mhurhangee/ep-ind-claims huggingface dataset:
Solar group unit having at least two solar units each with a first connection and a second connection, wherein the solar units each have - a multiplicity of solar modules and - a carrier unit, wherein the solar modules have a DC insulation voltage with respect to their insulation resistance, wherein the solar modules are arranged between the first connection and the second connection in a series connection, wherein a connection point is arranged at an electrical connection between two of the solar modules arranged in the series connection in such a way that the value of a first voltage (U 1) able to be generated by the solar modules arranged between the first connection and the connection point and the absolute value of a second voltage (U 2) able to be generated by the solar modules arranged between the second connection and the connection point are each lower than the DC insulation voltage, wherein the solar modules are arranged in or on the carrier unit, wherein the carrier unit is designed to be at least partly electrically conductive and is electrically conductively connected to the connection point, wherein the solar units are arranged electrically in series with respect to their first connections and second connections, characterized in that the carrier units of the respective solar modules are arranged electrically insulated from one another by means of an insulator, wherein the insulator is designed as a component. - a multiplicity of solar modules and - a carrier unit, wherein the solar modules have a DC insulation voltage with respect to their insulation resistance, wherein the solar modules are arranged between the first connection and the second connection in a series connection, wherein a connection point is arranged at an electrical connection between two of the solar modules arranged in the series connection in such a way that the value of a first voltage (U 1) able to be generated by the solar modules arranged between the first connection and the connection point and the absolute value of a second voltage (U 2) able to be generated by the solar modules arranged between the second connection and the connection point are each lower than the DC insulation voltage, wherein the solar modules are arranged in or on the carrier unit, wherein the carrier unit is designed to be at least partly electrically conductive and is electrically conductively connected to the connection point, wherein the solar units are arranged electrically in series with respect to their first connections and second connections, characterized in that the carrier units of the respective solar modules are arranged electrically insulated from one another by means of an insulator, wherein the insulator is designed as a component.
Timepiece mechanism comprising a rotating wheel set, a support element, a member (15a, 15b; 115a, 115b) mounted to pivot on the support element and return means for returning a portion of the pivoting member towards a surface of the rotating wheel set, said return means being formed by a first magnet (21; 121) carried by the pivoting member and a second magnet (25; 125) carried by the support element separately from the pivoting member, the first magnet and the second magnet being arranged such that, when the timepiece mechanism is in operation, these first and second magnets are in a first relative configuration, referred to as an operating configuration of the timepiece mechanism, wherein the interaction of the respective magnetic fields thereof generates a first magnetic force acting on the pivoting member which is oriented so as to exert thereon a return torque and thus return said portion of the pivoting member towards said surface of the rotating wheel set, characterized in that at least one of said first and second magnets is arranged to allow a clock to change the direction of its polarity independently of the angular position of the pivoting member, such that the first magnet and the second magnet are thus in a second relative configuration, referred to as an assembly or disassembly configuration of the timepiece mechanism, wherein a second magnetic force, generated between these first and second magnets, acts on the pivoting member so as to exert thereon a torque in the opposite direction to that of said return torque and thus keep said portion of the pivoting member distant from said surface of the rotating wheel set.
A method for producing a nonwoven fabric made of crimped synthetic continuous filaments, wherein the synthetic filaments are spun and are deposited on a conveyor as a nonwoven web, wherein the deposited nonwoven web is pre-bonded by means of at least one first hot-air bonding device, wherein a main suction air is sucked from below through the conveyor in the area of fiber deposition, wherein a first suction air is sucked from below through the conveyor in the region of the first hot-air bonding device, wherein the air speed (v M) of the main suction air is greater than the air speed (v 1) of the first suction air and wherein the first hot-air bonding device blows a first hot air, wherein the air speed (v M) of the main suction air is greater than the air speed (v H1) of the first hot air and wherein the air speed (v 1) of the first suction air is greater than or equal to the air speed (v H1) of the first hot air.
