mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a display device for a vehicle (1, 18) by means of a control device, in which a presentation (8, 25, 26) of a piece of information on a display surface (4, 21, 22) of the display device mounted movably relative to an interior panelling element of the vehicle (1,18), is controlled depending on an available size of the display surface (4, 21, 22), wherein - during a physical movement of the display surface (4, 21, 22), a first subregion of the display surface (4, 21, 22) is covered from the perspective of a passenger compartment of the vehicle (1, 18) and a further subregion of the display surface (4, 21, 22), that is still visible from the perspective of the passenger compartment, defines the available size of the display surface (4, 21, 22), and - an arrangement and/or the size of the presentation (8, 25, 26) of the piece of information is altered by the control device depending on the physical movement of the display surface (4, 21, 22) and a consequential accompanying size change of the visible subregion is changed such that the piece of information is presented in the visible subregion, characterised in that - the respective information parts (9, 11) of the piece of information that is displayed and/or to be displayed, are assigned a respective importance, and - the information parts (9, 11) are hidden, individually or in groups one after the other, counter to an order of importance thereof, if the visible subregion is reduced below a minimum size by the physical movement of the display surface (4, 21, 22), and - the information parts (9, 11) are revealed in a correspondingly opposite manner, if the visible subregion is increased above the minimum size by the physical movement of the display surface (4, 21, 22). - during a physical movement of the display surface (4, 21, 22), a first subregion of the display surface (4, 21, 22) is covered from the perspective of a passenger compartment of the vehicle (1, 18) and a further subregion of the display surface (4, 21, 22), that is still visible from the perspective of the passenger compartment, defines the available size of the display surface (4, 21, 22), and - an arrangement and/or the size of the presentation (8, 25, 26) of the piece of information is altered by the control device depending on the physical movement of the display surface (4, 21, 22) and a consequential accompanying size change of the visible subregion is changed such that the piece of information is presented in the visible subregion, characterised in that - the respective information parts (9, 11) of the piece of information that is displayed and/or to be displayed, are assigned a respective importance, and - the information parts (9, 11) are hidden, individually or in groups one after the other, counter to an order of importance thereof, if the visible subregion is reduced below a minimum size by the physical movement of the display surface (4, 21, 22), and - the information parts (9, 11) are revealed in a correspondingly opposite manner, if the visible subregion is increased above the minimum size by the physical movement of the display surface (4, 21, 22).
A marine seismic source for producing seismic signals over a band of frequencies the source comprising: a piston; means to vibrate the piston to generate the seismic signals; a gas spring acting on the piston; and means for varying the stiffness of the gas spring to vary the resonant frequency of vibration of the piston thereby varying the frequency of the seismic signals generated and radiated from the piston; characterised in that the means for varying the stiffness of the gas spring includes means to vary the length of a gas chamber of the gas spring so as to vary the pressure of the gas within the gas chamber wherein the means to vary the length of the gas chamber comprises a wall of the chamber being moveable so as to vary the length of the gas chamber, and wherein the gas chamber is sealed.
