mhurhangee/ep-ind-claims huggingface dataset:
A method for device-to-device communications, wherein the method comprises: generating, by a synchronization source, a primary device-to-device synchronization signal which is centrally symmetric by mapping a synchronization sequence generated in accordance with a first sequence onto subcarriers, wherein a first root index of the first sequence is different from a second root index of a second sequence used to generate a LTE primary synchronization signal, PSS, wherein the LTE PSS is sent from a base station; and transmitting, by the synchronization source, the primary device-to-device synchronization signal in a single carrier frequency division multiple access, SC-FDMA, waveform. generating, by a synchronization source, a primary device-to-device synchronization signal which is centrally symmetric by mapping a synchronization sequence generated in accordance with a first sequence onto subcarriers, wherein a first root index of the first sequence is different from a second root index of a second sequence used to generate a LTE primary synchronization signal, PSS, wherein the LTE PSS is sent from a base station; and transmitting, by the synchronization source, the primary device-to-device synchronization signal in a single carrier frequency division multiple access, SC-FDMA, waveform.
A negative electrode layer for a sulfide-based solid electrolyte-containing all-solid secondary battery, comprising: a negative current collector and a first negative active material layer on the negative current collector, wherein the first negative active material layer comprises a lithium metal composite comprising lithium metal and an inorganic negative active material, and wherein the inorganic negative active material comprises lithium fluoride, lithium oxide, lithium carbonate, lithium hydroxide, or any combination thereof, wherein the negative electrode layer further comprises a thin film of a metal and/or a metalloid between the negative current collector and the first negative active material layer. a negative current collector and a first negative active material layer on the negative current collector, wherein the first negative active material layer comprises a lithium metal composite comprising lithium metal and an inorganic negative active material, and wherein the inorganic negative active material comprises lithium fluoride, lithium oxide, lithium carbonate, lithium hydroxide, or any combination thereof, wherein the negative electrode layer further comprises a thin film of a metal and/or a metalloid between the negative current collector and the first negative active material layer.
Illumination device, in particular for a motor vehicle, comprising a multi-aperture projection display having a lighting means for illuminating a multiplicity of image segments (11, 11') and an array of projection lenses (12, 12'), wherein each projection lens (12, 12') is assigned an image segment (11, 11') that is projected into a projection plane by way of the associated projection lens (12, 12'), as a result of which a light distribution is produced from all of the projected image segments (11, 11') in the projection plane, wherein the array of projection lenses (12, 12') comprises a plurality of subarrays (14, 14'), wherein a respective subarray (14, 14') contains the same projection lenses (12, 12') and the projection lenses (12, 12') of different subarrays (14, 14') differ from one another such that each subarray (14, 14') generates a surface area (FB, FB') in the light distribution and the size and/or position of the generated surface areas (FB, FB') varies between the subarrays (14, 14'), characterized in that all of the projection lenses (12, 12') of the array are based on a predetermined lens type with a prescribed shape and size, wherein the projection lenses of one or more of the subarrays each constitute a subregion of the predetermined lens type in the plan view thereof, wherein the subregion of the predetermined lens type is a region that is delineated by the area of the predetermined lens type in the plan view thereof by way of one or more lines.
Method for steering a vehicle, which comprises a steering system with a steering wheel and a front axle as well as a rear axle with wheels (6, 10), whereby it is provided that a direction of the vehicle is adjusted manually by a driver of the vehicle through adjustment of a steering wheel angle of the steering wheel, as a result of which, for the wheels (6, 10) of at least one of the axles (4, 8), a steering angle is adjusted, which is obtained from the steering wheel angle plus a superposition angle, whereby, through an automatically adjustable steering ratio for wheels (6, 10) of at least one of the axles (4, 8), a ratio of the steering wheel angle to the steering angle for the wheels (6, 10) is set, whereby the vehicle travels at a speed with a first value into a curve on a circular path with a radius, whereby a steering wheel angle is adjusted by the driver, whereby a superposition angle that is a function of the first value of the speed is automatically adjusted by a steering system, taking into consideration a characteristic curve for a relation between the superposition angle and the speed, whereby at least one case of two possible cases is taken into consideration, whereby, in a first case, with a steering wheel angle that is held constant, the superposition angle and the steering ratio are kept constant by the steering system, and/or whereby, in a second case, the steering ratio is automatically changed by the steering system as a function of the speed and the radius of the circular path is kept constant, characterised in that the radius of the circular path is adapted in the first case through additional adjustment of the superposition angle, if the driver changes the steering wheel angle, and is adapted automatically in the second case, whereby the steering wheel angle is kept constant.