Medical implantable device having a data communication interface and a pulse generator, wherein the data communication interface is operatively connected to the pulse generator, said pulse generator being configured to generate and deliver forward electrical pulses and reverse electrical pulses wherein a polarity of the reverse electrical pulses is opposite to the polarity of the forward electrical pulses, said pulsed generator being controlled by said data communication interface, said data communication interface together with said pulse generator being configured to generate said electrical pulses such that they represent binary digits, characterised in that a first kind of digits (1 or 0) is represented by said electrical pulse and the respective other type of digits (0 or 1) is represented by a pause between said electrical pulses, wherein said data communication interface together with said pulse generator is further configured to deliver said electrical pulses with strictly alternating polarity so that every other electrical pulse is a reverse electrical pulse of opposite polarity compared to an immediately preceding forward electrical pulse.
A method characterised in that the method comprises: receiving, by a processor, information representing a selected pattern comprising a plurality of points, the points representing positions that define a bounded volumetric shape in a three dimensional space, the shape having a subject therewithin; positioning, by the processor, at least one of a plurality of moveable, controllable, flying vehicles at each of the plurality of points in the selected pattern in the space proximate to the subject, each of the plurality of vehicles comprising a lighting component and at least a selected number of the vehicles comprising an imaging component and being positioned relative to the subject while at the points in the selected pattern; and selectively activating, by the processor, at least one subset of lighting components of the moveable vehicles at the points of the selected pattern to form a light stage by emitting light, the emitted light illuminating the subject within the shape; and collecting, by the processor, imaging data from the illuminated subject from imaging components of selected ones of the plurality of moveable vehicles during the emission of light. receiving, by a processor, information representing a selected pattern comprising a plurality of points, the points representing positions that define a bounded volumetric shape in a three dimensional space, the shape having a subject therewithin; positioning, by the processor, at least one of a plurality of moveable, controllable, flying vehicles at each of the plurality of points in the selected pattern in the space proximate to the subject, each of the plurality of vehicles comprising a lighting component and at least a selected number of the vehicles comprising an imaging component and being positioned relative to the subject while at the points in the selected pattern; and selectively activating, by the processor, at least one subset of lighting components of the moveable vehicles at the points of the selected pattern to form a light stage by emitting light, the emitted light illuminating the subject within the shape; and collecting, by the processor, imaging data from the illuminated subject from imaging components of selected ones of the plurality of moveable vehicles during the emission of light.
A sulphated polysaccharide selected from the group consisting of iota-carrageenan, kappa-carrageenan, lambda-carrageenan, cellulose sulphate, and dextran sulphate, for use as an antiviral active ingredient in a pharmaceutical composition or medicament for the prophylactic or therapeutic application against a SARS-CoV-2 infection in a mammal, especially in a human individual, wherein a) said composition is in the form of a liquid, a foam, or a semi-solid preparation, and the antiviral active ingredient is present therein in a concentration of at least 10 ug/ml, at least 100 ug/ml, or at least 400 ug/ml; or else, wherein b) said composition is in the form of a solid dosage unit, and the antiviral active ingredient is present therein in an amount of at least 0.5 mg, at least 2 mg, at least 5 mg, at least 10 mg, or at least 20 mg per dosage unit. a) said composition is in the form of a liquid, a foam, or a semi-solid preparation, and the antiviral active ingredient is present therein in a concentration of at least 10 ug/ml, at least 100 ug/ml, or at least 400 ug/ml; or else, wherein b) said composition is in the form of a solid dosage unit, and the antiviral active ingredient is present therein in an amount of at least 0.5 mg, at least 2 mg, at least 5 mg, at least 10 mg, or at least 20 mg per dosage unit.