Fastening device 1.1 having a shield clamp for accommodating a cable or a conduit, which comprises two spring struts (1.1, 1.2) for enclosing the cable or conduit; 1.2 having a foot for connecting to a rail; 1.3 the foot comprises two legs (2.1, 2.2) and a web (2.3) which are U-shaped when viewed in a side view; 1.4 one (2.1) of the two legs (2.1, 2.2) is divided into web strips (2.1.1, 2.1.2); 1.5 a connecting strip (2.4) remaining between the web strips (2.1.1, 2.1.2) is flanged in such a way that it faces in the opposite direction relative to the two web strips (2.1.1, 2.1.2); 1.6 the shield clamp further comprises a base (1.3) fixed to the connecting strip (2.4); characterized in that 1.7 bar strips (2.5, 2.6) are pressed out of one of the two legs (2.1, 2.2) in such a way that they are still resiliently connected to the respective leg (2.1, 2.2) and, when the rail is pushed in, prevent it from being pulled out in that the rail comes to rest between the web (2.3) and the bar strips (2.5, 2.6). 1.1 having a shield clamp for accommodating a cable or a conduit, which comprises two spring struts (1.1, 1.2) for enclosing the cable or conduit; 1.2 having a foot for connecting to a rail; 1.3 the foot comprises two legs (2.1, 2.2) and a web (2.3) which are U-shaped when viewed in a side view; 1.4 one (2.1) of the two legs (2.1, 2.2) is divided into web strips (2.1.1, 2.1.2); 1.5 a connecting strip (2.4) remaining between the web strips (2.1.1, 2.1.2) is flanged in such a way that it faces in the opposite direction relative to the two web strips (2.1.1, 2.1.2); 1.6 the shield clamp further comprises a base (1.3) fixed to the connecting strip (2.4); 1.7 bar strips (2.5, 2.6) are pressed out of one of the two legs (2.1, 2.2) in such a way that they are still resiliently connected to the respective leg (2.1, 2.2) and, when the rail is pushed in, prevent it from being pulled out in that the rail comes to rest between the web (2.3) and the bar strips (2.5, 2.6).
Use of an aqueous polyurethane dispersion comprising a polyurethane polymer obtainable by the reaction of an isocyanate-functional polyurethane prepolymer A) with an isocyanate-reactive component B), characterized in that the isocyanate-functional prepolymer A) is obtainable by the reaction of a mixture comprising: - a polyol component comprising a polyester polyol obtainable by the reaction of a mixture comprising at least one aliphatic dicarboxylic acid and at least one diol selected from the group consisting of linear aliphatic diols and branched aliphatic diols; and - a polyisocyanate component comprising ≥ 50 weight-%, based on the total weight of polyisocyanates, of dicyclohexylmethane diisocyanate; and wherein the isocyanate-reactive component B) comprises a compound comprising sulfonate groups which is employed in an amount of ≥3,5 weight-% to ≤ 10 weight-%, based on the total weight of the polyol component, the polyisocyanate component and the isocyanate-reactive component B), for the production of water-permeable coatings. - a polyol component comprising a polyester polyol obtainable by the reaction of a mixture comprising at least one aliphatic dicarboxylic acid and at least one diol selected from the group consisting of linear aliphatic diols and branched aliphatic diols; and - a polyisocyanate component comprising ≥ 50 weight-%, based on the total weight of polyisocyanates, of dicyclohexylmethane diisocyanate;
A button type sealing box cover, comprising an upper cover, a lower cover, a dish seal ring, a button and a lever spring mechanism, the button is mounted in a button hole of the upper cover, the dish seal ring is fixed at a periphery of the lower cover; the button type sealing box cover also comprises a rotary toothed member and a vertical shaft; the rotary toothed member comprises a sleeve and spline teeth, a quantity of the spline teeth is N wherein N is three; a top and a bottom side of each spline tooth of the spline teeth is respectively provided with a sliding surface (404, 403), each sliding surface (404, 403) being a part of a respective helicoid, with the respective helicoid of each sliding surface at the top side rotating counterclockwise and with the respective helicoid of each sliding surface at the bottom side rotating clockwise, the sliding surfaces at the top sides of the spline teeth having the same helical angle and the sliding surface at the bottom sides of the spline teeth having the same helical angle; the rotary toothed member is rotatably mounted at a lower section of the vertical shaft, with an upper end of the vertical shaft fixed on the button; a lower section of the button hole of the upper cover is provided with a bottom plate; the bottom plate comprises an N-groove spline hole; each tooth groove of the N-groove spline hole has a width matching with a width of each spline tooth of the rotary toothed member; a bottom side of the bottom plate is provided with an end gear; the end gear comprises 2N end teeth each tooth groove of the end gear is shaped corresponding to a shape of the top side of each spline tooth of the rotary toothed member; each said tooth groove of the N-groove spline hole is located at a respective tooth groove of the end gear; the button type sealing box cover is characterized in that, the lower cover comprises a 2N-groove spline hole; an axial top surface of each spline tooth of the 2N-groove spline hole comprises a sliding surface, each sliding surface being a part of a respective helicoid rotating clockwise and with the same helical angle as the sliding surface at the bottom side of each spline tooth of the rotary toothed member; each tooth groove of the 2N-groove spline hole has a width matching with the width of each said spline tooth of the rotary toothed member; each said tooth groove of the N-groove spline hole offsets each corresponding tooth groove of the 2N-groove spline hole in a circumferential direction of the rotary toothed member, whereby when the button is pressed, the rotary toothed member slides downward along the N-groove spline hole, and after the spline teeth of the rotary toothed member has left the N-groove spline hole, each sliding surface at the bottom side of each spline tooth comes into contact with the sliding surface at the axial top of a corresponding spline tooth of the 2N-groove spline hole, and when the rotary toothed member continues to move downward with the button, it rotates along said sliding surfaces, entering the tooth grooves of the 2N-groove spline hole.
