mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing wireless communications, the method comprising: determining, by a first wireless communication device configured to communicate using a first radio access technology and a second radio access technology, to send one or more collision avoidance signals by the second radio access technology on an unlicensed band, wherein the second radio access technology is different from the first radio access technology; receiving one or more first clear to send, CTS, signals using the first wireless communication device; transmitting, using the first wireless communication device, the one or more collision avoidance signals to one or more receiving wireless communication devices, the one or more collision avoidance signals formatted to allow the one or more receiving wireless communication devices to receive the one or more collision avoidance signals using the first radio access technology, the one or more collision avoidance signals also including information to allow the one or more receiving wireless communication devices to avoid transmission collisions with the first wireless communication device during a transmission time slot, wherein the transmitting the one or more collision avoidance signals includes transmitting a second CTS signal to the one or more receiving wireless communication devices simultaneously with the receiving the one or more first CTS signals; and communicating, using the first wireless communication device, data with a second wireless communication device using the second radio access technology on the unlicensed band during the transmission time slot. determining, by a first wireless communication device configured to communicate using a first radio access technology and a second radio access technology, to send one or more collision avoidance signals by the second radio access technology on an unlicensed band, wherein the second radio access technology is different from the first radio access technology; receiving one or more first clear to send, CTS, signals using the first wireless communication device; transmitting, using the first wireless communication device, the one or more collision avoidance signals to one or more receiving wireless communication devices, the one or more collision avoidance signals formatted to allow the one or more receiving wireless communication devices to receive the one or more collision avoidance signals using the first radio access technology, the one or more collision avoidance signals also including information to allow the one or more receiving wireless communication devices to avoid transmission collisions with the first wireless communication device during a transmission time slot, wherein the transmitting the one or more collision avoidance signals includes transmitting a second CTS signal to the one or more receiving wireless communication devices simultaneously with the receiving the one or more first CTS signals; and communicating, using the first wireless communication device, data with a second wireless communication device using the second radio access technology on the unlicensed band during the transmission time slot.
Method for determining the readout value of a SAW sensor, wherein a plurality of readout signals are transmitted, the associated response signals are detected and a response signal mean value is formed, and wherein amplitude extreme value positions of the response signals are determined, characterized in that for each response signal a response signal position vector is formed from at least one amplitude extreme value position of the response signal as a scalar, after which the response signals of those response signal position vectors lying at a predetermined distance from one another in the vector space spanned by all the response signal position vectors are averaged to form a response signal mean value , and in that a readout value is determined for each response signal mean value .
A method, comprising: storing, on data storage of a first playback device (102 - 124) of a media playback system , a calibration state variable indicating a calibration state of the first playback device; characterized by : sending by the first playback device to a second playback device (102-128) of the media playback system , via a network interface, an indication of the calibration state variable indicating that the first playback device (102-124) is uncalibrated, the indication comprising sending an instruction that causes the second playback device (102-128) to update a state variable that is stored on the second playback device (102-128) to indicate that the first playback device is uncalibrated (102-124). storing, on data storage of a first playback device (102 - 124) of a media playback system , a calibration state variable indicating a calibration state of the first playback device; characterized by : sending by the first playback device to a second playback device (102-128) of the media playback system , via a network interface, an indication of the calibration state variable indicating that the first playback device (102-124) is uncalibrated, the indication comprising sending an instruction that causes the second playback device (102-128) to update a state variable that is stored on the second playback device (102-128) to indicate that the first playback device is uncalibrated (102-124).
Apparatus for generating steam comprising a water inlet , a casing which defines a steam chamber , an evaporation element on which an evaporation surface is formed, and a heater , wherein the water inlet is for providing water to the evaporation surface , characterized in that : the evaporation element protrudes into the steam chamber to perform an evaporation process and is surrounded by a scale collection region at a location which is separate from the evaporation a temperature sensor placed in proximity to the evaporation surface to quickly detect any drop of temperature in the evaporation surface ; the heater is disposed adjacent to the evaporation surface to heat said evaporation surface to a predetermined temperature such that water fed onto the evaporation surface via the water inlet forms a film on the evaporation surface and is evaporated such that no, or very little, water will enter the scale collection region; and the water inlet is adapted to feed water to one or more regions of the evaporation surface at a temperature lower than the predetermined temperature, such that the temperature differential between the evaporation surface and the water is sufficient to induce thermal stresses and strains in any scale that has formed on the evaporation surface , thereby causing scale on said evaporation surface to break apart and be dislodged from said evaporation surface and to fall into the scale collection region . the evaporation element protrudes into the steam chamber to perform an evaporation process and is surrounded by a scale collection region at a location which is separate from the evaporation a temperature sensor placed in proximity to the evaporation surface to quickly detect any drop of temperature in the evaporation surface ; the heater is disposed adjacent to the evaporation surface to heat said evaporation surface to a predetermined temperature such that water fed onto the evaporation surface via the water inlet forms a film on the evaporation surface and is evaporated such that no, or very little, water will enter the scale collection region; and the water inlet is adapted to feed water to one or more regions of the evaporation surface at a temperature lower than the predetermined temperature, such that the temperature differential between the evaporation surface and the water is sufficient to induce thermal stresses and strains in any scale that has formed on the evaporation surface , thereby causing scale on said evaporation surface to break apart and be dislodged from said evaporation surface and to fall into the scale collection region .