A method of motion detection in a mesh network, comprising: obtaining transfer function components for each pair of devices in the mesh network, the transfer function components for each pair of devices based on wireless signals communicated through a space between the pair of devices, wherein the transfer function components comprise complex values that represent frequency components of a respective one of the wireless signals; generating a time series of transfer function matrices, each transfer function matrix comprising a respective subset of the transfer function components; and detecting, by operation of one or more processors in a motion detection system, motion of an object in the space based on the time series of transfer function matrices, wherein detecting motion comprises detecting a change in a channel response of the space by analyzing the complex values. obtaining transfer function components for each pair of devices in the mesh network, the transfer function components for each pair of devices based on wireless signals communicated through a space between the pair of devices, wherein the transfer function components comprise complex values that represent frequency components of a respective one of the wireless signals; generating a time series of transfer function matrices, each transfer function matrix comprising a respective subset of the transfer function components; and detecting, by operation of one or more processors in a motion detection system, motion of an object in the space based on the time series of transfer function matrices, wherein detecting motion comprises detecting a change in a channel response of the space by analyzing the complex values.
A method for controlling tripping of a low-voltage power distribution device, comprising: detecting whether the low-voltage power distribution device is in a closed state; detecting whether a tripping condition associated with the low-voltage power distribution device is met; in response to the low-voltage power distribution device being in the closed state and the tripping condition being met, causing the low-voltage power distribution device to perform a tripping action in order to enable the low-voltage power distribution device to switch from the closed state to an open state, characterized in that detecting whether the low-voltage power distribution device is in a closed state is accomplished by a detection unit, wherein the detection unit is coupled through a connection assembly to a power supply which is comprised in the low-voltage power distribution device, and the connection assembly is configured to connect the detection unit to the power supply only in the closed state, so that the detection unit provides information of the closed state. detecting whether the low-voltage power distribution device is in a closed state; detecting whether a tripping condition associated with the low-voltage power distribution device is met; in response to the low-voltage power distribution device being in the closed state and the tripping condition being met, causing the low-voltage power distribution device to perform a tripping action in order to enable the low-voltage power distribution device to switch from the closed state to an open state, characterized in that detecting whether the low-voltage power distribution device is in a closed state is accomplished by a detection unit, wherein the detection unit is coupled through a connection assembly to a power supply which is comprised in the low-voltage power distribution device, and the connection assembly is configured to connect the detection unit to the power supply only in the closed state, so that the detection unit provides information of the closed state.
A device for connecting two components, in particular two tool parts, having a cylindrical locating pin, which is arranged on the first component, and having a radially projecting annular face, which surrounds the locating pin at the root thereof, having a cylindrical locating bore, which is arranged in the second component and is intended for receiving the locating pin, and having an annular face, which surrounds the locating bore at the periphery thereof, having a clamping bolt, which is movably guided with a cylindrical guiding surface in a transverse bore of the locating pin, has at its extreme ends an inner cone or outer cone concentric to the guiding surface and is of a length that is less than the diameter of the locating pin in the region of the transverse bore, and having two holding elements (34, 36), which are inserted in radial bores (30, 32) that lie diametrically opposite one another in the region of the locating bore and are preferably provided with an internal thread, have an outer cone or inner cone facing the interior of the locating bore and complementing the inner or outer cone of the clamping bolt and, during the clamping operation, can be clamped in a wedge-like manner with the clamping bolt by means of frustoconical contact portions assigned to one another, the inner and outer cones that complement one another having in pairs an axial offset that has the effect during the clamping operation of drawing the locating pin into the locating bore and pressing the annular faces (22, 24) against one another, characterized in that the inner cone and/or the outer cone of the clamping bolt has two substantially frustoconical contact portions (40', 40"; 44', 44") arranged coaxially at an axial distance from one another, which during the clamping operation are effective either individually or at one and the same time.
