mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a bipolar plate, comprising the steps: - graphite oxide is dissolved in water and treated with ultrasound, forming a homogeneous colloidal suspension comprising flocs of non-conductive graphene oxide - this is applied to a metallic bipolar plate, so that at least one electrically non-conductive graphene oxide layer is produced, - the applied graphene oxide layer or layers is or are subjected to a reduction step so that an at least partially reduced, electrically conductive graphene-like coating is produced. - graphite oxide is dissolved in water and treated with ultrasound, forming a homogeneous colloidal suspension comprising flocs of non-conductive graphene oxide - this is applied to a metallic bipolar plate, so that at least one electrically non-conductive graphene oxide layer is produced, - the applied graphene oxide layer or layers is or are subjected to a reduction step so that an at least partially reduced, electrically conductive graphene-like coating is produced.
A combustor comprising: a shell at least partially defining a combustion chamber; and a grommet mounted in the shell, the grommet having a body defining a passage through the grommet that is operable to communicate air from outside the combustion chamber into the combustion chamber, the body carrying a first surface, an opposite, second surface and a third surface defining the passage and joining the first surface and the second surface, wherein the shell includes a heat shield panel and a peripheral wall and the grommet is integrated as a unitary structure with the heat shield panel or the peripheral wall, characterized in that the third surface includes a bevel surface with respect to at least one of the first surface and the second surface; the grommet defines an axial thickness (t) with regard to a central axis of the passage and the bevel surface defines an axial length component such that a ratio L1/t is 0.1 - 0.4; and the passage has a diameter and the bevel surface defines a radial length component such that a ratio L2/D is about 0.05-0.09. a shell at least partially defining a combustion chamber; and a grommet mounted in the shell, the grommet having a body defining a passage through the grommet that is operable to communicate air from outside the combustion chamber into the combustion chamber, the body carrying a first surface, an opposite, second surface and a third surface defining the passage and joining the first surface and the second surface, wherein the shell includes a heat shield panel and a peripheral wall and the grommet is integrated as a unitary structure with the heat shield panel or the peripheral wall, characterized in that the third surface includes a bevel surface with respect to at least one of the first surface and the second surface; the grommet defines an axial thickness (t) with regard to a central axis of the passage and the bevel surface defines an axial length component such that a ratio L1/t is 0.1 - 0.4; and the passage has a diameter and the bevel surface defines a radial length component such that a ratio L2/D is about 0.05-0.09.
A medical monitoring device for determining the occurrence of a premature ventricular contraction, comprising: at least one sensing electrode (304, 306) for sensing a cardiac signal; and a processor configured to determine at least three successive R-waves in response to the sensed cardiac signal, determine RR intervals between the determined R-waves, compare RR intervals between successive pairs of the R-waves, and determine whether a first interval criteria is satisfied in response to the comparison of the determined intervals, determine a correlation between morphologies of the determined R-waves, determine whether a first correlation criteria is satisfied in response to the determined correlation, and determine the premature ventricular contraction is occurring in response to the first interval criteria and the first correlation criteria being satisfied. at least one sensing electrode (304, 306) for sensing a cardiac signal; and a processor configured to determine at least three successive R-waves in response to the sensed cardiac signal, determine RR intervals between the determined R-waves, compare RR intervals between successive pairs of the R-waves, and determine whether a first interval criteria is satisfied in response to the comparison of the determined intervals, determine a correlation between morphologies of the determined R-waves, determine whether a first correlation criteria is satisfied in response to the determined correlation, and determine the premature ventricular contraction is occurring in response to the first interval criteria and the first correlation criteria being satisfied.
