mhurhangee/ep-ind-claims huggingface dataset:
Method for free-space optical transmission by means of laser signals, between a first and a second optical communications terminal, wherein time variations are evaluated for a reception characteristic of first laser signals which are received by the first terminal and which originate from the second terminal, and wherein a useful information to be sent by the first terminal to the second terminal is encoded before transmission, an encoding rate of the useful information, in second laser signals transmitted by said first terminal to said second terminal, being variable and being adjusted on the basis of time variations in the reception characteristic of the first laser signals, said encoding rate of the useful information in the second laser signals, being defined as a number of bits of the useful information before encoding, divided by the number of bits corresponding to the same useful information after encoding, said encoding rate of the useful information in the second laser signals being adjusted according to a decreasing function of an amplitude of the time variations in the reception characteristic of the first laser signals, said function possibly being a decreasing step function, said method being characterized in that the reception characteristic of the first laser signals is selected from among a reception direction of said first laser signals or a deviation between a reception direction of said first signals and an optical axis of the first terminal.
An apparatus for treatment of a metal strip in a vertical annealing plant system comprising a zone wherein bright annealing thermal treatment of a metal strip is carried out in a controlled atmosphere containing gas, said zone comprising in sequence: a first vertical entry conduit of a strip, a second horizontal joining conduit, a third vertical exit conduit of the strip, and characterized in that it comprises: electromechanical means for locking and partitioning the metal strip, suitable for operating downstream of said first vertical entry conduit, preferably in said third vertical exit conduit, such as to directly lock said metal strip, and to hermetically partition, thereby controlling the circulation of gases, delimiting a first zone upstream of said electromechanical means and operating in a controlled atmosphere and a second zone downstream of said electromechanical means and operating in a controlled atmosphere or in an ambient atmosphere, wherein the apparatus further comprises: - means for controlling and regulating a controlled atmosphere, suitable for operating in said second or third conduit in the upstream zone and in the downstream zone, where said electromechanical locking and partitioning means are positioned; - electromechanical hermetic closure means, suitable for controlling the circulation of gas, for operating in said second or third vertical conduit, for acting by locking directly on the strip in synchrony with said electromechanical locking and partitioning means, wherein said electromechanical locking and partitioning means and said electromechanical hermetic closure means operate directly on the strip by means of reversible locking and said electromechanical locking and partitioning means are suitable for moving in translational motion parallel to the longitudinal axis of the second or third conduit, preferably by means of guides, rails, or runners preferably positioned within these conduits. - means for controlling and regulating a controlled atmosphere, suitable for operating in said second or third conduit in the upstream zone and in the downstream zone, where said electromechanical locking and partitioning means are positioned; - electromechanical hermetic closure means, suitable for controlling the circulation of gas, for operating in said second or third vertical conduit, for acting by locking directly on the strip in synchrony with said electromechanical locking and partitioning means, wherein said electromechanical locking and partitioning means and said electromechanical hermetic closure means operate directly on the strip by means of reversible locking and said electromechanical locking and partitioning means are suitable for moving in translational motion parallel to the longitudinal axis of the second or third conduit, preferably by means of guides, rails, or runners preferably positioned within these conduits.
A protective case for an electronic device, wherein the protective case for the electronic device is configured to assemble with the electronic device to protect the electronic device; and a built-in WIFI module in the protective case for the electronic device to provide a WIFI signal to the electronic device so as to enable the electronic device to connect with a wireless network through the built-in WIFI module, wherein the protective case for the electronic device further comprises a power jack comprising a first end and a second end, wherein when the electronic device is assembled with the protective case for the electronic device, the first end of the power jack is connected to a power interface of the electronic device to supply power to the WIFI module by a battery in the electronic device, and the second end of the power jack is connected to an external power supply to charge the electronic device, wherein the protective case further comprises a card tray for installing a network access card and an accommodation slot with a card holder, wherein the card tray is insertable in the accommodation slot and engages with the card holder to enable the network access card to connect to the WIFI module. wherein the protective case for the electronic device further comprises a power jack comprising a first end and a second end, wherein when the electronic device is assembled with the protective case for the electronic device, the first end of the power jack is connected to a power interface of the electronic device to supply power to the WIFI module by a battery in the electronic device, and the second end of the power jack is connected to an external power supply to charge the electronic device, wherein the protective case further comprises a card tray for installing a network access card and an accommodation slot with a card holder, wherein the card tray is insertable in the accommodation slot and engages with the card holder to enable the network access card to connect to the WIFI module.
