mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling pool/spa components, the system comprising one or more processors configured to: receive information identifying a modular relay pack removably connected to a pool/spa controller, the modular relay pack comprising a plurality of relays including a first relay and a second relay; perform a first assignment of the first relay to a first pool/spa component; perform a second assignment of the second relay to a second pool/spa component; cause a display to present a control user interface comprising a plurality of buttons and/or controls including a first button and/or control and a second button and/or control; receive, via the user interface, a first input activating the first button and/or control; based on the first input and the first assignment, send a first control signal to control the first pool/spa component; receive, via the user interface, a second input activating the second button and/or control; and based on the second input and the second assignment, send a second control signal to control the second pool/spa component; wherein the user interface further comprises a group of buttons and/or controls for controlling a group of pool/spa components connected to the one or more processors, the group of pool/spa components sharing a common pool/spa function, wherein the group of buttons and/or controls is automatically updated to include an additional button and/or control upon the one or more processors assigning to an additional relay an additional pool/spa component having the common pool/spa function. receive information identifying a modular relay pack removably connected to a pool/spa controller, the modular relay pack comprising a plurality of relays including a first relay and a second relay; perform a first assignment of the first relay to a first pool/spa component; perform a second assignment of the second relay to a second pool/spa component; cause a display to present a control user interface comprising a plurality of buttons and/or controls including a first button and/or control and a second button and/or control; receive, via the user interface, a first input activating the first button and/or control; based on the first input and the first assignment, send a first control signal to control the first pool/spa component; receive, via the user interface, a second input activating the second button and/or control; and based on the second input and the second assignment, send a second control signal to control the second pool/spa component; wherein the user interface further comprises a group of buttons and/or controls for controlling a group of pool/spa components connected to the one or more processors, the group of pool/spa components sharing a common pool/spa function, wherein the group of buttons and/or controls is automatically updated to include an additional button and/or control upon the one or more processors assigning to an additional relay an additional pool/spa component having the common pool/spa function.
An energy storage device comprising: first to N th battery racks, each including a plurality of secondary battery cells electrically connected in series, the first to N th battery racks being electrically connected to each other in parallel; first to N th relay switches electrically connected in series to a high potential terminal or a low potential terminal of each battery rack, and designed to turn on or off in response to a control signal; first to N th rack voltage sensors electrically connected to each battery rack and each relay switch in parallel, and configured to output a measured voltage value as a signal; and a rack control unit configured to output a signal to control the turn-on or turn-off of the first to N th relay switches, and to receive the signals for the voltage values of the first to N th battery racks from the first to N th rack voltage sensors, wherein the rack control unit is configured to output a control signal to turn on only a relay switch electrically connected to any one battery rack, hereinafter referred to as a target rack, among the first to N th battery racks to prevent a voltage sensor of the target rack from being influenced by the other battery racks, wherein said rack control unit is further configured to calibrate a signal for a voltage value outputted from the voltage sensor electrically connected to the target rack based on a sum of voltage values of secondary battery cells included in the target rack, and the rack control unit is further configured to turn on all the first to N th relay switches one by one in a sequential order. first to N th battery racks, each including a plurality of secondary battery cells electrically connected in series, the first to N th battery racks being electrically connected to each other in parallel; first to N th relay switches electrically connected in series to a high potential terminal or a low potential terminal of each battery rack, and designed to turn on or off in response to a control signal; first to N th rack voltage sensors electrically connected to each battery rack and each relay switch in parallel, and configured to output a measured voltage value as a signal; and a rack control unit configured to output a signal to control the turn-on or turn-off of the first to N th relay switches, and to receive the signals for the voltage values of the first to N th battery racks from the first to N th rack voltage sensors, wherein the rack control unit is configured to output a control signal to turn on only a relay switch electrically connected to any one battery rack, hereinafter referred to as a target rack, among the first to N th battery racks to prevent a voltage sensor of the target rack from being influenced by the other battery racks, wherein said rack control unit is further configured to calibrate a signal for a voltage value outputted from the voltage sensor electrically connected to the target rack based on a sum of voltage values of secondary battery cells included in the target rack, and the rack control unit is further configured to turn on all the first to N th relay switches one by one in a sequential order.