A method comprising: obtaining, by a mobility management node of a neutral host network, a network connectivity request from a user equipment, wherein the network connectivity request comprises an indication of a preferred service provider to which the user equipment is to be connected; determining, by the mobility management node, that the preferred service provider provides non-subscription-based network connectivity for the neutral host network; based on determining that the preferred service provider provides non-subscription-based network connectivity for the neutral host network, establishing secure communications for the user equipment, wherein the secure communications are established for the user equipment without authenticating an identity of user equipment; and providing network connectivity between the user equipment and the preferred service provider upon establishing the secure communications. obtaining, by a mobility management node of a neutral host network, a network connectivity request from a user equipment, wherein the network connectivity request comprises an indication of a preferred service provider to which the user equipment is to be connected; determining, by the mobility management node, that the preferred service provider provides non-subscription-based network connectivity for the neutral host network; based on determining that the preferred service provider provides non-subscription-based network connectivity for the neutral host network, establishing secure communications for the user equipment, wherein the secure communications are established for the user equipment without authenticating an identity of user equipment; and providing network connectivity between the user equipment and the preferred service provider upon establishing the secure communications.
A heat transfer apparatus, comprising a first flow conduit for a first fluid and a second flow conduit for a second fluid that is in heat-transferring contact with the first flow conduit, wherein the first flow conduit comprises a plurality of pipe units (1.1) which are arranged parallel to one another and which conduct the first fluid vertically, wherein the second flow conduit comprises a cavity (2.1) which runs around the pipe units (1.1) and which conducts the second fluid vertically, wherein a first distribution device (3.1) is provided for supplying the first fluid to the pipe units (1.1) and a second distribution device (3.2) is provided for discharging the first fluid from the pipe units (1.1), wherein a plurality of flow openings (3.3) for the second fluid that are connected to the cavity (2.1) are respectively provided on both distribution devices (3.1, 3.2), wherein the distribution devices (3.1, 3.2) are designed so as to be disk-shaped, wherein the distribution device (3.1, 3.2) has a plurality of distribution channels (3.4) for the first fluid, characterized in that the pipe units (1.1) have a rectangular inner flow cross section, wherein the distribution device (3.1, 3.2) is formed by a base body (3.5) that delimits the distribution channels (3.4) on at least three sides and a cover element (3.6) that delimits the distribution channels (3.4) on one side.