A method of wireless communication at a wireless device associated with an overlapping basic service set, OBSS, comprising: receiving a wireless local area network, WLAN, packet comprising a preamble and a data region, wherein the data region comprises a MAC header and an OBSS identification mechanism comprising a cyclic redundancy check, CRC, for decoding the MAC header; determining that there is insufficient information in the preamble to decide that the WLAN packet is associated with the OBSS; decoding at least a portion of the data region; identifying the OBSS identification mechanism in a delimiter field or a service field of the data region; and determining that the WLAN packet is associated with the OBSS based at least in part on the CRC of the OBSS identification mechanism. receiving a wireless local area network, WLAN, packet comprising a preamble and a data region, wherein the data region comprises a MAC header and an OBSS identification mechanism comprising a cyclic redundancy check, CRC, for decoding the MAC header; determining that there is insufficient information in the preamble to decide that the WLAN packet is associated with the OBSS; decoding at least a portion of the data region; identifying the OBSS identification mechanism in a delimiter field or a service field of the data region; and determining that the WLAN packet is associated with the OBSS based at least in part on the CRC of the OBSS identification mechanism.
An agricultural vehicle header comprising: a frame having a main truss extending in a lateral direction; at least one support arm extending from the frame in the forward direction; a cutter assembly attached to a respective distal end of each at least one support arm; and a linkage connecting a respective proximal end of each at least one support arm to the frame, the linkage comprising a virtual pivot (426, 1008, 1104) located below the main truss, and at or behind the main truss with respect to the forward direction, wherein the linkage comprises: a front link extending in a first direction from a proximal front pivot on the frame to a distal front pivot on the support arm; a rear link extending in a second direction from a proximal rear pivot on the frame to a distal rear pivot on the support arm; and the first direction and the second direction intersect at a location below the linkage, the linkage being characterized in that the proximal rear pivot is located behind the frame, and the proximal front pivot is located in front of the frame or behind the main truss with respect to the forward direction. a frame having a main truss extending in a lateral direction; at least one support arm extending from the frame in the forward direction; a cutter assembly attached to a respective distal end of each at least one support arm; and a front link extending in a first direction from a proximal front pivot on the frame to a distal front pivot on the support arm; a rear link extending in a second direction from a proximal rear pivot on the frame to a distal rear pivot on the support arm; and the first direction and the second direction intersect at a location below the linkage, the linkage being characterized in that the proximal rear pivot is located behind the frame, and the proximal front pivot is located in front of the frame or behind the main truss with respect to the forward direction.
A power converter for supplying an output voltage or an output current for powering an LED fixture, the power converter comprising: - a primary circuit comprising: o an input terminal for receiving a mains supply voltage; o a primary winding connected to the input terminal; - a secondary circuit comprising a secondary winding that is magnetically coupled with the primary winding for providing the output voltage or output current; the primary circuit and the secondary circuit being configured as a flyback converter - a sensor for measuring an electrical characteristic of the secondary circuit and; the sensor being configured to measure a voltage across a winding of the secondary circuit as the electrical characteristic of the secondary circuit; - characterised in that the power converter further comprises: o a detector configured to determine a frequency of the mains supply voltage as an electrical characteristic of the mains supply voltage based on the measured electrical characteristic of the secondary circuit. - a primary circuit comprising: o an input terminal for receiving a mains supply voltage; o a primary winding connected to the input terminal; o an input terminal for receiving a mains supply voltage; o a primary winding connected to the input terminal; - a secondary circuit comprising a secondary winding that is magnetically coupled with the primary winding for providing the output voltage or output current; the primary circuit and the secondary circuit being configured as a flyback converter - a sensor for measuring an electrical characteristic of the secondary circuit and; the sensor being configured to measure a voltage across a winding of the secondary circuit as the electrical characteristic of the secondary circuit; - characterised in that the power converter further comprises: o a detector configured to determine a frequency of the mains supply voltage as an electrical characteristic of the mains supply voltage based on the measured electrical characteristic of the secondary circuit.