A method of displaying a streaming video image at a mobile device during a packet based video call via a channel established over a wireless communication network, the method comprising: receiving a speed indication of the mobile device and sending said indication to a communication client application; the communication client application limiting the amount of information in the streaming video image that is supplied for display on a display means of the mobile device during the video call when the speed of the mobile device is greater than, or equal to, a first predetermined speed threshold responsive to receiving said indication; wherein the limiting comprises at least one of: dropping video frames of the received video signal such that the video appears to be a sequence of frozen images, reducing the display size of the video displayed on the screen, or reducing the resolution of the video information that is supplied to the display. receiving a speed indication of the mobile device and sending said indication to a communication client application; the communication client application limiting the amount of information in the streaming video image that is supplied for display on a display means of the mobile device during the video call when the speed of the mobile device is greater than, or equal to, a first predetermined speed threshold responsive to receiving said indication; wherein the limiting comprises at least one of: dropping video frames of the received video signal such that the video appears to be a sequence of frozen images, reducing the display size of the video displayed on the screen, or reducing the resolution of the video information that is supplied to the display.
Portable device for reeling an electrical cable comprising a connection element (14, 15) at each of its ends, the device comprising a handle, characterized in that: - the handle accommodates in its inside the substantially median part of the cable, with the two non-median parts of the cable exiting from the handle adjacent to one another; - it comprises a flexible support in the form of a flat spiral which can: o accommodate in its inside the two non-median parts of the cable which exit from the handle; o be wound around the handle in a storage configuration. - the handle accommodates in its inside the substantially median part of the cable, with the two non-median parts of the cable exiting from the handle adjacent to one another; - it comprises a flexible support in the form of a flat spiral which can: o accommodate in its inside the two non-median parts of the cable which exit from the handle; o be wound around the handle in a storage configuration. o accommodate in its inside the two non-median parts of the cable which exit from the handle; o be wound around the handle in a storage configuration.
Method of treating water and aqueous systems in pipes with chlorine dioxide (ClO 2), characterized by the features 1. the reaction space in which the ClO 2 is generated is completely surrounded by the system to be treated, 2. the system surrounding the reaction space is simultaneously the system to be treated, 3. the reaction space is a component of a mobile device and the mobile device can be introduced into the pipe in which the system to be treated is situated and removed again independently of the pressure state of the pipe containing the system to be treated, 4. the reaction space is situated after use of the mobile device in the pipe containing the system to be treated, 5. the ClO 2 generated in the reaction space is delivered to the system to be treated which is situated in the pipe, characterized in that the mobile device with the reaction space is conducted and moved into a guide channel, which has access to the pipe having the system to be treated, wherein a shutoff element shuts off the guide channel from the pipe. 1. the reaction space in which the ClO 2 is generated is completely surrounded by the system to be treated, 2. the system surrounding the reaction space is simultaneously the system to be treated, 3. the reaction space is a component of a mobile device and the mobile device can be introduced into the pipe in which the system to be treated is situated and removed again independently of the pressure state of the pipe containing the system to be treated, 4. the reaction space is situated after use of the mobile device in the pipe containing the system to be treated, 5. the ClO 2 generated in the reaction space is delivered to the system to be treated which is situated in the pipe, characterized in that the mobile device with the reaction space is conducted and moved into a guide channel, which has access to the pipe having the system to be treated, wherein a shutoff element shuts off the guide channel from the pipe.
A method comprising: receiving, by a decoding device, encoded audio information and metadata associated with an audio signal, the metadata including one or more decoding-control parameters and one or more first parameter values specifying dynamic range compression according to a first profile associated with a first reference reproduction level, and one or more second parameter values specifying DRC according to a second profile associated with a second reference reproduction level higher than the first reference reproduction level and within a range of reference reproduction levels; specifying, for the decoding device, a reference reproduction level; applying, by the decoding device, a decoding process to the encoded audio information to obtain subband signals representing spectral content of the audio signal; modifying, by the decoding device, the subband signals using the one or more second DRC parameter values specifying DRC according to the second profile to obtain modified subband signals with changed dynamic range characteristics, in response to specifying the reference reproduction level, for the decoding device, to the second reference reproduction level; and applying, by the decoding device, a synthesis filter bank to the modified subband signals to obtain a time-domain audio signal. receiving, by a decoding device, encoded audio information and metadata associated with an audio signal, the metadata including one or more decoding-control parameters and one or more first parameter values specifying dynamic range compression according to a first profile associated with a first reference reproduction level, and one or more second parameter values specifying DRC according to a second profile associated with a second reference reproduction level higher than the first reference reproduction level and within a range of reference reproduction levels; specifying, for the decoding device, a reference reproduction level; applying, by the decoding device, a decoding process to the encoded audio information to obtain subband signals representing spectral content of the audio signal; modifying, by the decoding device, the subband signals using the one or more second DRC parameter values specifying DRC according to the second profile to obtain modified subband signals with changed dynamic range characteristics, in response to specifying the reference reproduction level, for the decoding device, to the second reference reproduction level; and applying, by the decoding device, a synthesis filter bank to the modified subband signals to obtain a time-domain audio signal.