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked, a busbar frame connected to the battery cell stack , cell terraces each protruding from battery cells adjacent to each other among the battery cells included in the battery cell stack , electrode leads each protruding from the cell terraces , and a partition wall which is disposed between electrode leads adjacent to each other among the electrode leads and is formed on the busbar frame , wherein the partition wall includes an outermost partition wall located between a first cell terrace protruding from the outermost battery cell and a second cell terrace protruding from the battery cell immediately adjacent to the outermost battery cell among the battery cells included in the battery cell stack , wherein the outermost partition wall has a bending structure which is folded in a direction in which an interval between the first cell terrace and the second cell terrace becomes narrower. a battery cell stack in which a plurality of battery cells are stacked, a busbar frame connected to the battery cell stack , cell terraces each protruding from battery cells adjacent to each other among the battery cells included in the battery cell stack , electrode leads each protruding from the cell terraces , and a partition wall which is disposed between electrode leads adjacent to each other among the electrode leads and is formed on the busbar frame , wherein the partition wall includes an outermost partition wall located between a first cell terrace protruding from the outermost battery cell and a second cell terrace protruding from the battery cell immediately adjacent to the outermost battery cell among the battery cells included in the battery cell stack , wherein the outermost partition wall has a bending structure which is folded in a direction in which an interval between the first cell terrace and the second cell terrace becomes narrower.
A power module comprising: • a housing (H2) with an interior chamber; and • a plurality of switch modules (SM5-SM10) mounted within the interior chamber and interconnected to facilitate switching power to a load (M2 ) wherein each of the plurality of switch modules comprises at least one transistor (Q5-Q10) configured to receive a separate control signal (S5-S10) that is varied to provide a sinusoidal drive current and at least one diode (D5-D10) wherein the at least one transistor and the at least one diode are coupled together and a plurality of pins (13P-28P) is connected to one or more terminals of the at least one transistor, and the power module is able to block 1200 volts, conduct 50 amperes, and has switching losses of less than ten milli-Joules and both the at least one transistor and the at least one diode are majority carrier devices, wherein the plurality of switch modules includes six switch modules (SM5-SM10), wherein the at least one transistor and the at least one diode are formed from a wide bandgap material system. • a housing (H2) with an interior chamber; and • a plurality of switch modules (SM5-SM10) mounted within the interior chamber and interconnected to facilitate switching power to a load (M2 ) wherein each of the plurality of switch modules comprises at least one transistor (Q5-Q10) configured to receive a separate control signal (S5-S10) that is varied to provide a sinusoidal drive current and at least one diode (D5-D10) wherein the at least one transistor and the at least one diode are coupled together and a plurality of pins (13P-28P) is connected to one or more terminals of the at least one transistor, and the power module is able to block 1200 volts, conduct 50 amperes, and has switching losses of less than ten milli-Joules and both the at least one transistor and the at least one diode are majority carrier devices, wherein the plurality of switch modules includes six switch modules (SM5-SM10), wherein the at least one transistor and the at least one diode are formed from a wide bandgap material system.
A mobile device for obtaining at least one bodily function measurement, comprising: an outer body sized to be portable for a user; a processor contained within the outer body; a plurality of sensors physically coupled to the outer body for obtaining data accessible by the processor ; wherein one or more of the sensors is configured to obtain a first measurement indicative of blood volume in response to a user action, wherein at least one of the sensors configured to obtain the first measurement is contained within a multifunction contact button coupled to the outer body; wherein one or more of the sensors is configured to obtain a second measurement indicative of heart electrical activity in response to the user action; wherein the multifunction contact button is used to simultaneously obtain the first measurement or the second measurement and a user input; and wherein the processor is configured to facilitate generation of a blood pressure measurement based on the first measurement and the second measurement. an outer body sized to be portable for a user; a processor contained within the outer body; a plurality of sensors physically coupled to the outer body for obtaining data accessible by the processor ; wherein one or more of the sensors is configured to obtain a first measurement indicative of blood volume in response to a user action, wherein at least one of the sensors configured to obtain the first measurement is contained within a multifunction contact button coupled to the outer body; wherein one or more of the sensors is configured to obtain a second measurement indicative of heart electrical activity in response to the user action; wherein the multifunction contact button is used to simultaneously obtain the first measurement or the second measurement and a user input; and wherein the processor is configured to facilitate generation of a blood pressure measurement based on the first measurement and the second measurement.