Panel for a system ceiling formwork, the panel comprising a frame which frames a panel inner space, has two longitudinal frame portions which extend in parallel with a longitudinal direction of the panel and has two transverse frame portions which are connected to the longitudinal frame portions and extend in parallel with a transverse direction of the panel, which direction is oriented perpendicularly to the longitudinal direction of the panel, the panel comprising a lattice, in particular a protective wire grating, which has longitudinal braces which extend in parallel with the longitudinal direction of the panel and transverse braces which are connected thereto, are in parallel with or inclined with respect to the transverse direction of the panel or transverse braces which are connected to the longitudinal braces and extend in a curved manner in a main extension direction, which is oriented in parallel with or in an inclined manner with respect to the transverse direction of the panel, in particular along the entire length thereof or in at least one longitudinal portion and/or extend in an inclined manner with respect to the main extension direction, in particular in one or more longitudinal portions, characterised in that the frame has, at its two longitudinal ends or in the region of its two longitudinal ends, in each case at least one engagement element which is formed in one piece from one of the transverse frame portions in each case, extends in the transverse direction of the panel and extends, in particular downwards, in a manner adjacent to each lower bracing surface of the frame, in its cross section, perpendicularly to or obliquely with respect to a geometric panel plane which is spanned by the longitudinal direction of the panel and the transverse direction of the panel, in that the engagement element is an integral component of a side wall of the transverse frame portion, which wall extends in the transverse direction of the panel and is on the outside of the frame and laterally borders a transverse groove which is open at the bottom and extends in the transverse direction of the panel, the groove base of which groove forms the lower bracing surface (9, 33) for bracing the panel on a ceiling formwork, and in that, on the side wall of the two longitudinal frame portions which is on the inside of the frame in each case, a longitudinal groove is formed which is undercut in its cross section, is open towards the panel inner space and extends in the longitudinal direction of the panel, in that a longitudinal brace extends along each of the two longitudinal lattice borders, and in that the transverse braces, by the two ends thereof, each engage in one of the two longitudinal grooves so that each one of the two border-side longitudinal braces of the lattice is laterally retained in an interlocking manner in the relevant undercut hollow cross-sectional region of the two longitudinal grooves.
A computer-implemented method for determining a physical or logical connection between functions of a serial bus (106, 116), said connection implemented via distributed Test Function, DTF, or Intel On-Chip System Fabric Side Band, IOSF-SB, and hidden from system software of a CPU connected to the serial bus (106, 116), the method comprising: identifying, by a computing device, a first identifier associated with a first function of the serial bus (106, 116); identifying, by the computing device, a second identifier associated with a second function of the serial bus (106,116); comparing, by the computing device, the first identifier with the second identifier, wherein comparing the first identifier with the second identifier further includes comparing a first association type with a second association type, said first and second association types indicating a respective type of the corresponding function; and based upon the comparison, determining, by the computing device, whether the first function of the serial bus (106,116) has a physical or logical connection with the second function of the serial bus (106,116), said connection implemented via DTF or IOSF-SB and hidden from the system software. identifying, by a computing device, a first identifier associated with a first function of the serial bus (106, 116); identifying, by the computing device, a second identifier associated with a second function of the serial bus (106,116); comparing, by the computing device, the first identifier with the second identifier, wherein comparing the first identifier with the second identifier further includes comparing a first association type with a second association type, said first and second association types indicating a respective type of the corresponding function; and based upon the comparison, determining, by the computing device, whether the first function of the serial bus (106,116) has a physical or logical connection with the second function of the serial bus (106,116), said connection implemented via DTF or IOSF-SB and hidden from the system software.
A processor, comprising: a vector register file comprising at least one vector register to hold elements; a vector length register file comprising a first vector length register; and a processing logic to execute a variable length vector instruction as a single instruction to perform operations on the elements, the variable length vector instruction comprising: at least one first identifier representing the at least one vector register holding the elements; and a second identifier representing the first vector length register storing an integer value representing a number of operations to be applied to the elements stored in the at least one vector register, wherein the integer value is independent from a number of elements that the at least one vector register is capable of packing therein. a vector register file comprising at least one vector register to hold elements; a vector length register file comprising a first vector length register; and a processing logic to execute a variable length vector instruction as a single instruction to perform operations on the elements, the variable length vector instruction comprising: at least one first identifier representing the at least one vector register holding the elements; and a second identifier representing the first vector length register storing an integer value representing a number of operations to be applied to the elements stored in the at least one vector register, wherein the integer value is independent from a number of elements that the at least one vector register is capable of packing therein. at least one first identifier representing the at least one vector register holding the elements; and a second identifier representing the first vector length register storing an integer value representing a number of operations to be applied to the elements stored in the at least one vector register, wherein the integer value is independent from a number of elements that the at least one vector register is capable of packing therein.
