105results about How to "Avoid excessive power consumption" patented technology

An implantable device applies and controls a neural stimulus. The device has a plurality of electrodes, and a stimulus source for providing a stimulus to be delivered from the electrodes to a neural pathway in order to evoke an action potential on the neural pathway, such as the spinal cord. A control unit controls application of a neural stimulus as defined by a set of parameter values and measures via measurement circuitry an evoked neural compound action potential response. The control unit determines from the measured evoked response a feedback variable, and compares it to a therapy map. The therapy map defines a therapeutic relationship of control variable to feedback variable. One or more of the stimulus parameter values are altered to effect the required change in the control variable. This process is performed iteratively to improve alignment of the feedback variable with the therapy map over time.

The present invention discloses a touch device and a method for performing fingerprint detection on the touch device. The touch device comprises: a touch plane used for receiving touch of a user; a detection unit that is fixed together with the touch plane and used for detecting the touch of the user; a fingerprint module that is fixed together with the touch plane and used for collecting a fingerprint of the user; and a control module, that, when the detection unit detects that the user touches the touch plane, enables a fingerprint collection function of the fingerprint module to collect the fingerprint, touching the touch plane, of the user. According to the method, when it is detected that the user touches the touch plane, the fingerprint collection function of the fingerprint module is enabled by triggering to collect the fingerprint, touching the touch plane, of the user; the user only needs to perform a touch operation once in the whole process; and, the fingerprint module is enabled only when the finger of the user touches the touch plane, thereby avoiding the problem of excessive power consumption caused by long-time operation of the fingerprint module.

Intended for use in law enforcement vehicles; an invention composed of a medium to store and means to playback, through a speaker, audio message reminders concerning responsibilities, proper conduct, protection of personal and citizens rights and esprit de corps. The invention contains control circuitry so that the announcements are timed to prompt an optimum response from the officers.

Information handling system power management in standby and hibernate states is adapted to reduce transition times for end user requests to resume to an operational state. During fast resume time periods, transitions to the hibernate state are limited so that recovery to an operational states has the reduced resume time associated with the standby state. The fast resume time periods are set by user preference or automatically set by monitoring end user interactions with the information handling system to predict fast resume times appropriate for the end user. In one embodiment, a power manager automatically transitions the information handling system from the hibernate state to a standby state a predetermined time period before a fast resume period begins.

The invention discloses a voice waking up method and a voice recognition device in man-machine interaction. The voice waking up method includes the following steps: a step of silence detection, performing waking up word detection when a machine detects sound energy, waking up the machine to start voice recognition if the sound energy includes a waking up word, otherwise, enabling image detection; and a step of image detection, waking up the machine to start voice recognition if a man is detected in image detection, otherwise, continuously detecting the sound energy. The voice waking up method and the voice recognition device can achieve natural man-machine interaction by adoption of image detection, and low power consumption can be maintained in a standby state.

A device, mounted on a hydraulic excavator, for allowing each of first and second electric motors (13), (14) to generate power by using electric power supplied from a power supply having a predetermined capacity, and actuating a boom cylinder (6), an arm cylinder (7), etc. using the generated power. The device is characterized by comprising electric motor controllers (24), (25), etc. for respectively controlling power that is generated by the electric motors (13), (14) so that, in machine-operation, powers generated by the electric motors (13), (14) may be equal to or less than predetermined rated outputs, and that the total amount of powers generated simultaneously by the electric motors (13), (14) may correspond to the maximum capacity of the power supply, so as to prolong the time of use with high thrust and high torque without increasing the capacitors of the electric motors (13), (14) and power supply.

