mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting time shift playback by a media server in an adaptive HTTP streaming transmission solution, comprising: receiving a live media presentation description, MPD, request message from a client; returning a response message that comprises a current MPD for a current time period, wherein the current MPD comprises media presentation information for previous time periods, and the media presentation information for each previous time period comprises the previous time period and an address of previous MPD for the previous time period; being requested a MPD according to the address of previous MPD corresponding to the media segment to be requested currently by the client, wherein the moment of the media segment to be requested currently exceeds a time range corresponding to the current MPD; returning the corresponding previous MPD according to the address of previous MPD; being requested the media segment to be requested currently by the client according to the acquired previous MPD; and returning the corresponding media segment to be requested currently. receiving a live media presentation description, MPD, request message from a client; returning a response message that comprises a current MPD for a current time period, wherein the current MPD comprises media presentation information for previous time periods, and the media presentation information for each previous time period comprises the previous time period and an address of previous MPD for the previous time period; being requested a MPD according to the address of previous MPD corresponding to the media segment to be requested currently by the client, wherein the moment of the media segment to be requested currently exceeds a time range corresponding to the current MPD; returning the corresponding previous MPD according to the address of previous MPD; being requested the media segment to be requested currently by the client according to the acquired previous MPD; and returning the corresponding media segment to be requested currently.
A handle for a burner device comprising • a first port and a second port, each for connecting to either a burner or a fuel gas supply, • a connecting tube mounted between the first port and the second port, and • a hand member having a hollow-cylindrical gripping region provided for being gripped by a hand of an operator, • wherein the hand element extends at least partially around the connecting tube, characterized • in that the hand element comprises a planar contact region provided for applying to a forearm of the operator, • in that the contact region has a greater radial extent away from the connecting tube than the gripping region at least in a sub-region, and • in that the gripping region and the contact region are integrally formed. • a first port and a second port, each for connecting to either a burner or a fuel gas supply, • a connecting tube mounted between the first port and the second port, and • a hand member having a hollow-cylindrical gripping region provided for being gripped by a hand of an operator, • wherein the hand element extends at least partially around the connecting tube, • in that the hand element comprises a planar contact region provided for applying to a forearm of the operator, • in that the contact region has a greater radial extent away from the connecting tube than the gripping region at least in a sub-region, and • in that the gripping region and the contact region are integrally formed.
A method of calibrating a human-machine interface of a JAVA application software for mobile phones having a numeric 10Kex keypad and a display, having left and right software keys and having cursor keys, comprising the following steps: - program start of the JAVA application software on a mobile phone; - starting a calibration dialogue, wherein first a user of the mobile phone is requested in a confirmation dialogue to press a given key of the numeric keypad, and determining the keypad code of the pressed key so that the pressed key is defined as a confirmation key for confirming entries; to then prompt the user to interactively define the visible and later used display section by defining a rectangle, which is drawn on the display in the upper left corner, and which is drawn into the lower right corner by the user with the cursor keys to the maximum display size, the user being prompted to confirm this display section by pressing the confirm key; - prompting the user to press the left and right software keys, again determining their keyboard codes, and prompting the user to confirm each by pressing the confirmation key; - running the Java application software using the calibration information entered. - program start of the JAVA application software on a mobile phone; - starting a calibration dialogue, - prompting the user to press the left and right software keys, again determining their keyboard codes, and prompting the user to confirm each by pressing the confirmation key; - running the Java application software using the calibration information entered.
Spray gun for a high-pressure cleaning appliance, with a liquid inlet for pressurised cleaning liquid, a liquid outlet for dispensing the cleaning liquid, and with a valve which, for controlling the dispensing of liquid, is arranged in the path of flow between the liquid inlet and the liquid outlet and can be actuated by means of an actuating element, and with a pressure detection and indication device which comprises a thrust part which is displaceable along a thrust axis dependent on a pressure of the cleaning liquid prevailing in the path of flow between the liquid inlet and the liquid outlet, and an indicating part coupled mechanically with the thrust part, which indicating part can be moved into different positions with the aid of the thrust part, characterised in that the indicating part is linearly movable with the aid of the thrust part along an indication axis which is inclined relative to the thrust axis and together with the thrust axis defines a plane.