A pouch case sealing apparatus for sealing a pouch case that includes a pouch body for accommodating an electrode assembly of a battery cell and a pouch terrace extending from the pouch body on three surfaces among four side surfaces of the pouch body, the pouch case sealing apparatus comprising: a pair of sealing jigs (110, 130) configured to press and thermally fuse the pouch terrace in upper and lower directions of the pouch terrace so that the pouch case is sealed; characterized by a terrace anti-protruding unit (150, 160) formed at a pressing surface (115, 135) of the pair of sealing jigs (110, 130) configured to prevent an end portion of the pouch terrace from protruding out of the pouch body at the non-sealed side surface in a horizontal direction of the pouch body when the pouch terrace is pressed and thermally fused. a pair of sealing jigs (110, 130) configured to press and thermally fuse the pouch terrace in upper and lower directions of the pouch terrace so that the pouch case is sealed; characterized by a terrace anti-protruding unit (150, 160) formed at a pressing surface (115, 135) of the pair of sealing jigs (110, 130) configured to prevent an end portion of the pouch terrace from protruding out of the pouch body at the non-sealed side surface in a horizontal direction of the pouch body when the pouch terrace is pressed and thermally fused.
Method for setting, in particular for raising and/or lowering, an exhaust-gas temperature of a combustion engine having an exhaust-gas-aftertreatment device, which is arranged in an exhaust-gas line (5b, 6), wherein an electric-motor mode and/or a generator mode of an electrified exhaust turbocharger are/is used (S1-S4) to set the exhaust-gas temperature for the exhaust-gas aftertreatment, wherein the electric-motor mode and/or the generator mode of the electrified exhaust turbocharger is started (S1, S2) after at least one activation condition for activating exhaust-gas-temperature management has been fulfilled, wherein a rotor of the exhaust turbocharger is formed from the exhaust turbine, the compressor and the drive shaft, wherein the drive shaft couples the exhaust turbine and the compressor in terms of motion; characterized in that the generator mode of the electrified exhaust turbocharger is started, with the effect of braking the rotor (11, 12, 13) of the electrified exhaust turbocharger, when the fulfilment of at least one activation condition indicates that the current exhaust-gas temperature has to be increased; and in that the electric-motor mode of the electrified exhaust turbocharger is started, with the effect of accelerating the rotor (11, 12, 13) of the exhaust turbocharger, when the fulfilment of at least one activation condition indicates that the current exhaust-gas temperature has to be reduced.
Method for heating an ultrasonic transducer, in which an interior of the ultrasonic transducer, together with a diaphragm element, is heated by the emission of heat from a component, wherein the temperature of the diaphragm element is increased to a temperature above freezing point, characterized in that the heating is achieved by a piezo element that, in a first mode of operation, is used to carry out a transmission and/or reception mode of the ultrasonic transducer and, in a second mode of operation, is operated such that the piezo element has an increased electrical power loss in comparison with the first mode of operation, in that the second mode of operation comprises transmission of transmission pulses of the piezo element at a frequency outside the resonant frequency of the diaphragm element and/or of the piezo element, and in that the second mode of operation additionally comprises operation of a computer core of a microcontroller in the interior of the ultrasonic transducer that leads to an increased workload for the computer core and hence contributes to the heating of the interior of the ultrasonic transducer, and in that the second mode of operation is controlled on the basis of the result of an impedance measurement on the diaphragm element.
