mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a first wind turbine and a second wind turbine, the second wind turbine being located in the wake of the first wind turbine, a prediction model being fed with a current wind value of the first wind turbine, in order to predict a future time point at which the area swept by the rotor of the second wind turbine becomes partially overlapped by the wake of the first wind turbine, and in which the second wind turbine reacts to the prediction in that a control signal is generated in order to alter the pitch angle of a rotor blade of the second wind turbine relative to the pitch angle of another rotor blade of the second wind turbine.
A method for controlling a communication of a first communicating device to a second communicating device over a communication network, the method comprises: monitoring, by a network device, data traffic to the communication network from the first communication device, the network device is arranged to monitor the data traffic through a port of a network node, the network node residing in the communication channel in which the data traffic is conveyed and the port of the network node is arranged to mirror the data traffic to the network device, in response to local detection of at least one predetermined piece of information in at least one data frame in the data traffic generating, by the network device, an acknowledgement complying with a communication protocol used for the communication, and transmitting, by the network device, the generated acknowledgement to the first communication device for indicating a delivery of the data traffic to the second communicating device. monitoring, by a network device, data traffic to the communication network from the first communication device, the network device is arranged to monitor the data traffic through a port of a network node, the network node residing in the communication channel in which the data traffic is conveyed and the port of the network node is arranged to mirror the data traffic to the network device, in response to local detection of at least one predetermined piece of information in at least one data frame in the data traffic generating, by the network device, an acknowledgement complying with a communication protocol used for the communication, and transmitting, by the network device, the generated acknowledgement to the first communication device for indicating a delivery of the data traffic to the second communicating device.
Bluetooth device for controlling a plurality of wireless audio devices, comprising: - a wireless communication circuit, arranged to receive a wireless audio device identifier (ID 1, ID 2 and ID N) from each wireless audio, each wireless audio device having characteristics (C 1, C 2, C N); - a sound processing circuit for applying independent audio effects on a main audio stream such that the sound processing circuit outputs as many modified audio streams as the wireless communication circuit has received identifiers of wireless audio devices on the basis of the characteristics (C 1, C 2, C N) of each wireless audio device; - an allocation circuit for allocating each modified audio stream to a respective wireless audio device, - a transmission circuit for wirelessly transmitting through a Bluetooth usage each modified audio stream to said respective wireless audio device for emission by the wireless audio devices, characterized in that the characteristics (C 1, C 2, C N) comprise a signal strength of a Bluetooth signal between the Bluetooth device and the wireless audio devices, whether a noise cancelling feature of the wireless audio devices' speaker is activated, and/or an audio transfer function of the wireless audio devices' speaker. - a wireless communication circuit, arranged to receive a wireless audio device identifier (ID 1, ID 2 and ID N) from each wireless audio, each wireless audio device having characteristics (C 1, C 2, C N); - a sound processing circuit for applying independent audio effects on a main audio stream such that the sound processing circuit outputs as many modified audio streams as the wireless communication circuit has received identifiers of wireless audio devices on the basis of the characteristics (C 1, C 2, C N) of each wireless audio device; - an allocation circuit for allocating each modified audio stream to a respective wireless audio device, - a transmission circuit for wirelessly transmitting through a Bluetooth usage each modified audio stream to said respective wireless audio device for emission by the wireless audio devices, the characteristics (C 1, C 2, C N) comprise a signal strength of a Bluetooth signal between the Bluetooth device and the wireless audio devices, whether a noise cancelling feature of the wireless audio devices' speaker is activated, and/or an audio transfer function of the wireless audio devices' speaker.
