mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for detecting liquid leakage within a battery pack by using a gyro sensor and a moisture detection sensor, the apparatus comprising: a slope detecting sensor unit, which detects a slope of a battery pack within a vehicle; a moisture detecting sensor unit, which detects moisture in an upper portion and a lower portion within the battery pack; and a liquid leakage determining unit, which obtains a slope detection result value and a moisture detection result value from the slope detecting sensor unit and the moisture detecting sensor unit, respectively, and determines liquid leakage for each situation of the battery pack based on the slope detection result value and the moisture detection result value, wherein the slope detecting sensor unit is a gyro sensor, which detects a slope and overturning of the battery pack, wherein when the battery pack is sloped in one side direction, the slope detecting sensor unit transmits a slope detection result value for the corresponding slope to the liquid leakage determining unit, and the liquid leakage determining unit operates the moisture detecting sensor units positioned in the upper portion and the lower portion in a direction of the corresponding slope to be on to obtain a moisture detection result value, and wherein the plurality of moisture detecting sensor units is provided in the upper portion and the lower portion within the battery pack, respectively. a slope detecting sensor unit, which detects a slope of a battery pack within a vehicle; a moisture detecting sensor unit, which detects moisture in an upper portion and a lower portion within the battery pack; and a liquid leakage determining unit, which obtains a slope detection result value and a moisture detection result value from the slope detecting sensor unit and the moisture detecting sensor unit, respectively, and determines liquid leakage for each situation of the battery pack based on the slope detection result value and the moisture detection result value, wherein the slope detecting sensor unit is a gyro sensor, which detects a slope and overturning of the battery pack, wherein when the battery pack is sloped in one side direction, the slope detecting sensor unit transmits a slope detection result value for the corresponding slope to the liquid leakage determining unit, and the liquid leakage determining unit operates the moisture detecting sensor units positioned in the upper portion and the lower portion in a direction of the corresponding slope to be on to obtain a moisture detection result value, and wherein the plurality of moisture detecting sensor units is provided in the upper portion and the lower portion within the battery pack, respectively.
Docking station, comprising a computer unit and a charging electronics connected to the computer unit via a data connection, wherein the charging electronics have at least one first charging coil in a holding housing, so that a battery of a dockable mobile device can be charged by means of at least a second charging coil, while at the same time data is transmitted between a memory of the mobile device and the computer unit and are transferable to at least one peripheral device (20, 21, 22) via outputs on the computer unit, characterized in that the at least one first charging coil and the at least one second charging coil are designed and connected in such a way that these can be controlled on the one hand by means of the computer unit and on the other hand by means of mobile device electronics in such a way that in addition to the energy transmission, the transferring data between mobile device and docking station in which at least one first and second charging coil generated and received are transmittable in the near-field range by means of the same coils (12, 30) and such data are forwardable to at least one peripheral device connected to the docking station.
One or more computer storage media storing computer executable instructions that, when executed by one or more processors, program the one or more processors to: access a state dependency graph that defines dependencies between state variables of the network; determine (704), using the state dependency graph, that a conflict exists between at least two proposed network states, wherein an individual proposed network state requests that a value of a state variable of a network be changed to a desired value, wherein the state dependency graph is a multi-layer state dependency graph where each layer comprises state variables of a particular type, and one or more of the dependencies occur between layers in the multi-layer state dependency graph; select one proposed network state of the at least two proposed network states to accept and to merge into a target network state; reject at least one other proposed network state of the at last two proposed network states such that the at least one other proposed network state is not merged into the target network state; and change a state of the network based at least in part on the target network state. access a state dependency graph that defines dependencies between state variables of the network; determine (704), using the state dependency graph, that a conflict exists between at least two proposed network states, wherein an individual proposed network state requests that a value of a state variable of a network be changed to a desired value, wherein the state dependency graph is a multi-layer state dependency graph where each layer comprises state variables of a particular type, and one or more of the dependencies occur between layers in the multi-layer state dependency graph; select one proposed network state of the at least two proposed network states to accept and to merge into a target network state; reject at least one other proposed network state of the at last two proposed network states such that the at least one other proposed network state is not merged into the target network state; and change a state of the network based at least in part on the target network state.
