mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: monitoring a plurality of Electrocardiogram, "ECG", electrodes ostensibly electrically connected to a human body, wherein each ECG electrode is associated with and electrically coupled to a respective current source, except one ECG electrode which receives a current from an operational amplifier driven by a voltage output from an averaging circuit, the current sources being configured to each drive or inject a respective current through each respective ECG electrode; determining the respective contact impedance for each of the ECG electrodes as a plurality of electrical currents is driven through the ECG electrodes in a predetermined pattern, each respective contact impedance including a resistive component and a capacitive component; and ascertaining whether any of the determined resistive components of the contact impedances exceed a predetermined first threshold, and ascertaining whether any of the determined capacitive components of the contact impedances exceed a predetermined second threshold; and if, for any particular ECG electrode, the determined resistive component of the contact impedance is higher than the predetermined first threshold and the capacitive component of the contact impedance is lower than the predetermined second threshold, issuing an alarm. monitoring a plurality of Electrocardiogram, "ECG", electrodes ostensibly electrically connected to a human body, wherein each ECG electrode is associated with and electrically coupled to a respective current source, except one ECG electrode which receives a current from an operational amplifier driven by a voltage output from an averaging circuit, the current sources being configured to each drive or inject a respective current through each respective ECG electrode; determining the respective contact impedance for each of the ECG electrodes as a plurality of electrical currents is driven through the ECG electrodes in a predetermined pattern, each respective contact impedance including a resistive component and a capacitive component; and ascertaining whether any of the determined resistive components of the contact impedances exceed a predetermined first threshold, and ascertaining whether any of the determined capacitive components of the contact impedances exceed a predetermined second threshold; and if, for any particular ECG electrode, the determined resistive component of the contact impedance is higher than the predetermined first threshold and the capacitive component of the contact impedance is lower than the predetermined second threshold, issuing an alarm.
An apparatus for transmitting control information to multiple terminals for a mobile communication system simultaneously supporting both high-rate packet data communication and an orthogonal frequency division multiplexing, OFDM, the apparatus comprising: a power measurer for measuring power of a medium access control, MAC, channel with control information for each of the multiple terminals that transmit packets in an uplink direction; a selection controller for comparing the measured power of the MAC channel with marginal maximum power, and for selecting resources for transmitting the control information for the multiple terminals; and a transmitter for transmitting the control information using the selected resources to the multiple terminals, wherein the selection controller selects an OFDM symbol for transmitting the control information, if the measured power of the MAC channel exceeds the marginal maximum power, and wherein the selection controller selects the MAC channel for transmitting the control information, if the measured power of the MAC channel does not exceed the marginal maximum power. a power measurer for measuring power of a medium access control, MAC, channel with control information for each of the multiple terminals that transmit packets in an uplink direction; a selection controller for comparing the measured power of the MAC channel with marginal maximum power, and for selecting resources for transmitting the control information for the multiple terminals; and a transmitter for transmitting the control information using the selected resources to the multiple terminals, wherein the selection controller selects an OFDM symbol for transmitting the control information, if the measured power of the MAC channel exceeds the marginal maximum power, and wherein the selection controller selects the MAC channel for transmitting the control information, if the measured power of the MAC channel does not exceed the marginal maximum power.
Sliding and rotating leaf system comprising - at least one rail profile (1, 2), - at least two leaves, which are each displaceably mounted in the at least one rail profile (1, 2) via two support elements, wherein the at least one rail profile (1, 2) has a lateral outlet opening for releasing a support element of a leaf and wherein one leaf acts as door leaf, which can be swivelled into the remaining opening in the engaged state of all other leaves, - and a locking mechanism (6, 7), by means of which opening of the door leaf can be prevented, characterised in that the locking mechanism (6, 7) comprises a drive as well as a control unit (61, 72), via which the drive can be operated, wherein the door leaf can be displaced in the rail profile (1, 2) so far in the direction of the adjacent leaf via the drive that no support element of the door leaf is aligned with the outlet opening, whereby leaving of a support element through the lateral outlet opening is prevented. - at least one rail profile (1, 2), - at least two leaves, which are each displaceably mounted in the at least one rail profile (1, 2) via two support elements, wherein the at least one rail profile (1, 2) has a lateral outlet opening for releasing a support element of a leaf and wherein one leaf acts as door leaf, which can be swivelled into the remaining opening in the engaged state of all other leaves, - and a locking mechanism (6, 7), by means of which opening of the door leaf can be prevented,
Method for controlling a light pattern provided by an automotive lighting device of an automotive vehicle, wherein the light pattern is provided at least by a matrix arrangement of light sources, the method comprising the steps of sensing a turn in a steering system of the automotive vehicle; shifting the operation of some of the light sources in the same direction as the sensed turn; wherein before the step of shifting the operation of some of the light sources, the angular displacement of the steering system is sensed and converted into a number of positions to shift, and then the step of shifting is carried out using this number of positions to shift; and characterized in that the method further comprises after the step of shifting a step of internally checking the luminous intensity in one point of the light pattern in order to verify that the luminous intensity in the one point accomplishes its luminous intensity standards. sensing a turn in a steering system of the automotive vehicle; shifting the operation of some of the light sources in the same direction as the sensed turn; wherein before the step of shifting the operation of some of the light sources, the angular displacement of the steering system is sensed and converted into a number of positions to shift, and then the step of shifting is carried out using this number of positions to shift; and characterized in that the method further comprises after the step of shifting a step of internally checking the luminous intensity in one point of the light pattern in order to verify that the luminous intensity in the one point accomplishes its luminous intensity standards.
