate a central solid angle region, the primary optical system of each of the n partial light modules (24.2) being designed and arranged to direct a part of the light emerging from the light source (18.2) of this partial light module (24.2) at the secondary optical system (26.2) of this partial light module (24.2) past a secondary optical system (26.3) of a partial light module (24.3) closest to this partial light module (24.2) in such a way that the closest partial light module (24.3) illuminates a peripheral solid angle region, which intersects with the central solid angle region and projects laterally beyond the central solid angle region, with this light, characterized in that the secondary optical systems are identical projection lenses (34.1, 34.2, 34.3, 34.4) which are arranged periodically, and in that each partial light module (24.1, 24.2, 24.3, 24.4) illuminates the same central solid angle region as every other one of the partial light modules (24.1, 24.2, 24.3, 24.4).
A connection method for a measurement or production setup comprising the steps: - providing a visualization system with a processing device, an output device and at least one capturing module, whereby the at least one capturing module is capable of capturing identification data belonging to a working space; - providing a first setup component having at least one first marker at the working space; - providing a second setup component having at least one second marker at the working space, wherein the second setup component is connectable to the first setup component through at least one connection; - capturing identification data about the first marker and the second marker by the at least one capturing module; - identifying the first and second markers, whereby the processing device retrieves respective digital information assigned to the identified first marker and second marker from a database and whereby the processing device makes a decision on the at least one connection of the first setup component with the second setup component based on the retrieved digital information and the captured identification data, wherein making the decision comprises selecting a suitable connection as the at least one connection; characterised in that the method further comprises: - outputting a visual representation of a model of the components and of the at least one connection between the first setup component and the second setup component according to the decision, the visual representation comprising adjustable configuration parameters. - providing a visualization system with a processing device, an output device and at least one capturing module, whereby the at least one capturing module is capable of capturing identification data belonging to a working space; - providing a first setup component having at least one first marker at the working space; - providing a second setup component having at least one second marker at the working space, wherein the second setup component is connectable to the first setup component through at least one connection; - capturing identification data about the first marker and the second marker by the at least one capturing module; - identifying the first and second markers, whereby the processing device retrieves respective digital information assigned to the identified first marker and second marker from a database and whereby the processing device makes a decision on the at least one connection of the first setup component with the second setup component based on the retrieved digital information and the captured identification data, wherein making the decision comprises selecting a suitable connection as the at least one connection; - outputting a visual representation of a model of the components and of the at least one connection between the first setup component and the second setup component according to the decision, the visual representation comprising adjustable configuration parameters.
Method for operating a display device in a motor vehicle when travelling on a driving route with the motor vehicle , comprising the steps: - providing several virtual individual sequences which can be portrayed by means of the display device ; - portraying at least some of the provided individual sequences by means of the display device when travelling on the driving route with the motor vehicle , wherein a selection and determination of a portrayal sequence of the individual sequences takes place in a manner which is suitable with regard to a characteristic of the driving route and such that the individual sequences connect a predetermined initial sequence and end sequence to form a coherent experience. - providing several virtual individual sequences which can be portrayed by means of the display device ; - portraying at least some of the provided individual sequences by means of the display device when travelling on the driving route with the motor vehicle , wherein a selection and determination of a portrayal sequence of the individual sequences takes place in a manner which is suitable with regard to a characteristic of the driving route and such that the individual sequences connect a predetermined initial sequence and end sequence to form a coherent experience.
A composition comprising an amino acid or a salt thereof and a cyclic dipeptide or a salt thereof, wherein the amino acid is one or two or more members selected from the group consisting of glycine, alanine, valine, leucine, isoleucine, serine, threonine, aspartic acid, glutamic acid, asparagine, glutamine, arginine, lysine, cysteine, methionine, phenylalanine, tyrosine, tryptophan, histidine, proline, and hydroxyproline, the cyclic dipeptide is one or two or more members selected from the group consisting of cyclo-glutamyl-histidine [Cyclo(Glu-His)], cyclo-arginyl-tyrosine [Cyclo(Arg-Tyr)], and cyclo-isoleucyl-serine [Cyclo(Ile-Ser)], and the ratio of the total amount of the amino acid or salt thereof to the total amount of the cyclic dipeptide or salt thereof is 1:0.02 to 1:20.