An electrical connection device for a vehicle, in particular a rail vehicle, comprising at least two cars (4, 6) that are hitched to one another, the connection device including: - a set of cables, each cable having a first end intended to be connected on a first car and a second end intended to be connected on a second car, - a box intended to be mounted on the second car, and - a removable holding plate, the cables passing through the holding plate, the holding plate including at least one cable holding member, each holding member being intended to fasten a cable to the holding plate, characterized in that the box includes at least one receiving slide for the removable holding plate, the holding plate being movable between a free position, arranged away from the box, and a position inserted into the receiving slide, in which the box carries the holding plate. - a set of cables, each cable having a first end intended to be connected on a first car and a second end intended to be connected on a second car, - a box intended to be mounted on the second car, and - a removable holding plate, the cables passing through the holding plate, the holding plate including at least one cable holding member, each holding member being intended to fasten a cable to the holding plate,
Control method for real-time scene detection by a wireless communication apparatus equipped with at least one environmental measurement sensor, the method comprising a temporal adjustment of the instants of activation of said detection based on measurement values delivered by said at least one environmental measurement sensor (CPT1-CPT5) at instants of measurement, characterized in that the method further comprises a determination of a number of criteria (C1-C3) on the basis of said measurement values, a temporal adjustment of said instants of activation based on said criteria, a temporal adjustment of the instants of measurement based on said criteria and a reinitialization of the determination of these criteria at each temporal adjustment of the instants of measurement.
A cytotoxic anti-LAG-3 monoclonal antibody or fragment thereof for use in treating or preventing organ transplant rejection or treating an autoimmune disease, wherein said antibody or fragment thereof comprises a human IgG1 or IgM or murine IgG2a subclass Fc fragment and a Fab fragment which binds LAG-3 protein, and wherein said antibody or fragment thereof causes depletion of LAG-3 + activated T cells via complement-dependent cytotoxicity and/or antibody-dependent cell cytotoxicity (ADCC).
A system for remotely controlling a domestic appliance or for home automation, the system at least comprising a domestic appliance and a mobile device to run an application for domestic appliance control or home automation; the domestic appliance at least comprising: a wireless communication device to receive a wireless control signal; and a microphone to receive an ultrasonic or high frequency audible control signal or an infrared receiver to receive an infrared control signal; the mobile device at least comprising: a wireless communication module operable according to the same wireless communication protocol as the wireless communication device of the domestic appliance to transmit the wireless control signal thereto; and a loudspeaker to transmit the ultrasonic or high frequency audible control signal to the microphone of the domestic appliance or an infrared transmitter to transmit the infrared control signal to the infrared receiver of the domestic appliance; characterized in that the mobile device further comprises means configured to determine whether a user is entering instructions to the mobile device to remotely control the domestic appliance faster than a predetermined rate; and if the user is entering instructions to the mobile device faster than the predetermined rate, to transmit the user's instructions from the mobile device to the domestic appliance via the respective one of the loudspeaker or the infrared transmitter; and if the user is entering instructions to the mobile device at or slower than the predetermined rate, to transmit the user's instructions from the mobile device to the domestic appliance via the wireless communication module. a wireless communication device to receive a wireless control signal; and a microphone to receive an ultrasonic or high frequency audible control signal or an infrared receiver to receive an infrared control signal; a wireless communication module operable according to the same wireless communication protocol as the wireless communication device of the domestic appliance to transmit the wireless control signal thereto; and a loudspeaker to transmit the ultrasonic or high frequency audible control signal to the microphone of the domestic appliance or an infrared transmitter to transmit the infrared control signal to the infrared receiver of the domestic appliance;
Method for operating a static gas turbine at partial load with at least one compressor, at least one expansion turbine and a combustion chamber that is provided with at least one burner, which gas turbine further comprises means for hydraulic gap adjustment, wherein the method has the following steps: - operating the gas turbine at partial load; - operating the means for hydraulic gap adjustment such that, in the process of the desired adjustment, the turbine blade tips of the expansion turbine have a smaller gap spacing with respect to the inner casing wall of the expansion turbine; - while operating the means for hydraulic gap adjustment, increasing the fuel supply to the burner, raising the temperature of the combustion gases that are supplied to the expansion turbine, wherein in particular the temperature is below a predetermined upper temperature limit for rated load operation. - operating the gas turbine at partial load; - operating the means for hydraulic gap adjustment such that, in the process of the desired adjustment, the turbine blade tips of the expansion turbine have a smaller gap spacing with respect to the inner casing wall of the expansion turbine; - while operating the means for hydraulic gap adjustment, increasing the fuel supply to the burner, raising the temperature of the combustion gases that are supplied to the expansion turbine, wherein in particular the temperature is below a predetermined upper temperature limit for rated load operation.