A method for identifying malicious encrypted network traffic communicated via a network (202; 502) between a first and second computer system, the method comprising: monitoring network traffic over the network to detect a network connection as a new network connection; identifying characteristics of the network connection to determine a protocol of the network connection; retrieving a definition of a portion of network traffic for the network connection based on the determined protocol; evaluating Fourier transform coefficient values for each of a plurality of bytes in the portion of network traffic of the network connection based on the retrieved definition; and comparing the evaluated coefficient values with a dictionary of one or more reference sets of Fourier transform coefficients, each of the one or more reference sets of coefficients being associated with a portion of network traffic of a malicious encrypted network connection, so as to determine if malicious encrypted network traffic is communicated over the network connection, wherein the portion of network traffic of the network connection and the portion of network traffic of the malicious encrypted network connection are each continuous subsets of the network traffic subsequent to a transport protocol handshake and up to an end of an application protocol connection setup portion of network traffic, the connection setup including network traffic involved in the formation of a connection for an application network protocol between two communicating application endpoints (402, 404). monitoring network traffic over the network to detect a network connection as a new network connection; identifying characteristics of the network connection to determine a protocol of the network connection; retrieving a definition of a portion of network traffic for the network connection based on the determined protocol; evaluating Fourier transform coefficient values for each of a plurality of bytes in the portion of network traffic of the network connection based on the retrieved definition; and comparing the evaluated coefficient values with a dictionary of one or more reference sets of Fourier transform coefficients, each of the one or more reference sets of coefficients being associated with a portion of network traffic of a malicious encrypted network connection, so as to determine if malicious encrypted network traffic is communicated over the network connection, wherein the portion of network traffic of the network connection and the portion of network traffic of the malicious encrypted network connection are each continuous subsets of the network traffic subsequent to a transport protocol handshake and up to an end of an application protocol connection setup portion of network traffic, the connection setup including network traffic involved in the formation of a connection for an application network protocol between two communicating application endpoints (402, 404).
A mobile terminal comprising: a touch screen; a communication unit configured to communicate with a head mounted display; and a controller configured to: control the head mounted display to display a virtual reality screen including a first content on the head mounted display; and when a preset gesture input corresponding to a user's head or pupil movement is detected via a sensor of the head mounted display: control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content. a touch screen; a communication unit configured to communicate with a head mounted display; and a controller configured to: control the head mounted display to display a virtual reality screen including a first content on the head mounted display; and when a preset gesture input corresponding to a user's head or pupil movement is detected via a sensor of the head mounted display: control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content. control the head mounted display to display a virtual reality screen including a first content on the head mounted display; and when a preset gesture input corresponding to a user's head or pupil movement is detected via a sensor of the head mounted display: control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content. control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content.
A sensor device, comprising: a carrier; a force feedback sensor connected to the carrier; and a probe containing a spin defect, the probe being connected to the force feedback sensor either directly or indirectly via a handle structure; characterized in that the sensor device further comprises an integrated microwave antenna arranged at a minimal distance of less than 500 micrometers from the spin defect. a carrier; a force feedback sensor connected to the carrier; and a probe containing a spin defect, the probe being connected to the force feedback sensor either directly or indirectly via a handle structure; characterized in that the sensor device further comprises an integrated microwave antenna arranged at a minimal distance of less than 500 micrometers from the spin defect.
A cable guide comprising links that are angle-adjustable multi-axially relative to each other, connected to each other in articulated fashion and arranged successively in the longitudinal direction of the cable guide, wherein each link has an inner part with corresponding multi-axially angle-adjustable articulation connectors (5, 6) and a casing part for peripheral delimitation of at least one guide channel, wherein the casing part encompasses at least one segment, which is connected to the inner part by a web, in a manner permitting it to be pivoted open in order to make an associated guide channel accessible on the peripheral side, characterised in that the casing parts of adjacent links overlap in the longitudinal direction, and in that a joint arrangement with at least two degrees of freedom is provided between the at least one segment and the web, by means of which the segment can move transversely to the longitudinal direction, in particular outwards, while being pivoted open.