Conventionally, no consideration was given to the control of the main power supply circuit in a storage apparatus. Thus, unnecessary electric power will be consumed because it is not possible to inhibit the power consumption of the main power supply circuit of the storage apparatus. With this storage system having a plurality of storage apparatuses, a storage apparatus internally has a power supply control program for controlling the respective components and the main power supply circuit, and the power supply control command program provided to the management computer migrates a storage extent to be used for business to another storage apparatus based on the operation schedule of business to use the storage extent of the storage apparatus, and commands the power supply control of the main power supply circuit in the storage apparatuses and the respective components.

The invention discloses a method and a device for controlling a motorcycle engine. The device is used for judging an operating state of a motorcycle, controlling automatic flameout of the engine and re-starting the engine so as to reduce oil consumption in a process of stopping and operating the motorcycle at an idle speed. The invention checks operation information of the motorcycle through an ignition control chip module to judge a current operation state of the motorcycle. When the ignition control chip module checks that the motorcycle is in a static state, the engine operates at the idlespeed, and a position of throttle opening of the motorcycle is a default value of an origin point, after the conditions are satisfied, the position of the throttle opening is a default value of the time of the automatic flameout, the ignition control chip module controls the automatic flameout of the engine. When the ignition control chip module checks that the throttle opening of the motorcycle is changed to be more than a default value of the voltage of the throttle opening, the ignition control chip module controls a relay to act and starts up a motor to operate, and controls a spark plug to ignite and re-start the engine.

A device, mounted on a hydraulic excavator, for allowing each of first and second electric motors (13), (14) to generate power by using electric power supplied from a power supply having a predetermined capacity, and actuating a boom cylinder (6), an arm cylinder (7), etc. using the generated power. Electric motor controllers (24), (25), respectively control power that is generated by the electric motors (13), (14) so that, in machine-operation, powers generated by the electric motors (13), (14) may be equal to or less than predetermined rated outputs, and the total amount of powers generated simultaneously by the electric motors (13), (14) correspond to the maximum capacity of the power supply.

An air conditioning system for vehicles includes a refrigeration cycle having a variable displacement compressor with a displacement control valve, for controlling a discharge amount of the compressor, so that a pressure difference (Pd-Ps) between a discharged refrigerant pressure (Pd) and a drawn-refrigerant pressure (Ps) equals a set value, an acceleration state detecting device, and an engine rotational speed detecting device. The system further includes a device for determining a condition in which the acceleration state is detected or a condition in which the engine rotational speed equals or is greater than a set value as an elevated compressor load condition, and during the elevated compressor load condition, controlling the discharge amount of the compressor, so that the pressure difference (Pd-Ps) equals or is less than a pressure difference (Pd-Ps) immediately before elevated the compressor load condition. Both superior acceleration performance of a vehicle and driver comfort due to air conditioning may be achieved.

The invention discloses an ear attachment type telephone headset and a detection method of a wearing state thereof. The method comprises the steps of configuring an outer ring sensor and an inner ring sensor to each perform environment scanning and calculating out difference values between an outer ring capacitance current value and a corresponding reference value and between an inner ring capacitance current value and a corresponding reference value; comparing the outer ring difference value with an outer ring threshold value and judging the ear attachment type telephone headset as a non-worn state if the outer ring difference value is larger than the outer ring threshold value and a wearing mark site is in a non-worn state; comparing the inner ring difference value with an inner ring threshold value if the wear mark site is marked as a wearing state or the outer ring difference value is smaller than the outer ring threshold value and judging the ear attachment type telephone headset is in a wearing state if the inner ring difference value is larger than the inner ring threshold value; judging the ear attachment type telephone headset is in a non-worn state if the inner ring difference value is not larger than the inner ring threshold value. Therefore, the detection method disclosed by the invention can accurately judge a wearing state of the ear attachment type telephone headset by detecting capacitance value change of an inner ring and an outer ring of the telephone headset, prevents excessive power consumption and enhances user experience.

A combustion type power tool having a combustion chamber in which a fan is rotatably provided and an ignition plug is exposed. A combustible gas and air are mixed together by the fan, and the mixture is ignited by a spark generated at the ignition plug. As a result of combustion, gas expansion occurs to permit a piston and a driver blade to move for driving a fastener into a workpiece. A spark energy is set in a range of from 0.04 J to 0.08 J.