An image forming apparatus, comprising: a guide member extending in a main scanning direction; a plurality of recording heads to eject droplets; a plurality of head holders (51A, 51B) each of which holds at least one of the plurality of recording heads, the plurality of head holders (51A, 51B) being held side by side on the guide member; and a carriage holding the plurality of head holders (51A, 51B), the carriage being movable along the guide member and having a reference member extending in the main scanning direction on to which each of the plurality of head holders (51A, 51B) is held; characterized by: an adjustment member disposed in vicinity of front ends at a downstream side of the plurality of head holders (51A, 51B) in a sheet conveying direction, the adjustment member connecting adjoining ones of the plurality of head holders to each other and usable in the printing apparatus to rotate at least one of the plurality of head holders in a yawing direction by adjusting the distance between adjoining ones of the plurality of head holders (51A, 51B) in the main scanning direction. a guide member extending in a main scanning direction; a plurality of recording heads to eject droplets; a plurality of head holders (51A, 51B) each of which holds at least one of the plurality of recording heads, the plurality of head holders (51A, 51B) being held side by side on the guide member; and a carriage holding the plurality of head holders (51A, 51B), the carriage being movable along the guide member and having a reference member extending in the main scanning direction on to which each of the plurality of head holders (51A, 51B) is held; characterized by: an adjustment member disposed in vicinity of front ends at a downstream side of the plurality of head holders (51A, 51B) in a sheet conveying direction, the adjustment member connecting adjoining ones of the plurality of head holders to each other and usable in the printing apparatus to rotate at least one of the plurality of head holders in a yawing direction by adjusting the distance between adjoining ones of the plurality of head holders (51A, 51B) in the main scanning direction.
A computer system adapted to secure communications between a publisher and a subscriber, the publisher being an Internet of Things, loT, device comprising: a physically unclonable function, PUF, to provide a response value in response to a challenge value received from the subscriber; a communicator to send the response value to the subscriber; a data collector (1436, 120) to collect a data value from a sensor; a pseudo random function generator, PRFG, to create a pseudorandom key using the response value and the data value as seeds; wherein the communicator sends the data value and the pseudorandom key to the subscriber, and a chaffing generator to generate a false data value wherein the communicator sends the false data value with the data value and the pseudorandom key. a physically unclonable function, PUF, to provide a response value in response to a challenge value received from the subscriber; a communicator to send the response value to the subscriber; a data collector (1436, 120) to collect a data value from a sensor; a pseudo random function generator, PRFG, to create a pseudorandom key using the response value and the data value as seeds; wherein the communicator sends the data value and the pseudorandom key to the subscriber, and a chaffing generator to generate a false data value wherein the communicator sends the false data value with the data value and the pseudorandom key.
Stimulation device, at least comprising: a source of energy, an electronic unit, an actuator coupled to the electronic unit and/or the energy source, and wherein the electronic unit comprises a control unit, a housing, wherein the power source, the electronic unit and the actuator are arranged in the housing, a fixation unit coupled to the housing, the fixation unit configured to fix the stimulation device on or in a heart, wherein the actuator is configured to emit electromagnetic waves for stimulating genetically manipulated tissue, and wherein the control unit is configured to control the stimulation of said tissue by means of the electromagnetic waves of the actuator, wherein the electronic unit comprises a pickup unit configured to measure data characterizing tissue activity and/or success of a stimulation, wherein the electronic unit comprises an evaluation unit configured to evaluate measurement data with respect to a requirement of a stimulation and/or with respect to a success of a stimulation; characterized in that the electronic unit further comprises a 3D accelerometer which is used to control of the success of the therapy by evaluating, after every optical stimulation, whether an acceleration of the stimulation device fixed to the myocardium has been detected. a source of energy, an electronic unit, an actuator coupled to the electronic unit and/or the energy source, and wherein the electronic unit comprises a control unit, a housing, wherein the power source, the electronic unit and the actuator are arranged in the housing, a fixation unit coupled to the housing, the fixation unit configured to fix the stimulation device on or in a heart, wherein the actuator is configured to emit electromagnetic waves for stimulating genetically manipulated tissue, and wherein the control unit is configured to control the stimulation of said tissue by means of the electromagnetic waves of the actuator, wherein the electronic unit comprises a pickup unit configured to measure data characterizing tissue activity and/or success of a stimulation, wherein the electronic unit comprises an evaluation unit configured to evaluate measurement data with respect to a requirement of a stimulation and/or with respect to a success of a stimulation; characterized in that the electronic unit further comprises a 3D accelerometer which is used to control of the success of the therapy by evaluating, after every optical stimulation, whether an acceleration of the stimulation device fixed to the myocardium has been detected.