Document comprising sensor means , at least one antenna , a first processor , a second processor , memory means , and a switch , • the first processor being configured to communicate with a reader via the antenna , • the switch being configured to switch the antenna between a stable first state, in which communication between the first processor and the external reader is prevented, and an unstable second state, in which communication between the first processor and the external reader is possible, • the sensor means being configured to detect a first identification feature of a user of the document , • the second processor being configured to compare the first identification feature to a second identification feature, which is stored in the memory means , the second processor also being configured to switch the switch into the second state when the first identification feature matches the second identification feature, • characterized in that the antenna is completely decoupled from the first processor by the switch in its first state, the second processor also being configured to keep the switch in the second state when the first identification feature matches the second identification feature only for as long as the first identification feature is detected. • the first processor being configured to communicate with a reader via the antenna , • the switch being configured to switch the antenna between a stable first state, in which communication between the first processor and the external reader is prevented, and an unstable second state, in which communication between the first processor and the external reader is possible, • the sensor means being configured to detect a first identification feature of a user of the document , • the second processor being configured to compare the first identification feature to a second identification feature, which is stored in the memory means , the second processor also being configured to switch the switch into the second state when the first identification feature matches the second identification feature, • characterized in that the antenna is completely decoupled from the first processor by the switch in its first state, the second processor also being configured to keep the switch in the second state when the first identification feature matches the second identification feature only for as long as the first identification feature is detected.
A bushing for the connection of two tubular elements , the bushing having a longitudinal axis and comprising an outer coupling , which is cup-shaped, and is delimited by an annular bottom wall ; and an inner sleeve , which is obtained in a single piece and which is axially locked inside the outer coupling , is delimited by a lateral wall extending around said longitudinal axis , and has a plurality of annular teeth projecting towards the inside of the bushing relative to the lateral wall ; characterised in that the inner sleeve also has a plurality of annular recesses , which are obtained at an outer surface of the lateral wall itself; and the lateral wall is continuous and without wall interruptions and/or openings; each annular tooth being defined by two annular lateral sides , which are arranged substantially in contact with each other, and are connected together at a minimum diameter of the annular tooth itself.
Method for producing an injection-moulded plastic component made of a plastic having at least one recess for accommodating sensors by forming a bead on the surface of the injection-moulded plastic component , having the following steps: producing the injection-moulded plastic component in a mould having top and bottom mould halves , raising the top mould half and introducing a thermoregulatable ram which is guided in a sleeve , placing the sleeve with integrated annular space on the surface of the injection-moulded plastic component , pressing the thermoregulated ram into the surface of the injection-moulded plastic component to form an annular bead in the annular space by displacing melted material of the injection-moulded plastic component in the direction of the annular space , cooling the ram and raising it from the surface , characterized in that the annular space is bounded by the surface of the injection-moulded plastic component , the outer face of the sleeve , the boundary of the sleeve , and the outer casing of the ram . producing the injection-moulded plastic component in a mould having top and bottom mould halves , raising the top mould half and introducing a thermoregulatable ram which is guided in a sleeve , placing the sleeve with integrated annular space on the surface of the injection-moulded plastic component , pressing the thermoregulated ram into the surface of the injection-moulded plastic component to form an annular bead in the annular space by displacing melted material of the injection-moulded plastic component in the direction of the annular space , cooling the ram and raising it from the surface , characterized in that the annular space is bounded by the surface of the injection-moulded plastic component , the outer face of the sleeve , the boundary of the sleeve , and the outer casing of the ram .
A mobile terminal comprising: a wireless communication unit configured to transceive data with an external device by wireless communication; a touchscreen ; a memory ; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the touchscreen when the touchscreen is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control an incoming call screen for providing limited functions only to be displayed on the touchscreen. a wireless communication unit configured to transceive data with an external device by wireless communication; a touchscreen ; a memory ; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the touchscreen when the touchscreen is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control an incoming call screen for providing limited functions only to be displayed on the touchscreen. in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the touchscreen when the touchscreen is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control an incoming call screen for providing limited functions only to be displayed on the touchscreen.
Cosmetic device of longitudinal axis X comprising a bottle of product comprising a top free edge defining an opening , a detachable cap comprising a handle arranged at a first end of a stem , a second end of the stem being fastened to an application member , wherein the stem comprises a first relief able to removably engage in a second complementary relief arranged on the bottle , between an open position where the application member can emerge from the bottle and a closed position where the application member is retracted in the bottle , wherein the bottle comprises a socket extending around the stem , characterized by the fact that the second complementary relief of the bottle defines a sliding path comprising a sliding edge suitable for guiding the movement of the first relief of the stem parallel to the X axis between a high position to a low position.