Neutralisation device, configured for a neutralisation of at least one fluid, in particular a condensate that results from a combustion of a fuel, with at least one first container which is configured for an accommodation of the fluid, and with at least one second container which is configured at least for an accommodation of neutralisation material, the containers (12, 14) being arranged at least partially in one another, and with a bearing unit, which is configured to movably support the second container relative to the first container, the support unit being configured to support the second container relative to the first container in such a way that it is at least partially pivotable about at least one pivot axis, characterised in that the first container comprises at least one first fluid chamber and at least one second fluid chamber, which are fluidically connected by the second container.
A driven hand-held machine tool, in particular angle grinder, comprising a housing, a drive unit, a drivable spindle to which a tool can be attached, and a spindle locking device, the spindle locking device comprising a driver arrangement capable of transmitting a drive torque (MEin) of the drive unit to the spindle by bringing the latter into engagement with an output part connected to the spindle in a rotationally fixed manner, a support arrangement fixed to the housing, and at least one clamping means, wherein the at least one clamping means is accommodated in a clamping space which is bounded radially on the outside by the driven part and radially on the inside by the support arrangement and in the circumferential direction on both sides by the driver arrangement and in which the at least one clamping means is arranged, characterized in that the at least one clamping means can be displaced within the clamping space by a relative rotation of the spindle with respect to the driver arrangement to clamp the driven member against the support arrangement, and in that the driven member comprises an outer star having, as viewed in cross-section, at least one wedge-shaped recess on its inner periphery in which the at least one clamping means can be at least partially received so that in this position the clamping means is not in contact with the outer peripheral surface of the support arrangement bounding the clamping space radially inwardly.
A radio communication system for conducting a radio communication with a terminal device, the radio communication system comprising: a first radio communication apparatus configured to process a first signal of a first radio service; a second radio communication apparatus configured to process a second signal of a second radio service, and to combine the first signal from the first radio communication apparatus and the second signal; a common amplifier configured to amplify the combined first and second signals from the second radio communication apparatus, and to transmit the amplified signals to the terminal device; and a switching apparatus coupled to the first radio communication apparatus and the second radio communication apparatus and the common amplifier said switching apparatus being adapted to disconnect the first or second radio communication apparatus (10; 20) when a fault occurs in the first or second radio communication apparatus (10; 20); wherein the switching apparatus includes first and second switching units (41; 42), and, upon occurrence of a fault in the second radio communication apparatus, the first switching unit operates in such a manner that the first signal, output from the first radio communication apparatus, is output to the second switching unit, and the second switching unit operates in such a manner that the first signal, output from the first switching unit, is output to the common amplifier, thereby disconnecting the second radio communication apparatus. a first radio communication apparatus configured to process a first signal of a first radio service; a second radio communication apparatus configured to process a second signal of a second radio service, and to combine the first signal from the first radio communication apparatus and the second signal; a common amplifier configured to amplify the combined first and second signals from the second radio communication apparatus, and to transmit the amplified signals to the terminal device; and a switching apparatus coupled to the first radio communication apparatus and the second radio communication apparatus and the common amplifier said switching apparatus being adapted to disconnect the first or second radio communication apparatus (10; 20) when a fault occurs in the first or second radio communication apparatus (10; 20); wherein the switching apparatus includes first and second switching units (41; 42), and, upon occurrence of a fault in the second radio communication apparatus, the first switching unit operates in such a manner that the first signal, output from the first radio communication apparatus, is output to the second switching unit, and the second switching unit operates in such a manner that the first signal, output from the first switching unit, is output to the common amplifier, thereby disconnecting the second radio communication apparatus.
A packet transmission method, wherein the method comprises: generating a packet based on address information of forwarding nodes on a packet forwarding path, wherein the packet comprises a first indication field, the first indication field is used to indicate a compressed first element and a compressed second element, the first element and the second element are address information of different forwarding nodes, and different address compression manners are used for the first element and the second element that has different compression characteristics, wherein a compression characteristic of an element is any one of the following: having a same prefix as that of another element, having a same prefix as that of address information of a source node, and having a same prefix as that of address information of a destination node; and sending the packet. generating a packet based on address information of forwarding nodes on a packet forwarding path, wherein the packet comprises a first indication field, the first indication field is used to indicate a compressed first element and a compressed second element, the first element and the second element are address information of different forwarding nodes, and different address compression manners are used for the first element and the second element that has different compression characteristics, wherein a compression characteristic of an element is any one of the following: having a same prefix as that of another element, having a same prefix as that of address information of a source node, and having a same prefix as that of address information of a destination node; and sending the packet.