Rolling bearing having at least two bearing rings (2, 3) arranged rotatably relative to one another, at least one row of rolling elements arranged rollably between the bearing rings (2, 3) and having a position-determining device for determining an absolute angular position of the bearing rings (2, 3) relative to one another, the position-determining device comprising at least one eddy current sensor (7, 8) arranged on a second of the bearing rings (2, 3) for scanning the field patterns and an evaluation device, characterized in that the position-determining device comprises field patterns arranged on a surface of a first of the bearing rings (2, 3) and distributed over the circumference thereof, wherein each field pattern is a fixed arrangement of a predetermined number of fields (10, 11), by which arrangement the positions of the fields (10, 11) relative to one another in the field pattern are fixed, wherein the fields (10, 11) of the field patterns have discrete-value field heights (T0, T1, T2, T3, T4), which comprise depressions and/or elevations in the surface, wherein the field patterns differ by the field height (T0, T1, T2, T3, T4) provided for each individual field (10, 11), and the evaluation device is designed to assign an associated angular position signal, which describes the absolute angular position of the first and second bearing rings (2, 3) relative to one another, to the scanning of each of the field patterns.
Method for managing a multimedia content capable of being rendered by a terminal of a network (1, 12) connected to a service gateway, said content being able to be transcoded according to several initial levels (N1...N10) and at least one target level (R1...R3) initialized to correspond to a group of terminals (SD, HD), said method comprising: - a step of reception of a request (E12, C@N2) from a terminal for the rendering of a content according to a first initial level, characterized in that it also comprises: - a step of assignment of said terminal to a target level corresponding to a group; - a step of updating at least said target level (R'1, R'2, R'3) corresponding to said group, as a function of said group and of said first initial level, to obtain an updated target level (R'2), - a step of selection of a new target (R2/R'2) for the terminal; - a step or ordering transcoding of the multimedia content (C@R'2, E14) according to said selected target level (R2, R'2); - a step of provision of the content according to said selected target level (C@R'2). - a step of reception of a request (E12, C@N2) from a terminal for the rendering of a content according to a first initial level, - a step of assignment of said terminal to a target level corresponding to a group; - a step of updating at least said target level (R'1, R'2, R'3) corresponding to said group, as a function of said group and of said first initial level, to obtain an updated target level (R'2), - a step of selection of a new target (R2/R'2) for the terminal; - a step or ordering transcoding of the multimedia content (C@R'2, E14) according to said selected target level (R2, R'2); - a step of provision of the content according to said selected target level (C@R'2).
A noise reduction headset setting method, characterized by comprising: triggering, by a terminal, when it is detected that a noise reduction headset is inserted into a preset headset jack of the terminal and a communication setting instruction is received, the noise reduction headset to enter a communication mode, wherein the preset headset jack comprises a first line used by a first channel and a sending channel, a second line used by a second channel and a receiving channel, and a third line used by a microphone and communication triggering, the first channel and the second channel are respectively one of a left channel and a right channel, and the first channel and the second channel are different, and in the communication mode, the first line is used for the sending channel, the second line is used for the receiving channel, and the third line is used for the communication triggering; receiving, by the terminal, a headset setting request in the communication mode, wherein the headset setting request is used to request a firmware upgrade and/or noise reduction parameter setting for the noise reduction headset; and setting, by the terminal, the noise reduction headset according to the headset setting request by using the preset headset jack. triggering, by a terminal, when it is detected that a noise reduction headset is inserted into a preset headset jack of the terminal and a communication setting instruction is received, the noise reduction headset to enter a communication mode, wherein the preset headset jack comprises a first line used by a first channel and a sending channel, a second line used by a second channel and a receiving channel, and a third line used by a microphone and communication triggering, the first channel and the second channel are respectively one of a left channel and a right channel, and the first channel and the second channel are different, and in the communication mode, the first line is used for the sending channel, the second line is used for the receiving channel, and the third line is used for the communication triggering; receiving, by the terminal, a headset setting request in the communication mode, wherein the headset setting request is used to request a firmware upgrade and/or noise reduction parameter setting for the noise reduction headset; and setting, by the terminal, the noise reduction headset according to the headset setting request by using the preset headset jack.