A drive axle system having a drive axle assembly comprising: an input shaft that is rotatable about an axis ; a drive pinion is spaced apart from the input shaft ; an output shaft that extends through the drive pinion ; an interaxle differential unit configured to operatively connect the input shaft to the drive pinion and the output shaft , characterized in that : the interaxle differential unit includes: a planet carrier that is rotatable about the axis with the input shaft ; a planetary ring gear that is rotatable about the axis with the output shaft ; a sun gear that is rotatably disposed on the drive pinion ; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear ; and a shift collar that is moveable along the axis between a first position in which the shift collar operatively connects the sun gear to the drive pinion and a second position in which the shift collar operatively connects the sun gear to the planet carrier . an input shaft that is rotatable about an axis ; a drive pinion is spaced apart from the input shaft ; an output shaft that extends through the drive pinion ; an interaxle differential unit configured to operatively connect the input shaft to the drive pinion and the output shaft , characterized in that : the interaxle differential unit includes: a planet carrier that is rotatable about the axis with the input shaft ; a planetary ring gear that is rotatable about the axis with the output shaft ; a sun gear that is rotatably disposed on the drive pinion ; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear ; and a shift collar that is moveable along the axis between a first position in which the shift collar operatively connects the sun gear to the drive pinion and a second position in which the shift collar operatively connects the sun gear to the planet carrier . the interaxle differential unit includes: a planet carrier that is rotatable about the axis with the input shaft ; a planetary ring gear that is rotatable about the axis with the output shaft ; a sun gear that is rotatably disposed on the drive pinion ; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear ; and a planet carrier that is rotatable about the axis with the input shaft ; a planetary ring gear that is rotatable about the axis with the output shaft ; a sun gear that is rotatably disposed on the drive pinion ; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear ; and a shift collar that is moveable along the axis between a first position in which the shift collar operatively connects the sun gear to the drive pinion and a second position in which the shift collar operatively connects the sun gear to the planet carrier .
A support material formulation comprising: a curable, water-soluble mono-functional monomeric material; a non-curable water-miscible polymeric material; and a silicone polyether,. wherein said water-miscible polymeric material comprises a polyol selected from the group consisting of Polyol 3165, polypropylene glycol, and polyglycerol; said water-soluble mono-functional monomeric material is selected from the group consisting of an acrylate, a methacrylate, an acrylamide, a methacrylamide and a substituted vinyl monomer, and comprises one or more hydrophilic substituents; and said silicone polyether is represented by Formula I: wherein: n and m each independently an integer, wherein n+m is an integer of from 1 to 500, representing the number of backbone units, minus 1; X is an alkylene or absent; Y is a polyether moiety or absent; and A and B are each independently an alkyl or a polyether moiety, provided that either Y or each of A and B is said polyether moiety, and wherein said polyether moiety is represented by Formula II: -O-[(CR'R")x-O]y-Z Formula II wherein: y is an integer of from 4 to 100; x is an integer of from 2 to 6; R' and R" are each independently hydrogen, alkyl, cycloalkyl, halo, and the like; and Z is a non-ionizable moiety. a curable, water-soluble mono-functional monomeric material; a non-curable water-miscible polymeric material; and a silicone polyether,. wherein said water-miscible polymeric material comprises a polyol selected from the group consisting of Polyol 3165, polypropylene glycol, and polyglycerol; said water-soluble mono-functional monomeric material is selected from the group consisting of an acrylate, a methacrylate, an acrylamide, a methacrylamide and a substituted vinyl monomer, and comprises one or more hydrophilic substituents; and said silicone polyether is represented by Formula I: n and m each independently an integer, wherein n+m is an integer of from 1 to 500, representing the number of backbone units, minus 1; X is an alkylene or absent; Y is a polyether moiety or absent; and A and B are each independently an alkyl or a polyether moiety, provided that either Y or each of A and B is said polyether moiety, and wherein said polyether moiety is represented by Formula II: y is an integer of from 4 to 100; x is an integer of from 2 to 6; R' and R" are each independently hydrogen, alkyl, cycloalkyl, halo, and the like; and Z is a non-ionizable moiety.