A wind turbine of a VAWT type (Vertical Axis Wind Turbine) having axis of rotation substantially perpendicular to the wind direction, with Flettner rotors having axes substantially parallel to the axis of rotation of the turbine, said Flettner rotors arranged in a rotary body of the turbine, the turbine having an inner cylinder situated between the Flettner rotors, said inner cylinder rotating in the direction opposite to the direction of rotation of said rotary body and Flettner rotors, characterised in that the cylinder is situated at a distance from the rotors such that its rotary motion causes an increase of a pressure difference on sides of the rotors, resulting from the Magnus effect.
A metal-air cell stack comprising a plurality of metal-air cells (2, 2') oriented horizontally and stacked on top of one another to form the metal-air cell stack, the metal-air cells (2, 2') comprising: a cathode (14, 14'); an anode comprising an anode chamber (16, 16') and an anode current collector, the anode chamber (16, 16') at least partially defined by the anode current collector; a cathode chamber (12, 12') at least partially defined by the cathode (14, 14'); wherein the anode chamber (16, 16') comprises one or a plurality of anode flow channels for flowing an electrolyte in a downstream direction; wherein the anode current collector is positioned below the anode chamber and comprises a plurality of particle collectors projecting from the anode current collector into the anode chamber (16, 16') to collect particles suspended in the electrolyte; wherein the plurality of particle collectors are configured to perturb the flow of electrolyte through said anode chamber (16, 16') and encourage settling of the particles on or between the particle collectors. a cathode (14, 14'); an anode comprising an anode chamber (16, 16') and an anode current collector, the anode chamber (16, 16') at least partially defined by the anode current collector; a cathode chamber (12, 12') at least partially defined by the cathode (14, 14'); wherein the anode chamber (16, 16') comprises one or a plurality of anode flow channels for flowing an electrolyte in a downstream direction; wherein the anode current collector is positioned below the anode chamber and comprises a plurality of particle collectors projecting from the anode current collector into the anode chamber (16, 16') to collect particles suspended in the electrolyte; wherein the plurality of particle collectors are configured to perturb the flow of electrolyte through said anode chamber (16, 16') and encourage settling of the particles on or between the particle collectors.
A flat lightweight member comprising: skin layers (21, 22, 23) disposed on both surfaces of the flat lightweight member; an end reinforcing layer (40, 41) disposed to have contact with both inner surfaces of the skin layers (21, 22, 23) on the both surfaces at an end of the flat lightweight member; and a core layer disposed in a space surrounded by the skin layers (21, 22, 23) and the end reinforcing layer (40, 41) to have direct contact with the inner surfaces of the skin layers (21, 22, 23), wherein the skin layer (21, 22, 23) comprises one or more layers comprising reinforcing fibers aligned in one direction and a first matrix resin, the end reinforcing layer comprises a fiber reinforced resin sheet, and the core layer comprises thermally expandable particles and a second matrix resin, characterized in that the reinforcing fibers raised from the skin layers are in the core layer.