An absorbent article product comprising a wearer-facing, liquid-permeable topsheet; an outward-facing, liquid impermeable backsheet; and an absorbent core structure disposed between the topsheet and backsheet, the topsheet, backsheet and absorbent core structure of each of the topsheet, backsheet and absorbent core structure comprising a layer formed one or more of a nonwoven web material, a fibrous batt, a layer of absorbent foam material and a polymeric film material, wherein one or more surfaces of the product bears a printed graphic element, the printed graphic element being printed using an aqueous inkjet ink composition having a dynamic viscosity of less than or equal to 5 centipoise (5 mPa-sec) at 25°C, and consisting essentially of: (a) one or more polymer-dispersed pigment colorants in a total amount of at least 0.9 weight % and up to and including 6 weight %, based on the total weight of the aqueous inkjet ink composition; (b) a composition consisting of one or more compounds represented by the following Structure I: HO-CH 2 -CH 2 -R wherein R is a substituted or unsubstituted phenyl group or a substituted or unsubstituted phenoxy group, in a total amount of at least 0.5 weight % and up to and including 2 weight %, based on the total weight of the aqueous inkjet ink composition; (c) one or more compounds selected from water-soluble humectants, co-solvents, and both water-soluble humectants and co-solvents, in an amount of less than or equal to 20 weight %, based on the total weight of the aqueous inkjet composition, wherein each of the one or more polymer-dispersed pigment colorants has a 50 th percentile particle diameter of less than or equal to 70 nm and a 95 th percentile particle diameter of less than or equal to 150 nm, all particle diameters being measured using a dynamic light scattering particle size analyzer. (a) one or more polymer-dispersed pigment colorants in a total amount of at least 0.9 weight % and up to and including 6 weight %, based on the total weight of the aqueous inkjet ink composition; (b) a composition consisting of one or more compounds represented by the following Structure I: HO-CH 2 -CH 2 -R wherein R is a substituted or unsubstituted phenyl group or a substituted or unsubstituted phenoxy group, in a total amount of at least 0.5 weight % and up to and including 2 weight %, based on the total weight of the aqueous inkjet ink composition; (c) one or more compounds selected from water-soluble humectants, co-solvents, and both water-soluble humectants and co-solvents, in an amount of less than or equal to 20 weight %, based on the total weight of the aqueous inkjet composition, wherein each of the one or more polymer-dispersed pigment colorants has a 50 th percentile particle diameter of less than or equal to 70 nm and a 95 th percentile particle diameter of less than or equal to 150 nm, all particle diameters being measured using a dynamic light scattering particle size analyzer.
Method for operating a wind farm, the wind farm comprising a plurality of wind turbine generators, each wind turbine generator comprising a rotor, a generator, a control unit and means of connection to a computing network of the wind farm, characterized in that the control units of at least two of the wind turbine generators are configured to assume two modes of operation, a leader mode of operation and a subject mode of operation wherein: • the leader mode of operation comprises the steps of: accessing the operating data of the rest of the wind turbine generators; calculating and sending instructions to the rest of the wind turbine generators making up that wind farm; and • the subject mode of operation comprises the steps of: receiving and following the instructions coming from the leader wind turbine generator of the wind farm; and the control units of the at least two of the wind turbine generators are configured to select between the leader mode of operation and the subject mode of operation. • the leader mode of operation comprises the steps of: accessing the operating data of the rest of the wind turbine generators; calculating and sending instructions to the rest of the wind turbine generators making up that wind farm; and • the subject mode of operation comprises the steps of: receiving and following the instructions coming from the leader wind turbine generator of the wind farm; and
A method for detecting road users along at least one known area of a traffic route, using at least one radar sensor comprising at least one transmission device for radar radiation and at least one reception device for radar radiation, wherein the sensor is placed above and/or besides the roadway on poles, signs or traffic lights, and for detecting a disturbance, during which the detection of road users is not or not to an optimum degree possible, wherein the method comprises the following steps: - emitting transmission signals by means of the at least one transmission device for radar radiation, - detecting received signals by means of the at least one reception device for radar radiation, - mixing the transmission signals and the received signals to produce baseband signals and calculating a detection matrix from the baseband signals and evaluating the detection matrix in an evaluation module of an electronic data processing device, wherein peaks of the detection matrix are assigned to objects, - checking whether a disturbance criterion is met in a diagnostic module, wherein the detection matrix and the baseband signals are used, - generating signals from the results of the evaluation in the evaluation module and the check in the diagnostic module, and - transmitting the signals to a control module of an electronic data processing device. - emitting transmission signals by means of the at least one transmission device for radar radiation, - detecting received signals by means of the at least one reception device for radar radiation, - mixing the transmission signals and the received signals to produce baseband signals and calculating a detection matrix from the baseband signals and evaluating the detection matrix in an evaluation module of an electronic data processing device, wherein peaks of the detection matrix are assigned to objects, - checking whether a disturbance criterion is met in a diagnostic module, wherein the detection matrix and the baseband signals are used, - generating signals from the results of the evaluation in the evaluation module and the check in the diagnostic module, and - transmitting the signals to a control module of an electronic data processing device.