In a process for producing toner particles by pre-dispersing at least a colorant and / or a release agent in a first dispersion medium to prepare a first fluid mixture, preparing a second fluid mixture from the first fluid mixture by means of a fine-dispersion machine, and forming toner particles from the second fluid mixture;(i) the fine-dispersion machine has at least a first treatment ring and a second treatment ring approachable to and separable from the former and a rotary drive mechanism which makes the former rotate relatively to the latter, and (ii) the first fluid mixture is introduced to the part between the first treatment ring and the second treatment ring to make the latter separate from the former, and the colorant and / or the release agent are dispersed in the form of fine particles by the rotation of the first treatment ring to obtain the second fluid mixture.

The invention belongs to the technical field of vehicle detection, and discloses a vehicle anomaly detection method, device and equipment and a storage medium. The method comprises the steps that after a vehicle is powered off, ECU nodes of the vehicle are detected, and node information corresponding to abnormal non-dormant nodes is obtained, the abnormal non-dormant node is diagnosed according tothe node information, message data of the CAN network within preset time is obtained according to the abnormal time of the abnormal non-dormant node, then the message data, the node information and the diagnosis information are sent to a cloud server, the cloud server feeds back corresponding processing information according to the message data, the node information and the diagnosis information,and exception processing on the vehicle is performed according to the processing information. By means of the mode, the vehicle-mounted terminal monitors the whole vehicle non-dormancy ECU nodes, reports the whole vehicle non-dormancy ECU nodes to the Internet of Vehicles background in real time, carries out automatic processing according to different abnormal non-dormancy conditions of differentECUs, avoids excessive power consumption of the vehicle, and solves the problem that the ECUs are not dormant abnormally in time.

A hybrid amplifier includes a linear amplifier coupled in series with a switching amplifier. The linear amplifier may generate an intermediate amplified signal according to an input signal. The switching amplifier may generate an output signal according to the intermediate amplified signal, the output signal having an amplitude with respect to a reference voltage provided at a reference node. The linear amplifier may drive the reference node to adjust the reference voltage responsive to transient changes in the output signal. A high-pass filter coupled to the linear amplifier and the switching amplifier may enable the switching amplifier to provide most of the steady-state current, which may drive a load, from actual ground. The linear amplifier and switching amplifier may be independently powered, for example from a power supply having a primary winding and two electrically isolated secondary windings that respectively provide power to the linear amplifier and the switching amplifier.

An embodiment of the invention discloses a screen backlight brightness adjusting method, a device thereof, a terminal and a storage medium, wherein the method, the device, the terminal and the storagemedium belong to the technical field of terminals. The method comprises the steps of acquiring ambient light strength when a screen backlight brightness automatic adjusting function is utilized; if the ambient light strength is higher than an ambient light strength threshold, setting the screen backlight brightness to an automatic adjusting brightness upper-limit, wherein the automatic adjustingbrightness upper-limit is lower than a screen backlight brightness highest value; and when a brightness manual increasing signal is received, increasing the screen backlight brightness according to the brightness manual increasing signal. Because the automatic adjusting brightness upper-limit is higher than the screen backlight brightness highest value, a problem of overhigh terminal power consumption caused by direct increase of the screen backlight brightness to the screen backlight brightness highest value can be prevented on the condition of relatively high ambient light strength. Furthermore a user can manually increase the screen backlight brightness according to the requirement, thereby ensuring clear content displaying on the condition of relatively high ambient light strength.