A method of sending information from a Session Initiation Protocol intermediate node to a first Session Initiation Protocol terminal, the method comprising: upon receipt of a session initiation request at the Session Initiation Protocol intermediate node, establishing a first Session Initiation Protocol dialog between the Session Initiation Protocol intermediate node and the first Session Initiation Protocol terminal, wherein the first dialog is established by the intermediate node sending to the first terminal a message containing, as its To header tag parameter, a value generated by the intermediate node; sending information over said first dialog; and forwarding said request from the Session Initiation Protocol intermediate node to a second, destination Session Initiation Protocol terminal, before, during, or after establishment of said first dialog, characterized by establishing a second Session Initiation Protocol dialog, between the first and second Session Initiation Protocol terminals, wherein the second dialog is established by forwarding, from the intermediate node to the first terminal, a response sent by the second terminal to the first terminal, the response including as its To header tag parameter a value generated by the second terminal, and the first and second dialogs are distinguished by different To header tag parameters in said message and in said response. upon receipt of a session initiation request at the Session Initiation Protocol intermediate node, establishing a first Session Initiation Protocol dialog between the Session Initiation Protocol intermediate node and the first Session Initiation Protocol terminal, wherein the first dialog is established by the intermediate node sending to the first terminal a message containing, as its To header tag parameter, a value generated by the intermediate node; sending information over said first dialog; and forwarding said request from the Session Initiation Protocol intermediate node to a second, destination Session Initiation Protocol terminal, before, during, or after establishment of said first dialog, characterized by establishing a second Session Initiation Protocol dialog, between the first and second Session Initiation Protocol terminals, wherein the second dialog is established by forwarding, from the intermediate node to the first terminal, a response sent by the second terminal to the first terminal, the response including as its To header tag parameter a value generated by the second terminal, and the first and second dialogs are distinguished by different To header tag parameters in said message and in said response.
A mobile spraying machine comprising: a sensor that generates a sensor signal indicative of ozone gas concentration; power cable detection logic that receives the sensor signal and, based on the received sensor signal, determines that a power cable is proximate the mobile spraying machine; avoidance decision logic that identifies an avoidance action in response to determining that the power cable is proximate the mobile spraying machine; and a control signal generator that generates a control signal based on the avoidance action. a sensor that generates a sensor signal indicative of ozone gas concentration; power cable detection logic that receives the sensor signal and, based on the received sensor signal, determines that a power cable is proximate the mobile spraying machine; avoidance decision logic that identifies an avoidance action in response to determining that the power cable is proximate the mobile spraying machine; and a control signal generator that generates a control signal based on the avoidance action.
A switching device for a vehicle comprising a transformer, the vehicle being in particular a public transit vehicle, the transformer comprising at least one first winding, a first housing containing the first winding, and a first primary connector electrically connected to the first winding through the first housing, the switching device comprising a second housing, an input terminal configured to receive an electric current, a first secondary connector, and a switching member configured to switch between a first configuration in which the switching member electrically connects the input terminal and the first secondary connector and a second configuration in which the switching member electrically isolates the input terminal from the first secondary connector, the switching member being housed in the second housing, the first secondary connector being electrically connected to the switching member through the second housing and being adapted to be connected to the first primary connector, the switching device being characterized in that the first secondary connector is configured to cooperate with the first primary connector to attach the switching device to the transformer, in particular to the first housing, in a connection position when the first primary connector is connected to the first secondary connector, the second housing being integral with the first housing when the switching device is in the connection position.
A composition for synthesizing silica, comprising at least one peptide selected from the group consisting of amino acid sequences set forth in SEQ ID NOs: 1 and 2.
Pump for delivering a liquid or pasty medium which is enclosed in an elastic hose mounted in a working space, wherein the hose is deformed by movable rollers which press the hose against a bearing arranged in a cover, and wherein the rollers are mounted in a roller wheel that is driven in rotation, wherein at least one spring means presses the displaceable axle of the roller wheel in the direction of the hose, characterized in that the roller wheel is guided in a pivoting manner by a lever or longitudinally by a linear guide, and wherein the drive, consisting of an electric motor and a gear mechanism, of the roller wheel is fastened to the lever or to the linear guide, and wherein the roller wheel is separated from the working space by a diaphragm.
A distractor device for orthodontic widening of a human jaw, in particular for palatal expansion, wherein the distractor device has at least two implant screws and an adjustable-length expansion means, and at least two implant receiving sleeves (5, 6), fastened to the expansion means, for one of the implant screws in each case, wherein the distance of the implant receiving sleeves (5, 6) from each other is changeable by means of adjustment of the length of the expansion means, and the implant screws in each case have a threaded portion for screwing the respective implant screw into the jaw and a fastening portion for fastening the respective implant screw in the respective implant receiving sleeve (5, 6), characterised in that the implant screws in at least one operating state of the distractor device can be pushed completely through the respective implant receiving sleeve (5, 6) over their entire length.