A display device for indicating a future, automatically performed steering intervention of a vehicle, characterised by: a vehicle steering wheel; a light strip, comprising a plurality of light elements positioned nextto one another; wherein the lightstrip is included in the vehicle steering wheel and visible therein; a control device, which is coupled to the light strip and is designed for the following: receiving information relating to future, automatically performed steering interventions, more especially from a unit for automatically determining future vehicle manoeuvres; activating light elements of the light strip depending on the received information relating to future steering interventions; wherein the automatic steering intervention comprises the automatic rotation of the steering wheel; wherein the activation of light elements comprises the following: determining the number of light elements which are activated depending on the magnitude of the rotation of the future steering intervention. a vehicle steering wheel; a light strip, comprising a plurality of light elements positioned nextto one another; wherein the lightstrip is included in the vehicle steering wheel and visible therein; a control device, which is coupled to the light strip and is designed for the following: receiving information relating to future, automatically performed steering interventions, more especially from a unit for automatically determining future vehicle manoeuvres; activating light elements of the light strip depending on the received information relating to future steering interventions; wherein the automatic steering intervention comprises the automatic rotation of the steering wheel; wherein the activation of light elements comprises the following: determining the number of light elements which are activated depending on the magnitude of the rotation of the future steering intervention. receiving information relating to future, automatically performed steering interventions, more especially from a unit for automatically determining future vehicle manoeuvres; activating light elements of the light strip depending on the received information relating to future steering interventions; wherein the automatic steering intervention comprises the automatic rotation of the steering wheel; wherein the activation of light elements comprises the following: determining the number of light elements which are activated depending on the magnitude of the rotation of the future steering intervention.
A system for cancelling the bias of a gyroscope which provides a signal corresponding to rate of rotation about an input axis, comprising: means for periodically dithering the gyroscope about an axis perpendicular to the input axis, characterized by means for delaying the gyroscope signal to provide a delayed signal which lags the gyroscope signal by one-half of the dithering period, and means for combining the delayed signal with the signal from the gyroscope to provide an output signal from which the bias has been cancelled. means for periodically dithering the gyroscope about an axis perpendicular to the input axis, characterized by means for delaying the gyroscope signal to provide a delayed signal which lags the gyroscope signal by one-half of the dithering period, and means for combining the delayed signal with the signal from the gyroscope to provide an output signal from which the bias has been cancelled.
A method for generating a media content availability notification (218; 310) comprising: receiving, at a processing circuit, a selection of media content and content delivery preferences, wherein the content delivery preferences comprise a selection of a plurality of unique online content sources specified by a user using a user interface device and user account data for the plurality of unique online content sources; requesting, over a network, content availability data from the plurality of unique online content sources based at least in part on the selection of media content and the user account data, wherein the content availability data indicates whether the selection of media content is available to a user account in the user account data; receiving, at the processing circuit, the content availability data; and using the content availability data to generate a notification for an electronic device, wherein the notification indicates that the selection of media content is available to at least one user account in the user account data from at least one of the plurality of unique online content sources. receiving, at a processing circuit, a selection of media content and content delivery preferences, wherein the content delivery preferences comprise a selection of a plurality of unique online content sources specified by a user using a user interface device and user account data for the plurality of unique online content sources; requesting, over a network, content availability data from the plurality of unique online content sources based at least in part on the selection of media content and the user account data, wherein the content availability data indicates whether the selection of media content is available to a user account in the user account data; receiving, at the processing circuit, the content availability data; and using the content availability data to generate a notification for an electronic device, wherein the notification indicates that the selection of media content is available to at least one user account in the user account data from at least one of the plurality of unique online content sources.