A method for manufacturing shoes with a heel, the method comprising, for each kind of shoe to be manufactured, a first step of locking a heel in a determined position by means of jaws (6, 7), and a second step of coupling a corresponding upper to the heel maintaining said heel in said determined position; the method being characterized in that it comprises an initial preparatory step comprising the sub-steps of: - prearranging, on at least one of said jaws (6, 7), a deformable pad (11; 16) housing a ferromagnetic particulate material; - clamping the jaws (6, 7) on a heel of a model of the type of shoe to be manufactured so as to deform the pad (11; 16) and shape it, under the action of the pressure exerted by the jaws (6, 7), according to a corresponding profile (20, 24; 21) of the model and define an impression (22; 23) on said pad (11; 16); and - stabilizing the impression (22; 23) by means of the application of a magnetic field so that said impression (22; 23) may be used for manufacturing a series of shoes identical to the model. - prearranging, on at least one of said jaws (6, 7), a deformable pad (11; 16) housing a ferromagnetic particulate material; - clamping the jaws (6, 7) on a heel of a model of the type of shoe to be manufactured so as to deform the pad (11; 16) and shape it, under the action of the pressure exerted by the jaws (6, 7), according to a corresponding profile (20, 24; 21) of the model and define an impression (22; 23) on said pad (11; 16); and - stabilizing the impression (22; 23) by means of the application of a magnetic field so that said impression (22; 23) may be used for manufacturing a series of shoes identical to the model.
An automotive access system transceiver, the transceiver comprising: a receiver for receiving a multi-bit input signal; a data-receiving circuit; a transmitter; and a control circuit to control the transmitter and receiver for communicating signals with a vehicle base station, wherein the data-receiving circuit comprises a pattern detection unit (300; 400) configured to compare the multi-bit input signal with a target pattern associated with a vehicle base station, wherein the pattern detection unit (300; 400) comprises: a shift register (302; 402) configured to over-sample the multi-bit input signal such that each bit of the input signal is represented by a plurality of samples in the shift register (302; 402); and a correlator (304; 404) configured to compare the target pattern with two or more of the plurality of samples of each bit from the shift register (302; 402) in order to determine whether or not the input signal matches the target pattern, wherein the controller is configured, in response to finding a match between the input signal and the target pattern, to operate the transmitter of the remote transceiver circuit to send an authorisation signal to the vehicle base station. a receiver for receiving a multi-bit input signal; a data-receiving circuit; a transmitter; and a control circuit to control the transmitter and receiver for communicating signals with a vehicle base station, wherein the data-receiving circuit comprises a pattern detection unit (300; 400) configured to compare the multi-bit input signal with a target pattern associated with a vehicle base station, wherein the pattern detection unit (300; 400) comprises: a shift register (302; 402) configured to over-sample the multi-bit input signal such that each bit of the input signal is represented by a plurality of samples in the shift register (302; 402); and a correlator (304; 404) configured to compare the target pattern with two or more of the plurality of samples of each bit from the shift register (302; 402) in order to determine whether or not the input signal matches the target pattern, a shift register (302; 402) configured to over-sample the multi-bit input signal such that each bit of the input signal is represented by a plurality of samples in the shift register (302; 402); and a correlator (304; 404) configured to compare the target pattern with two or more of the plurality of samples of each bit from the shift register (302; 402) in order to determine whether or not the input signal matches the target pattern, wherein the controller is configured, in response to finding a match between the input signal and the target pattern, to operate the transmitter of the remote transceiver circuit to send an authorisation signal to the vehicle base station.