The embodiments of the present invention disclose a speech control circuit and method for electrical equipment, wherein the electrical equipment integrates a speech recognition device. The speech control circuit comprises a detection circuit and a control circuit; the detection circuit is used for sensing a human body in real time, generating sensing information, and generating a speech recognition startup instruction when detecting that the sensing information satisfies a set startup rule; and the control circuit is used for controlling the speech recognition device to be started according to the speech recognition startup instruction. According to the speech control circuit and method for the electrical equipment provided by the embodiments of the present invention, the speech recognition device is only started under the control of the speech control circuit, and is in a turned-off mode or a sleep mode in other time, and therefore, the power consumption of the electrical equipment can be greatly reduced, the speech recognition device can be started automatically and intelligently, interaction efficiency is improved, a speech interaction process is simplified, the problem of false wakeup or false startup caused by the appearance of keywords in the normal conversation of a user can be solved, and the user can be assisted to fast and conveniently control the electrical equipment in a user-friendly manner through speech, and the interactive experience of the user can be improved.

The invention discloses touch equipment and a method for performing fingerprint detection on the touch equipment. The touch equipment comprises a touch plane, a detection unit, a fingerprint module and a control module, wherein the touch plane is used for receiving touch of a user; the detection unit is fixed to the touch plane and used for detecting the touch of the user; the fingerprint module is fixed to the touch plane and used for collecting a fingerprint of the user; and after the detection unit detects that the user touches the touch plane, the control module starts a fingerprint collection function of the fingerprint module to collect the touch fingerprint of the user on the touch plane. According to the touch equipment and the method, after it is detected that the user touches the touch plane, starting of the fingerprint collection function of the fingerprint module is triggered to collect the touch fingerprint of the user on the touch plane, the user only needs to perform one time of touch operation in the whole process, meanwhile, the fingerprint module is not started unless the fingerprint of the user touches the touch plane, and therefore the problem that power consumption is excessively high when the fingerprint module is started for a long time is avoided.

The invention discloses a network connection control method and device, a terminal and a storage medium. The method comprises the following steps: in a dual-connection mode, a terminal communicates with a first base station and a second base station; wherein the first base station is a main base station, and the second base station is an auxiliary base station; if the terminal meets the first preset condition, the terminal determines that the terminal works in a dual-connection mode; the terminal sends a measurement report to a first base station; wherein the measurement report is used for indicating that the signal quality of a network of a second base station where the terminal is located is lower than a threshold value, so that the first base station issues a first message according tothe measurement report; and the terminal receives the first message and releases connection with a second base station according to the first message.

An A / D converter includes a plurality of comparators, each of which samples an analog input potential during a first period, and compares the analog input potential with a reference potential during a second period, an encoder which encodes comparison results obtained by the comparators, and a control signal supply unit which generates one or more control signals that define the first period and the second period such as to make a duration of the first period different from a duration of the send period, and supplies the one or more control signals to the plurality of comparators.

There is provided a power source connection circuit, when a switch having a low dielectric strength is employed, capable of preventing excessive power consumption when the switch between an input terminal and an output terminal is turned off, and also discharging electric charges accumulated in a gate of the switch. A power source connection circuit includes a MOS switch connected to an output terminal; a step-up circuit for supplying electric charges to a gate of the MOS switch; an electric-charge discharging unit coupled between the gate and a ground terminal; and a comparator for comparing a voltage of the output terminal with a reference voltage, wherein the electric-charge discharging unit includes a rectifier unit coupled between the gate and the ground terminal, and a switch coupled in series with the rectifier unit between the gate and the ground terminal to receive an output signal of the comparator at a gate.

The invention discloses a method for controlling the start of an eye protection mode, an electronic device, and a computer readable storage medium. The method comprises the steps: periodically detecting whether a user has eyestrain or not when the screen of the electronic device is turned on if the duration when the screen of the electronic device is on exceeds first preset time: controlling the start of the eye protection mode if the user is detected to have eyestrain; and controlling the start of the eye protection mode if the duration when the screen of the electronic device is on exceeds the second preset time. According to the invention, the method can be used for improving the intelligentization degree of the start control of the eye protection mode, thereby effectively protecting the eyesight of the user.