A light emitting device (100, 100a), comprising: a light emitting element including a growth substrate and a semiconductor layer located below the growth substrate; a light transmissive member disposed above a top surface of the light emitting element; and a transparent resin bonding the top surface of the light emitting element and a bottom surface of the light transmissive member, wherein the bottom surface of the light transmissive member encompasses the top surface of the light emitting element, the transparent resin continuously covers the bottom surface of the light transmissive member and a side surface of the semiconductor layer, the transparent resin is disposed to cover a covered portion (130, 131) of the semiconductor layer and to expose an exposed portion (120, 121) of the semiconductor layer and a part of the growth substrate, the covered portion and the exposed portion being located at a central portion and a side edge portion, respectively, in a direction parallel to the top surface of the light emitting element in a side view, the transparent resin covers the covered portion so that the side surface of the semiconductor layer is covered by at least 20% in length of the semiconductor layer in the direction, and a periphery of the transparent resin connects the covered portion and a side edge portion of the growth substrate, and further extends toward the bottom surface of the light transmissive member located at a side of the light emitting element, in an inclined state relative to a side surface of the light emitting element. a light emitting element including a growth substrate and a semiconductor layer located below the growth substrate; a light transmissive member disposed above a top surface of the light emitting element; and a transparent resin bonding the top surface of the light emitting element and a bottom surface of the light transmissive member, wherein the bottom surface of the light transmissive member encompasses the top surface of the light emitting element, the transparent resin continuously covers the bottom surface of the light transmissive member and a side surface of the semiconductor layer, the transparent resin is disposed to cover a covered portion (130, 131) of the semiconductor layer and to expose an exposed portion (120, 121) of the semiconductor layer and a part of the growth substrate, the covered portion and the exposed portion being located at a central portion and a side edge portion, respectively, in a direction parallel to the top surface of the light emitting element in a side view, the transparent resin covers the covered portion so that the side surface of the semiconductor layer is covered by at least 20% in length of the semiconductor layer in the direction, and a periphery of the transparent resin connects the covered portion and a side edge portion of the growth substrate, and further extends toward the bottom surface of the light transmissive member located at a side of the light emitting element, in an inclined state relative to a side surface of the light emitting element.
Control system for the control of an actuator (8, 9), in particular a fluid cylinder or a fluidic muscle, comprising a programmable control system, a signal transmission system, an actuator (8, 9), a bus user (4, 5) assigned to the actuator (8, 9), and a sensor (10, 11), wherein the signal transmission system in the form of a field bus system is connected electrically to the programmable control system and the bus user (4, 5) and is designed for signal transmission between the programmable control system and the bus user (4, 5), wherein the sensor (10, 11) is assigned to the actuator (8, 9) to determine an operating status and to provide a sensor signal to the programmable control system, wherein the sensor (10, 11) is connected electrically to the bus user (4, 5) to provide the sensor signal to the programmable control system over the signal transmission system and wherein there is formed in the programmable control system a controller to control the actuator (8, 9) with the aid of control commands and the sensor signals of the sensor (10, 11), wherein the controller includes a control algorithm which is designed to compensate for non-linear properties of a controlled system determined by the actuator (8, 9), wherein the controller is implemented as a software module in the programmable control system, characterised in that the controller includes at least one observer algorithm which is designed to determine a virtual sensor signal with the aid of the measured sensor signals and/or a control variable for the actuator using a non-linear mathematical model.