A drilling worktable for manufacturing tube support plates of a steam generator constituting a primary system of a nuclear power plant, the drilling worktable comprising: a plate having a drill insertion groove suitable for the insertion of a drill, the drill insertion groove being formed in such a way that it can face a position at which a heat transfer tube insertion hole is drilled in a member to be processed; wherein the plate comprises: a seating section formed on an upper surface of the plate so as to protrude upward, a groove section, wherein the seating section and the groove section have at least one drill insertion groove formed on an upper surface thereof; wherein the groove section is formed in such a way that coolant, supplied when the heat transfer tube insertion hole is drilled downward of the seating section, can be discharged; at least one coolant discharge hole formed in the seating section configured to guide drainage of the coolant from the drill insertion groove; and a coolant merging hole communicating with a lower end of the coolant discharge hole, arranged in such a way that the coolant can be merged from the coolant discharge hole into the coolant merging hole to be discharged out of the plate. a plate having a drill insertion groove suitable for the insertion of a drill, the drill insertion groove being formed in such a way that it can face a position at which a heat transfer tube insertion hole is drilled in a member to be processed; wherein the plate comprises: a seating section formed on an upper surface of the plate so as to protrude upward, a groove section, wherein the seating section and the groove section have at least one drill insertion groove formed on an upper surface thereof; wherein the groove section is formed in such a way that coolant, supplied when the heat transfer tube insertion hole is drilled downward of the seating section, can be discharged; at least one coolant discharge hole formed in the seating section configured to guide drainage of the coolant from the drill insertion groove; and a coolant merging hole communicating with a lower end of the coolant discharge hole, arranged in such a way that the coolant can be merged from the coolant discharge hole into the coolant merging hole to be discharged out of the plate. a seating section formed on an upper surface of the plate so as to protrude upward, a groove section, wherein the seating section and the groove section have at least one drill insertion groove formed on an upper surface thereof; wherein the groove section is formed in such a way that coolant, supplied when the heat transfer tube insertion hole is drilled downward of the seating section, can be discharged; at least one coolant discharge hole formed in the seating section configured to guide drainage of the coolant from the drill insertion groove; and a coolant merging hole communicating with a lower end of the coolant discharge hole, arranged in such a way that the coolant can be merged from the coolant discharge hole into the coolant merging hole to be discharged out of the plate.
A humidifier for humidifying air by cold evaporation of a liquid, in particular water, with a tank for the storage of the liquid, wherein a roller for humidifying air through cold evaporation of the liquid as well as a motorized drive for rotation of the roller about the axis of rotation are provided, wherein the roller has a shaft and at least one plate, wherein the at least one plate is arranged coaxially in respect to a shaft, and wherein the roller is designed such that the at least one plate dips at least partially into the liquid, in order with the moistened part exiting with further rotation from the liquid to release the liquid through cold evaporation to the air to be dehumidified, characterized in that the roller comprises a filter cartridge, which is designed for filtering water, in particular for water softening and/or purification of water, for use in a humidifier or the like, with a storage space for the storing of filter material, in particular of ion exchange resin, activated carbon or the like, and with at least one opening, in order to supply the water to be filtered to the storage space and/or to release it from the storage space, wherein the filter cartridge is designed to be arranged in the tank with water to be filtered, so that the filter cartridge can protrude into the water stored in the tank, wherein the at least one opening is designed both as water inlet for supplying water from the tank into the storage space as well as the water outlet for release of water from the storage space into the tank, wherein as a mounting device is provided for the mounting in the tank, namely a hub for fastening to the shaft and/or axis of rotation, wherein the filter cartridge is applied to the shaft, wherein the filter cartridge, in particular the at least one opening is arranged in and/or on the tank such that the water absorbed by the filter cartridge from the tank for the filtering is released again into the tank to the water which has not yet been absorbed.
A method for registering (a) remote control device(s), associated with an identifier and intended to control a vehicle, at a computer of the latter, characterized in that it includes a step in which, in the event of presentation of a remote control device and in the presence of at least one valid registered identifier in said computer, each valid registered identifier is rendered invalid, then, if said presented remote control device is associated with an unknown identifier of said computer, this identifier is registered in the latter by carrying out a registration procedure for a predefined lengthened duration, strictly greater than a duration of a normal registration procedure carried out when there is no identifier registered in said computer.
A cooking device for preparing food, comprising at least one tiltably mounted, heatable pan (10, 12), a preferably swiveling lid (14, 16) for opening and closing the pan (10, 12), and a frame which carries the pan (10, 12), the pan (10, 12) having a bottom, and front, rear and lateral edges, and electronic components being accommodated in the frame, characterized in that the frame forms a cooling space closed off to the environment, and that an active cooling means for the electronic or electric components is provided, including at least one electrically driven cooling unit accommodated in the interior of the frame.