A support adapted to be arranged in a sales area, comprising: - mounting means configured for arranging the support on a shelf edge facing a navigation aisle of the sales area so as to extend along said shelf edge; - a receiving space configured to allow a back of a plurality of electronic shelf labels to be fitted into said receiving space, said electronic shelf labels comprising an electronic display screen adapted to display data, - supporting wings extending from the support in a direction away from the receiving space, the supporting wings being configured to engage with projecting parts of an electronic shelf labels management module so as to mount the management module mobile relative to the support and extending along said support; - a connection plate positioned behind a bottom part of the receiving space, at the surface of which conductive traces extend along the receiving space, the conductive traces forming connection lines which link the management module to the receiving space, and - a separator plate configured to extend facing the electronic shelf labels, between the connection lines and the receiving space, said separator plate having through-holes placing the connection lines in communication with the receiving space. - mounting means configured for arranging the support on a shelf edge facing a navigation aisle of the sales area so as to extend along said shelf edge; - a receiving space configured to allow a back of a plurality of electronic shelf labels to be fitted into said receiving space, said electronic shelf labels comprising an electronic display screen adapted to display data, - a receiving space configured to allow a back of a plurality of electronic shelf labels to be fitted into said receiving space, said electronic shelf labels comprising an electronic display screen adapted to display data, - supporting wings extending from the support in a direction away from the receiving space, the supporting wings being configured to engage with projecting parts of an electronic shelf labels management module so as to mount the management module mobile relative to the support and extending along said support; - a connection plate positioned behind a bottom part of the receiving space, at the surface of which conductive traces extend along the receiving space, the conductive traces forming connection lines which link the management module to the receiving space, and - a separator plate configured to extend facing the electronic shelf labels, between the connection lines and the receiving space, said separator plate having through-holes placing the connection lines in communication with the receiving space.
Method for additive manufacturing of a workpiece comprising the following steps: a) providing a powdery material in a powder bed in an electron beam system comprising a single electron beam generator which is configured to direct an electron beam to laterally different locations of the powder bed in order to selectively melt the powdery material locally there; b) locally selective melting of the material in the powder bed with the moved electron beam; c) detecting backscattered electrons, which are scattered back from the material or the workpiece, with a backscattered electron detector (38, 40); d) evaluating the backscattered electrons with an evaluation unit; characterized in that e) the detection of the backscattered electrons, which are backscattered due to the electron input by the electron beam, takes place during melting and the evaluation of the backscattered electrons takes place in a direction-dependent manner by means of a plurality of backscattered electron detectors (38; 40) arranged at different locations. a) providing a powdery material in a powder bed in an electron beam system comprising a single electron beam generator which is configured to direct an electron beam to laterally different locations of the powder bed in order to selectively melt the powdery material locally there; b) locally selective melting of the material in the powder bed with the moved electron beam; c) detecting backscattered electrons, which are scattered back from the material or the workpiece, with a backscattered electron detector (38, 40); d) evaluating the backscattered electrons with an evaluation unit; characterized in that e) the detection of the backscattered electrons, which are backscattered due to the electron input by the electron beam, takes place during melting and the evaluation of the backscattered electrons takes place in a direction-dependent manner by means of a plurality of backscattered electron detectors (38; 40) arranged at different locations.
Operating device for a motor vehicle, comprising: - a touch screen for displaying graphical objects on a display surface and detecting touch coordinates of a touch screen generated by a user on the display surface, - a pivoting device for holding the touch screen on a covering part of the motor vehicle and for pivoting the touch screen with respect to the covering part, characterized in that an actuator unit is provided for the pivoting device, which is adapted to mechanically shake the pivoting device in response to a predetermined activation signal and thereby on the display surface generate a tactile feedback for the user. - a touch screen for displaying graphical objects on a display surface and detecting touch coordinates of a touch screen generated by a user on the display surface, - a pivoting device for holding the touch screen on a covering part of the motor vehicle and for pivoting the touch screen with respect to the covering part,