An evaporator with an auxiliary heating device, comprising: an evaporator, a heating device, and two mounting plates provided at two ends of the evaporator respectively, wherein two ends of the heating device are connected to the two mounting plates respectively, wherein the heating device includes a heating body, and a plurality of radiators, the plurality of radiators is provided at upper and lower faces of the heating body, and two ends of the heating device are symmetrically provided with mounting frames, characterized in that the radiator comprises a radiator base and a plurality of first fins, the plurality of first fins is distributed vertically and uniformly on the radiator base, and a width of the first fin is equal to a width of the radiator base. an evaporator, a heating device, and two mounting plates provided at two ends of the evaporator respectively, wherein two ends of the heating device are connected to the two mounting plates respectively, wherein the heating device includes a heating body, and a plurality of radiators, the plurality of radiators is provided at upper and lower faces of the heating body, and two ends of the heating device are symmetrically provided with mounting frames, characterized in that the radiator comprises a radiator base and a plurality of first fins, the plurality of first fins is distributed vertically and uniformly on the radiator base, and a width of the first fin is equal to a width of the radiator base.
A method of determining the location of a mobile terminal in a given area, comprising the step of including said mobile terminal both in a satellite-based positioning system and in a cellular communications system, whereby said mobile terminal is adapted to receive satellite signals from said satellite-based system and to be covered by at least one cell of said cellular communication system, wherein the method includes the steps of: - determining at least approximately the coordinates (x, y, z) of said mobile terminal based both on satellite signals received from said satellite-based system and information related to said cellular communication system, wherein said coordinates include an altitude coordinate (z) and an estimate of said altitude coordinate (z) is derived from said information related to said cellular communication system. - identifying, in said cellular communications system, a plurality of base stations adjacent to said mobile terminal, each said adjacent base station having a respective altitude coordinate; the method characterised in - determining the minimum value of said altitude coordinates for said adjacent base stations, and - using said minimum value as said estimate of said altitude coordinate (z). - determining at least approximately the coordinates (x, y, z) of said mobile terminal based both on satellite signals received from said satellite-based system and information related to said cellular communication system, wherein said coordinates include an altitude coordinate (z) and an estimate of said altitude coordinate (z) is derived from said information related to said cellular communication system. - identifying, in said cellular communications system, a plurality of base stations adjacent to said mobile terminal, each said adjacent base station having a respective altitude coordinate; the method characterised in - determining the minimum value of said altitude coordinates for said adjacent base stations, and - using said minimum value as said estimate of said altitude coordinate (z).
A children's play gym comprising: a support bar assembly comprising a plurality of toy bars, each of the plurality of toy bars having substantially matching curvatures, a first end configured to rest on a support surface and a second end configured to be supported above the support surface, the second ends of the plurality of toy bars being pivotally coupled to one another by a hub; wherein in a use position the support bar assembly is self supporting with the first ends of the plurality of toy bars spaced apart from one another and wherein in a storage position the widths of the toy bars are aligned and the toy bars are nested on top of one another; and at least one toy component (70, 170) configured to releasably attach to at least one toy bar. a support bar assembly comprising a plurality of toy bars, each of the plurality of toy bars having substantially matching curvatures, a first end configured to rest on a support surface and a second end configured to be supported above the support surface, the second ends of the plurality of toy bars being pivotally coupled to one another by a hub; wherein in a use position the support bar assembly is self supporting with the first ends of the plurality of toy bars spaced apart from one another and wherein in a storage position the widths of the toy bars are aligned and the toy bars are nested on top of one another; and at least one toy component (70, 170) configured to releasably attach to at least one toy bar.