A display device comprising picture elements, a picture element of the picture elements comprising: at least one first fluid and a second fluid immiscible with each other within a space between a first transparent support plate and a second support plate, the second fluid being electroconductive or polar, at least one of the first transparent support plate or the second support plate comprising a first electrode only partly covering a total area of the picture element, characterised in that the display device comprises a wall confining the at least one first fluid to the picture element, and in that the at least one first fluid forms a continuous film covering the at least one of the first transparent support plate or the second support plate with no voltage applied between the second fluid and the first electrode, and the at least one first fluid moves towards a region of the total area of the picture element free from the first electrode upon application of a voltage between the second fluid and the first electrode. at least one first fluid and a second fluid immiscible with each other within a space between a first transparent support plate and a second support plate, the second fluid being electroconductive or polar, at least one of the first transparent support plate or the second support plate comprising a first electrode only partly covering a total area of the picture element, characterised in that the display device comprises a wall confining the at least one first fluid to the picture element, and in that the at least one first fluid forms a continuous film covering the at least one of the first transparent support plate or the second support plate with no voltage applied between the second fluid and the first electrode, and the at least one first fluid moves towards a region of the total area of the picture element free from the first electrode upon application of a voltage between the second fluid and the first electrode.
A composition for oral administration comprising as the active ingredient metadoxine, wherein a portion of the metadoxine is formulated for sustained release and a portion of the metadoxine is formulated for immediate release, and wherein the relative proportion of the sustained release metadoxine portion to the immediate release metadoxine portion is in the range of from 60:40 to 80:20, in whole integers.
A slicing apparatus comprising: a slicing wheel mounted for rotation about a roughly horizontal axis; a first delivery structure adapted to deliver food product to the slicing wheel; a moving delivery device adapted to press the food product against the first delivery structure and propel the food product in a delivery direction along a length of the first delivery structure to the slicing wheel; wherein the slicing wheel produces a slice cut in the food product parallel to the delivery direction in which the food product is delivered to the slicing wheel, characterized by: a stripper plate adapted to maintain stability and control of the food product as and after the food product leaves the slicing wheel such that the food product continues a forward momentum upon exiting the slicing wheel; a frame on which the slicing wheel, the moving delivery device and the stripper plate are assembled; and means for biasing the frame towards the first delivery structure such that the moving delivery and the stripper plate are simultaneously forced toward the food product. a slicing wheel mounted for rotation about a roughly horizontal axis; a first delivery structure adapted to deliver food product to the slicing wheel; a moving delivery device adapted to press the food product against the first delivery structure and propel the food product in a delivery direction along a length of the first delivery structure to the slicing wheel; wherein the slicing wheel produces a slice cut in the food product parallel to the delivery direction in which the food product is delivered to the slicing wheel, characterized by: a stripper plate adapted to maintain stability and control of the food product as and after the food product leaves the slicing wheel such that the food product continues a forward momentum upon exiting the slicing wheel; a frame on which the slicing wheel, the moving delivery device and the stripper plate are assembled; and means for biasing the frame towards the first delivery structure such that the moving delivery and the stripper plate are simultaneously forced toward the food product. a stripper plate adapted to maintain stability and control of the food product as and after the food product leaves the slicing wheel such that the food product continues a forward momentum upon exiting the slicing wheel; a frame on which the slicing wheel, the moving delivery device and the stripper plate are assembled; and means for biasing the frame towards the first delivery structure such that the moving delivery and the stripper plate are simultaneously forced toward the food product.
An aerosol generating article comprising: an aerosol generating substrate; a mouthpiece comprising an element defining a cavity having a longitudinal axis; and a particulate aerosol altering material partially filling the cavity, wherein the particulate aerosol altering material is adhered to the cavity-defining segment by means of a permanent adhesive provided over at least a portion of an inner surface of the cavity-defining segment to define an aerosol passage substantially concentric with the longitudinal axis of the cavity, at least a portion of a surface area of the particulate aerosol altering material being directly exposed to aerosol flowing along the aerosol passage during use, wherein less than 70 percent of an overall surface area of the particulate aerosol altering material is directly in contact with the adhesive material. an aerosol generating substrate; a mouthpiece comprising an element defining a cavity having a longitudinal axis; and a particulate aerosol altering material partially filling the cavity, wherein the particulate aerosol altering material is adhered to the cavity-defining segment by means of a permanent adhesive provided over at least a portion of an inner surface of the cavity-defining segment to define an aerosol passage substantially concentric with the longitudinal axis of the cavity, at least a portion of a surface area of the particulate aerosol altering material being directly exposed to aerosol flowing along the aerosol passage during use, wherein less than 70 percent of an overall surface area of the particulate aerosol altering material is directly in contact with the adhesive material.