A method for detecting a radio link, "RL", failure to be performed by a user equipment based on reception on at least one high speed downlink packet access, "HSDPA", channel between the UE and a Node-B, wherein the at least one HSDPA channel includes at least on of a high speed shared control channel, "HS-SCCH", and a high speed physical downlink shared channel, "HS-PDSCH", the method being characterized in comprising: monitoring at least the HS-SCCH determining a channel quality of the HS-SCCH; declaring a radio link, "RL", failure when the determined channel quality of the HS-SCCH remains below a predetermined threshold over a predetermined period of time; and if the UE successfully receives the downlink scheduling assignment on the HS-SCCH, the method further comprising: monitoring the HS-PDSCH; determining a channel quality of the HS-PDSCH and declaring a radio link, "RL", failure when the determined channel quality of the HS-PDSCH remains below a predetermined threshold over a predetermined period of time; and the method further comprising: invoking a procedure to recover the RL when the RL failure is declared. monitoring at least the HS-SCCH determining a channel quality of the HS-SCCH; declaring a radio link, "RL", failure when the determined channel quality of the HS-SCCH remains below a predetermined threshold over a predetermined period of time; and if the UE successfully receives the downlink scheduling assignment on the HS-SCCH, the method further comprising: monitoring the HS-PDSCH; determining a channel quality of the HS-PDSCH and declaring a radio link, "RL", failure when the determined channel quality of the HS-PDSCH remains below a predetermined threshold over a predetermined period of time; and the method further comprising: invoking a procedure to recover the RL when the RL failure is declared. monitoring the HS-PDSCH; determining a channel quality of the HS-PDSCH and declaring a radio link, "RL", failure when the determined channel quality of the HS-PDSCH remains below a predetermined threshold over a predetermined period of time; and the method further comprising: invoking a procedure to recover the RL when the RL failure is declared.
A mobile robot adapted to traverse at least vertical obstacles, the robot comprising a frame structure having a front end and a back end, and further having a front section, a middle section and a back section, the robot comprising (a) at least one front wheel positioned in the front section of the robot and extending beyond it in the front, at least one back wheel positioned in the back section of the robot, and at least one middle wheel positioned in the middle section of the robot; (b) at least one further wheel positioned either in the front section, middle section and/or back section of the structure; characterized in that the robot further comprises (c) a motor-driven device for exerting a downward and/or upward force with respect to the ground, selectively on the at least one middle wheel; (d) at least two motors, each of which being adapted to drive the wheels and/or the motor-driven device and; (e) a sensing device for sensing obstacles along the robot's forward direction of motion, wherein the sensing device is adapted to trigger the motor-driven device such that a downward force is applied to the at least one middle wheel of the robot to facilitate the movement of the at least one front wheel across the obstacles, wherein the sensing device comprises means for communicating with a central processing unit, wherein the central processing unit provides instructions to the motor-driven device based on information received from the sensing device. (a) at least one front wheel positioned in the front section of the robot and extending beyond it in the front, at least one back wheel positioned in the back section of the robot, and at least one middle wheel positioned in the middle section of the robot; (b) at least one further wheel positioned either in the front section, middle section and/or back section of the structure; characterized in that the robot further comprises (c) a motor-driven device for exerting a downward and/or upward force with respect to the ground, selectively on the at least one middle wheel; (d) at least two motors, each of which being adapted to drive the wheels and/or the motor-driven device and; (e) a sensing device for sensing obstacles along the robot's forward direction of motion, wherein the sensing device is adapted to trigger the motor-driven device such that a downward force is applied to the at least one middle wheel of the robot to facilitate the movement of the at least one front wheel across the obstacles, wherein the sensing device comprises means for communicating with a central processing unit, wherein the central processing unit provides instructions to the motor-driven device based on information received from the sensing device.
A calpain inhibitor or a pharmaceutically acceptable salt thereof, for use in the prevention and/or treatment of adverse ventricular remodelling caused by myocardial infarction, wherein the calpain inhibitor is ( -1-((( -1-benzyl-2,3-dioxo-3-(cyclopropylamino)-propyl)amino)carbonyl)-3-methylbutyl)carbamic acid 5-methoxy-3-oxapentyl ester or a pharmaceutically acceptable salt thereof, and it is for a more than one day administration after reperfusion onset of the myocardium.