Method for human-machine interaction in a motor vehicle, wherein - a first graphical element is superimposed into a visual field of a user of the motor vehicle by means of an augmented-reality system of the motor vehicle in such a way that the first graphical element is arranged within a display region; - a scrolling input signal is detected by means of an input interface of the motor vehicle; - a highlighted direction is determined by means of a sensor system of the motor vehicle; - a scrolling path is determined by means of a computing unit of the motor vehicle on the basis of the highlighted direction, wherein the scrolling path corresponds to a line which has a common vanishing point with the highlighted direction; and - the first graphical element is moved out of the display region along the scrolling path by means of the augmented-reality system, depending on the scrolling input signal; - a second graphical element is moved into the display region along the scrolling path by means of the augmented-reality system, depending on the scrolling input signal; and - the scrolling input signal is a command generated by a user input in order to scroll or to leaf through a list of objects, which includes the first and the second graphical element, in the display area. - a first graphical element is superimposed into a visual field of a user of the motor vehicle by means of an augmented-reality system of the motor vehicle in such a way that the first graphical element is arranged within a display region; - a scrolling input signal is detected by means of an input interface of the motor vehicle; - a highlighted direction is determined by means of a sensor system of the motor vehicle; - a scrolling path is determined by means of a computing unit of the motor vehicle on the basis of the highlighted direction, wherein the scrolling path corresponds to a line which has a common vanishing point with the highlighted direction; and - the first graphical element is moved out of the display region along the scrolling path by means of the augmented-reality system, depending on the scrolling input signal; - a second graphical element is moved into the display region along the scrolling path by means of the augmented-reality system, depending on the scrolling input signal; and - the scrolling input signal is a command generated by a user input in order to scroll or to leaf through a list of objects, which includes the first and the second graphical element, in the display area.
A cryotherapy system for ablating tissue in a target region at an internal surface of a bladder by cryogenic fluid, comprising, an elongated cryotherapy device (10, 1002) having a proximal end and a distal end (1021, 1113) shaped and sized to be introducible into said bladder, comprising: a cryo inflow path (133, 1006) within said elongated cryotherapy device (10, 1002), fluidically connecting a cryogenic fluid source with at least one cryo opening at said distal end (1021, 1113) of said cryotherapy device (10, 1002), wherein said cryo inflow path (133, 1006) is configured to allow cryogenic fluid flow from said cryogenic fluid source, and to direct said cryogenic fluid at said target region within said bladder through said cryo opening; an optics assembly configured to visualize a field of view between said optics assembly and said target region inside said bladder; characterized by further comprising: a washing inflow path within said elongated cryotherapy device (10, 1002), fluidically connecting a washing fluid source with at least one washing opening at said elongated cryotherapy device distal end configured to aim and release washing fluid towards one or both of said optics assembly and said field of view; at least one washing flow regulator on the washing inflow path configured to adjust the amount of the released washing fluid through the at least one washing opening. a cryo inflow path (133, 1006) within said elongated cryotherapy device (10, 1002), fluidically connecting a cryogenic fluid source with at least one cryo opening at said distal end (1021, 1113) of said cryotherapy device (10, 1002), wherein said cryo inflow path (133, 1006) is configured to allow cryogenic fluid flow from said cryogenic fluid source, and to direct said cryogenic fluid at said target region within said bladder through said cryo opening; an optics assembly configured to visualize a field of view between said optics assembly and said target region inside said bladder; characterized by further comprising: a washing inflow path within said elongated cryotherapy device (10, 1002), fluidically connecting a washing fluid source with at least one washing opening at said elongated cryotherapy device distal end configured to aim and release washing fluid towards one or both of said optics assembly and said field of view; at least one washing flow regulator on the washing inflow path configured to adjust the amount of the released washing fluid through the at least one washing opening. a washing inflow path within said elongated cryotherapy device (10, 1002), fluidically connecting a washing fluid source with at least one washing opening at said elongated cryotherapy device distal end configured to aim and release washing fluid towards one or both of said optics assembly and said field of view; at least one washing flow regulator on the washing inflow path configured to adjust the amount of the released washing fluid through the at least one washing opening.