Cooking device for cooking food, comprising a cooking chamber (1, 3) for receiving the food, a steam generator (2, 4) for supplying steam into the cooking chamber (1, 3), a sensor for measuring a parameter of steam escaping from the cooking chamber (1, 3) through an opening (11, 14), which opening (11, 14) in the cooking chamber (1, 3) allows steam to escape from the cooking chamber (1, 3), or a sensor for measuring a parameter of steam in the cooking chamber (1, 3), a microwave generator for heating the food received inside the cooking chamber (1, 3), characterized in that a control unit is provided for controlling the microwave generator, wherein previously steam was introduced into the cooking chamber (1, 3), dependent on the parameter measured by the sensor.
An energy management system provided with a fuel cell, comprising: a control unit (140, 540) that controls the fuel cell; and an acquisition unit that is configured to acquire a power purchase unit price required for receiving supply of unit power from a grid and a unit price of the fuel cell required for the fuel cell to generate unit power, wherein when the unit price of the fuel cell is higher than the power purchase unit price, the control unit (140, 540) is configured to control the fuel cell, in a restrained state where output of the fuel cell is restrained, characterized in that the restrained state includes at least an idle state of the fuel cell that keeps a temperature of the fuel cell at which the fuel cell can output power; the control unit (140, 540) is configured to correct the unit price of the fuel cell to be a lower price as a price required for maintaining the idle state; and the control unit (140, 540) is configured to stop a load following operation in which the power output from the fuel cell follows a power consumption of a load and to control the fuel cell according to the idle state, when the corrected unit price of the fuel cell is higher than the power purchase unit price. a control unit (140, 540) that controls the fuel cell; and an acquisition unit that is configured to acquire a power purchase unit price required for receiving supply of unit power from a grid and a unit price of the fuel cell required for the fuel cell to generate unit power, wherein when the unit price of the fuel cell is higher than the power purchase unit price, the control unit (140, 540) is configured to control the fuel cell, in a restrained state where output of the fuel cell is restrained, characterized in that the restrained state includes at least an idle state of the fuel cell that keeps a temperature of the fuel cell at which the fuel cell can output power; the control unit (140, 540) is configured to correct the unit price of the fuel cell to be a lower price as a price required for maintaining the idle state; and the control unit (140, 540) is configured to stop a load following operation in which the power output from the fuel cell follows a power consumption of a load and to control the fuel cell according to the idle state, when the corrected unit price of the fuel cell is higher than the power purchase unit price.
A stent comprising a connector (18, 18', 38, 50, 60, 60', 70, 90, 110, 130, 150, 160, 170, 180, 190, 200, 230), wherein the connector comprises a first portion (22, 52, 72, 92, 112, 132, 152, 162, 172 182, 192, 202) coupled with a first cell, a second portion (24, 74, 94, 114, 134, 154, 164, 174, 184, 194, 204, 254) coupled with a second cell, and a third portion (26, 26', 56, 76, 96, 116, 136, 156, 166, 176 186, 196, 206, 236) positioned between the first and second portions; wherein a thickness of the third portion is reduced in a radial direction of the connector; wherein at least one of the first portion and the second portion is configured to at least partially surround the third portion; the connector is configured to interconnect axially adjacent stent segments; and the connector is configured such that the third portion thereof severs when the stent experiences either a predetermined axial force, a predetermined axial foreshortening, or a predetermined level of cyclic loading or fatigue.