A motor vehicle transmission cable attachment device (12, 100), comprising: a body (38, 102) having an elongated slot (40, 104) oriented to slidably receive a pin (42, 42') in a sliding direction of the body (38, 102) transverse to a longitudinal axis (99, 140) of the pin (42, 42'); a member (66, 106) having a portion (50, 136) displaceable at least partially into the elongated slot (40, 104) when the pin (42, 42') is received in the slot (40, 104), the portion (50, 136) thereafter preventing release of the pin (42, 42') from the slot (40, 104); a lock (80, 124) supported on the body (38, 102) and movable between a lock disengaged position to a lock engaged position; and characterised by, a lock-out slide (78, 116) integrally connected to the member (66, 106); the lock-out slide (78, 116) movable from a first position wherein a lock-out slide portion (94, 146) is received in a cavity (79, 122) of the lock (80, 124) in the lock disengaged position to a second position when the pin (42, 42') is received in the slot (40, 104), the second position having the lock-out slide portion (94, 146) positioned freely outside of the lock (80, 124) thereby allowing the lock (80, 124) to be displaced to the lock engaged position. a body (38, 102) having an elongated slot (40, 104) oriented to slidably receive a pin (42, 42') in a sliding direction of the body (38, 102) transverse to a longitudinal axis (99, 140) of the pin (42, 42'); a member (66, 106) having a portion (50, 136) displaceable at least partially into the elongated slot (40, 104) when the pin (42, 42') is received in the slot (40, 104), the portion (50, 136) thereafter preventing release of the pin (42, 42') from the slot (40, 104); a lock (80, 124) supported on the body (38, 102) and movable between a lock disengaged position to a lock engaged position; and characterised by, a lock-out slide (78, 116) integrally connected to the member (66, 106); the lock-out slide (78, 116) movable from a first position wherein a lock-out slide portion (94, 146) is received in a cavity (79, 122) of the lock (80, 124) in the lock disengaged position to a second position when the pin (42, 42') is received in the slot (40, 104), the second position having the lock-out slide portion (94, 146) positioned freely outside of the lock (80, 124) thereby allowing the lock (80, 124) to be displaced to the lock engaged position.
A dialysis machine having an extracorporeal blood circuit, a blood pump, a dialyzer, a venous pressure sensor, a substituate line and a control unit, wherein the control unit is configured to operate the blood pump in a first operating mode and in a special operating mode and to start the special operating mode after recognition of a trigger event, in which special operating mode a conveying rate of the blood pump is controlled by means of a default value or is regulated to a desired value, which default or desired value is derived from a value determined before the start of the currently started special operating mode or corresponds to said value, characterized in that the control unit is furthermore configured such that the presence of at least one obstacle is polled before the start of the special operating mode, and in that, on the presence of the obstacle, the start of the special operating mode is blocked or delayed and/or the selection of the default value or of the desired value on the presence of the obstacle differs from the selection without the presence of the obstacle.
A lamp, having - a lamp housing and - an electronic circuit arranged on a printed circuit board, wherein the printed circuit board is designed and arranged in such a manner that an outer wall region of the lamp housing is formed by it, wherein the printed circuit board is fastened to the rest of the lamp housing by means of a screw connection and/or snappers and/or a lock and/or a plug-in unit, characterized in that the printed circuit board has an opening or a recess for the passage of a power supply cable of the lamp, wherein the printed circuit board and the rest of the lamp housing are designed so that when the printed circuit board arranged as intended free spaces (15, 16) are formed on two opposite sides of the printed circuit board, which are closed by casting. - a lamp housing and - an electronic circuit arranged on a printed circuit board,
Vehicle treatment brush for washing and/or polishing purposes in a vehicle treatment installation, comprising a support part having a longitudinal extent and defining a pivotal axis, a plurality of brush segments arranged axially next to each other and each comprising cleaning elements, and a drive device, characterized in that at least one brush segment comprises a pivoting device with a rotary body on which the cleaning elements of the brush segment are indirectly or directly held and which is in operative connection with the drive device for driving the rotary body about a rotational axis of the brush segment that is different from the pivotal axis, wherein the rotary body is pivotable about the pivot axis relative to the support part by way of the pivoting device, wherein the brush segment comprises at least one restoring device (122, 124) with a restoring element, against the action of which the pivoting device is pivotable relative to the support part in a pivot direction (106, 108), wherein the restoring element comprises or forms a torsional spring which couples to the pivoting device on the one hand and to a stationary holding element on the other hand for pivoting the pivoting device and the holding element relative to each other.