A method of carrying out a manipulator process, which comprises at least two manipulator poses, by a manipulator, in particular by a robot, which comprises at least one drive means which comprises a motor and a brake, wherein the method comprises the following steps: moving towards a manipulator pose; stopping at least one drive means; applying at least one brake of said drive means; reducing the supply of energy to the drive means; increasing the supply of energy to the drive means; releasing the applied brake; moving towards a further manipulator pose; wherein the manipulator process comprises a movement sequence of the manipulator.
Display device for a vehicle equipped with multiple comfort systems that can be switched on and off as desired, having a display area for displaying graphical objects (120, 130, 140, 150, 160), and having a control unit for driving the display area, the control unit being configured to receive data about consumptions of the comfort systems and to generate from these data graphic data for graphical objects (120, 130, 140, 150, 160) for the display area that represent the consumptions, characterized in that the graphical object (120, 130, 140, 150, 160) of a comfort system that is switched on is formed as a section of an annular figure formed as a circular ring and, if desired, the graphical object (120, 130, 140, 150, 160) of exactly one of the comfort systems that is switched on can be displayed so as to be emphasized optically as compared with the rest of the circular ring on the display area, wherein the display device interacts with an operating element or multiple operating elements in such a way that it is possible to switch over between the various items of consumption information.
A collapsible canopy, comprising: A. at least three supporting legs, B. a plurality of outer retractable units, each outer retractable unit connected between two of said at least three supporting legs, C. a plurality of inner retractable units comprising inner ends, each inner retractable unit connected to one of said at least three supporting legs, wherein said outer retractable units and said inner retractable units form a roof frame of said collapsible canopy, D. a central lock for locking said collapsible canopy in an unfolded state when said central lock is locked and for permitting said collapsible canopy to be folded into a folded state when said central lock is unlocked, wherein said inner ends of said inner retractable units are connected to said central lock, and E. a plurality of reinforcement bars, wherein each reinforcement bar is respectively pivotally connected between one of said outer retractable units and one of said inner retractable units, wherein said plurality of reinforcement bars function to maintain the shape of said collapsible canopy when said collapsible canopy is in a locked and unfolded position, characterized in that, each inner retractable unit of said plurality of inner retractable units comprises at least one first oblique top pipe pivotally connected to said central lock, and wherein each outer retractable unit of said plurality of outer retractable units comprises at least one eave pipe, wherein each of said plurality of reinforcement bars is pivotally connected between said at least one first oblique top pipe and said at least one eave pipe. A. at least three supporting legs, B. a plurality of outer retractable units, each outer retractable unit connected between two of said at least three supporting legs, C. a plurality of inner retractable units comprising inner ends, each inner retractable unit connected to one of said at least three supporting legs, wherein said outer retractable units and said inner retractable units form a roof frame of said collapsible canopy, D. a central lock for locking said collapsible canopy in an unfolded state when said central lock is locked and for permitting said collapsible canopy to be folded into a folded state when said central lock is unlocked, wherein said inner ends of said inner retractable units are connected to said central lock, and E. a plurality of reinforcement bars, wherein each reinforcement bar is respectively pivotally connected between one of said outer retractable units and one of said inner retractable units, wherein said plurality of reinforcement bars function to maintain the shape of said collapsible canopy when said collapsible canopy is in a locked and unfolded position, characterized in that, each inner retractable unit of said plurality of inner retractable units comprises at least one first oblique top pipe pivotally connected to said central lock, and wherein each outer retractable unit of said plurality of outer retractable units comprises at least one eave pipe, wherein each of said plurality of reinforcement bars is pivotally connected between said at least one first oblique top pipe and said at least one eave pipe.