An assay method for the determination of organic and inorganic compounds binding to cardiolipin using 3,6-di(azetidin-1-yl)-10-(3-(trimethylsilyl)propyl)acridin-10-ium iodide as fluorescent probe.
Use of a handheld apparatus for testing a sample of body fluid; the apparatus comprising: - a handheld test meter adapted for receiving a disposable electrochemical test unit; and - a disposable electrochemical test unit configured for electrochemical sensing of a redox active substance; wherein the disposable electrochemical test unit comprises a connector configured for connecting with the handheld test meter; wherein an electronic identification tag is embedded in the disposable electrochemical test unit, the electronic identification tag comprising information on the type of disposable electrochemical test unit; wherein said electronic identification tag is a passive RFID tag; wherein the handheld test meter is configured to read the electronic identification tag, and in response to its information on the type of disposable electrochemical test unit, configured to detect and process the electrochemical signal generated by the disposable electrochemical test unit during use to provide an indication to the user of the presence and/or amount of a redox active substance; characterized in that said handheld test meter comprises an insertion hole comprising a clamping section with an engagement member; wherein said connector comprises an engagement groove adapted to be engaged with the engagement member in the clamping section, wherein the electronic identification tag is embedded in the engagement groove, wherein the engagement member comprises an electronic identification tag reader. - a handheld test meter adapted for receiving a disposable electrochemical test unit; and - a disposable electrochemical test unit configured for electrochemical sensing of a redox active substance; wherein the disposable electrochemical test unit comprises a connector configured for connecting with the handheld test meter; wherein an electronic identification tag is embedded in the disposable electrochemical test unit, the electronic identification tag comprising information on the type of disposable electrochemical test unit; wherein said electronic identification tag is a passive RFID tag; wherein the handheld test meter is configured to read the electronic identification tag, and in response to its information on the type of disposable electrochemical test unit, configured to detect and process the electrochemical signal generated by the disposable electrochemical test unit during use to provide an indication to the user of the presence and/or amount of a redox active substance; characterized in that said handheld test meter comprises an insertion hole comprising a clamping section with an engagement member; wherein said connector comprises an engagement groove adapted to be engaged with the engagement member in the clamping section, wherein the electronic identification tag is embedded in the engagement groove, wherein the engagement member comprises an electronic identification tag reader.
A surgical stapling device and package assembly comprising; a stapling device including a tool assembly having a knife bar, the tool assembly including an anvil and a cartridge assembly coupled to the anvil such that the tool assembly is movable between an open position and a clamped position the cartridge assembly including an actuation sled, the knife bar and the actuation sled being movable through the tool assembly to eject staples from the staple cartridge; a shipping wedge (50, 50') releasably coupled to the stapling device, the shipping wedge including a body characterised in that the shipping wedge further includes a detection member (72, 72') supported on the body for movement between first and second positions, the detection member being positioned to extend into the tool assembly and engage the actuation sled when the shipping wedge is coupled to the stapling device, wherein engagement of the detection member with the actuation sled moves the detection member from the second position to the first position; and a package (90, 90') defining a cavity for receiving the stapling device and shipping wedge when the shipping wedge is coupled to the stapling device, the cavity being configured to receive the stapling device and shipping wedge within the cavity when the detection member is in the first position and to prevent reception of the stapling device and shipping wedge within the cavity when the detection member is in the second position. a stapling device including a tool assembly having a knife bar, the tool assembly including an anvil and a cartridge assembly coupled to the anvil such that the tool assembly is movable between an open position and a clamped position the cartridge assembly including an actuation sled, the knife bar and the actuation sled being movable through the tool assembly to eject staples from the staple cartridge; a shipping wedge (50, 50') releasably coupled to the stapling device, the shipping wedge including a body characterised in that the shipping wedge further includes a detection member (72, 72') supported on the body for movement between first and second positions, the detection member being positioned to extend into the tool assembly and engage the actuation sled when the shipping wedge is coupled to the stapling device, wherein engagement of the detection member with the actuation sled moves the detection member from the second position to the first position; and a package (90, 90') defining a cavity for receiving the stapling device and shipping wedge when the shipping wedge is coupled to the stapling device, the cavity being configured to receive the stapling device and shipping wedge within the cavity when the detection member is in the first position and to prevent reception of the stapling device and shipping wedge within the cavity when the detection member is in the second position.