An automatic reply method, comprising: receiving a chat message sent from a user, and determining a time the chat message is received as a starting time for calculating a preset reply interval; obtaining a type of the chat message by means of a pre-trained classifier; setting a reply time based on the starting time and the preset reply interval; and when the reply time is reached, invoking a reply message corresponding to the type of the chat message, and sending the reply message to the user in response to the chat message; characterized in that, before the step of setting a reply time based on the starting time and the preset reply interval, the automatic reply method further comprises: based on a number of words in the reply message corresponding to the type of the chat message, and a preset speed rate of typing words, calculating the reply interval. receiving a chat message sent from a user, and determining a time the chat message is received as a starting time for calculating a preset reply interval; obtaining a type of the chat message by means of a pre-trained classifier; setting a reply time based on the starting time and the preset reply interval; and when the reply time is reached, invoking a reply message corresponding to the type of the chat message, and sending the reply message to the user in response to the chat message; characterized in that, before the step of setting a reply time based on the starting time and the preset reply interval, the automatic reply method further comprises: based on a number of words in the reply message corresponding to the type of the chat message, and a preset speed rate of typing words, calculating the reply interval.
A system, comprising: a fingerprint sensor for performing an authentication process; an application processor configured to arm the fingerprint sensor prior to the application processor entering a low power or sleep mode, and to interrupt or reset the authentication process in response to exiting the low power or sleep mode; an auxiliary processor configured to receive a state output from the fingerprint sensor, one or more functions of the auxiliary processor configured to be activated, in response to the state output, related to fingerprint authentication while leaving the application processor in the low power or sleep mode; and an interrupt control configured to cause the application processor to exit the low power or sleep mode in response to an actuation of the interrupt control, the state output comprising a first state indicating the authentication process of the fingerprint is in progress, the state output comprising a second state indicating successful authentication of the fingerprint, the fingerprint sensor configured to initiate a timer when the state output transitions to the second state, and the state output comprising a third state occurring when the fingerprint sensor is waiting to begin the authentication process, the state output configured to transition from the second state to the third state upon expiration of a duration of time measured by the timer. a fingerprint sensor for performing an authentication process; an application processor configured to arm the fingerprint sensor prior to the application processor entering a low power or sleep mode, and to interrupt or reset the authentication process in response to exiting the low power or sleep mode; an auxiliary processor configured to receive a state output from the fingerprint sensor, one or more functions of the auxiliary processor configured to be activated, in response to the state output, related to fingerprint authentication while leaving the application processor in the low power or sleep mode; and an interrupt control configured to cause the application processor to exit the low power or sleep mode in response to an actuation of the interrupt control, the state output comprising a first state indicating the authentication process of the fingerprint is in progress, the state output comprising a second state indicating successful authentication of the fingerprint, the fingerprint sensor configured to initiate a timer when the state output transitions to the second state, and the state output comprising a third state occurring when the fingerprint sensor is waiting to begin the authentication process, the state output configured to transition from the second state to the third state upon expiration of a duration of time measured by the timer.
A communication device comprising: a processing part; and a communication part that transmits a main frame including main data to one or more slaves in a first period and communicates with the one or more slaves, wherein the processing part has a function of executing communication processing for generating the main frame within a time shorter than the first period, and executing setting processing for setting a second period and a time slot, the second period being shorter than the first period and longer than a transfer time of the main data, the time slot being allocated to at least one slave among the one or more slaves in every second periods, wherein the time slot is used for communication with the one or more slaves. a processing part; and a communication part that transmits a main frame including main data to one or more slaves in a first period and communicates with the one or more slaves, wherein the processing part has a function of executing communication processing for generating the main frame within a time shorter than the first period, and executing setting processing for setting a second period and a time slot, the second period being shorter than the first period and longer than a transfer time of the main data, the time slot being allocated to at least one slave among the one or more slaves in every second periods, wherein the time slot is used for communication with the one or more slaves. executing communication processing for generating the main frame within a time shorter than the first period, and executing setting processing for setting a second period and a time slot, the second period being shorter than the first period and longer than a transfer time of the main data, the time slot being allocated to at least one slave among the one or more slaves in every second periods, wherein the time slot is used for communication with the one or more slaves.
An anaerobic digester comprising, a) a first stage having a flow path in the form of an endless loop, the first stage comprising a means for circulating digestate along the loop; b) a second stage having an undivided mixing area, the second stage comprising a means for mixing digestate; and, c) a passageway between the first stage and the second stage in which digestate is moved from the first stage to the second stage, wherein the second stage is located within the first stage. a) a first stage having a flow path in the form of an endless loop, the first stage comprising a means for circulating digestate along the loop; b) a second stage having an undivided mixing area, the second stage comprising a means for mixing digestate; and, c) a passageway between the first stage and the second stage in which digestate is moved from the first stage to the second stage,