A computer implemented method for authenticating a field tool (192, 230) by a field device (200, 400) comprising the steps carried out by the field device of: receiving, from the field tool (192, 230), an authentication certificate; verifying the authentication certificate using a trust anchor certificate on the field device (200, 400); securing communication between the field tool (192, 230) and the field device (200, 400); receiving, from the field tool (192, 230), a field tool task authorization certificate; verifying the field tool task authorization certificate using the trust anchor certificate on the field device (200, 400); receiving, from the field tool (192, 230), a request to perform a task; determining whether the task is authorized based on the field tool task authorization certificate; and performing the task on the field device (200, 400) when it is determined the task is authorized. receiving, from the field tool (192, 230), an authentication certificate; verifying the authentication certificate using a trust anchor certificate on the field device (200, 400); securing communication between the field tool (192, 230) and the field device (200, 400); receiving, from the field tool (192, 230), a field tool task authorization certificate; verifying the field tool task authorization certificate using the trust anchor certificate on the field device (200, 400); receiving, from the field tool (192, 230), a request to perform a task; determining whether the task is authorized based on the field tool task authorization certificate; and performing the task on the field device (200, 400) when it is determined the task is authorized.
A composition comprising: a phenolic compound; an epoxy compound; a compound represented by Formula; and an inorganic nitride, in Formula, R 1 to R 3 each independently represent a substituent, n1 to n3 each independently represents an integer of 0 to 5, and the sum of n1 to n3 is an integer of 1 to 15, and wherein the phenolic compound includes a phenolic compound having a triazine ring. a phenolic compound; an epoxy compound; a compound represented by Formula; and an inorganic nitride, in Formula, R 1 to R 3 each independently represent a substituent, n1 to n3 each independently represents an integer of 0 to 5, and the sum of n1 to n3 is an integer of 1 to 15, and wherein the phenolic compound includes a phenolic compound having a triazine ring.
Process for monitoring an electrical signal in a cable between an electric unit and a balise in a railway installation; the electrical signal comprising a first part and a second part, the first part comprising a first telegram signal and a first sinusoidal signal, the second part comprising a second telegram signal and a second sinusoidal signal; the process comprising the following steps: • a bidirectional coupler, comprising a first port connected to the electric unit through the cable and a second port connected to the balise through the cable, extracts a copy of the first part of the electrical signal, which is a voltage as function of time and is obtained on a third port of the bidirectional coupler, and a copy of the second part of the electrical signal, which is another voltage as function of time and is obtained on a fourth port of the bidirectional coupler; • a signal processing unit, connected to the third port and the fourth port of the bidirectional coupler, analyzes the copy of the first part and the copy of the second part to determine a process output related to the railway installation, based on at least one of: ∘ the first telegram signal, ∘ the first sinusoidal signal, ∘ the second telegram signal, or ∘ the second sinusoidal signal. • a bidirectional coupler, comprising a first port connected to the electric unit through the cable and a second port connected to the balise through the cable, extracts a copy of the first part of the electrical signal, which is a voltage as function of time and is obtained on a third port of the bidirectional coupler, and a copy of the second part of the electrical signal, which is another voltage as function of time and is obtained on a fourth port of the bidirectional coupler; • a signal processing unit, connected to the third port and the fourth port of the bidirectional coupler, analyzes the copy of the first part and the copy of the second part to determine a process output related to the railway installation, based on at least one of: ∘ the first telegram signal, ∘ the first sinusoidal signal, ∘ the second telegram signal, or ∘ the second sinusoidal signal. ∘ the first telegram signal, ∘ the first sinusoidal signal, ∘ the second telegram signal, or ∘ the second sinusoidal signal.
A current measuring transducer for measuring the current flowing through an electrical cable, with a ring probe and an evaluation device, wherein the ring probe contains an annular core, wherein the ring probe is divided into a basic ring section and at least one movable ring section, wherein radial insertion of the cable extending axially to the current measuring transducer into the inside area of the ring probe automatically transfers the movable ring section from an open state to a closed state and, in the closed state, measurement of the current in the cable inserted into the inside area is made possible characterized in a magnetoresistive sensor, wherein the evaluation device is designed for calculating the measurement values obtained by the magnetoresistive sensor, wherein the movable ring section defines the open and the closed state, and wherein in the open state a radial cable insert opening is opened, wherein in the closed state of the movable ring section a circularly closed arrangement is created in which the annular core surrounds the cable circularly.