The invention provides a method and a device for adjusting chip core voltage, and the method and the device are used to solve problems in the prior art that power consumption of a main chip of a terminal is relatively high. The method device for controlling chip core voltage comprises: obtaining temperature data of a chip; and according to the temperature data, adjusting the core voltage of the chip, so as to reduce redundancy of the chip under current temperature environment. The scheme reduces power consumption of the chip in a use process.

The invention discloses a display brightness self-adjusting device, a display brightness self-adjusting method and an intelligent wearable device. According to the display brightness self-adjusting device, a light intensity acquisition unit is used for acquiring the light intensity of a surrounding environment, converts the acquired light intensity into a corresponding electrical signal value, compares the electrical signal value with a stored previous electrical signal value, and stores the electrical signal value if the change quantity of the electrical signal value and the previous electrical signal value exceeds a set threshold value, generates an interrupt signal and sends the interrupt signal to a central processing control unit; the central processing control unit is used for reading the stored electrical signal value when receiving the interrupt signal and controls a power source management unit according to the electrical signal value so as to make the power source management unit output corresponding power supply voltage to a display unit; and the display unit controls the display brightness of a display screen in accordance with the received power supply voltage. With the display brightness self-adjusting device and the display brightness self-adjusting method of the invention adopted, the automatic and humane adjustment of the display brightness of the display screen can be realized, so that the display brightness of the display screen can be suitable for ambient light intensity, and excessive power consumption caused by single brightness can be prevented, standby time can be prolonged, and user experience can be increased.

An over driving method for a display is disclosed. The steps of the method mentioned above includes the following. A power saving parameter is set equal to an initial value, a current frame data is received, and a previous frame data is read from a memory. Afterward, the power saving parameter is updated by comparing the current frame data and the previous frame data. Moreover, an over driving process is executed to the display according to the comparison result for the power saving parameter and a reference value.

A method for determining the temperature of an electrically heatable catalytic converter having an electric heating element that includes a heating resistor, the electrical resistance of which changes as a function of the component temperature of the electrically heatable catalytic converter. This resistance is determined from the current intensity and the voltage at the electrically heatable catalytic converter, and is used to determine the component temperature of the catalytic converter, based on a characteristic curve stored in the control unit. The energization of the heating resistor for determining the component temperature takes place in each case for only a short time in order to minimize the energy input into the heating resistor and thus avoid overheating of the heating resistor. In addition, by use of the short time interval, the aim is to minimize the energy requirements for determining the component temperature of the electrically heatable catalytic converter.

The invention discloses a method and apparatus for positioning a mobile terminal in a lost locked state. The method comprises the steps of acquiring current position information and uploading the current position information to a server when detecting that the mobile terminal enters the lost locked state; acquiring gyroscope data of the mobile terminal in real time, and generating mobile sensing data; comparing the mobile sensing data with a preset threshold; and every when the mobile sensing data reaches the preset threshold, acquiring current position information and uploading the current position information to the server. According to the method and apparatus disclosed by the invention, by the mobile sensing data generated on the basis of the data of a gyroscope configured to the mobile terminal and through combining the preset threshold and uploading the position information to the server at intervals, when positioning on the lost mobile terminal is effectively carried out, the problem of excessively high power consumption caused by continuous positioning in the prior art is avoided, so that a positioning effect is further ensured.

A touch device and a measuring voltage dynamic adjustment method thereof are provided. The touch device comprises a touch panel, a touch sensing circuit and a processing unit. The touch sensing circuit electrically connected to the touch panel is configured to provide a first measuring voltage to the touch panel and sense capacitance variation of the touch panel to generate a plurality of sensing signals. The processing unit electrically connected to the touch sensing circuit is configured to receive the sensing signals, determine whether a touch is caused by a stylus according to the sensing signals and if yes, enable the touch sensing circuit to provide a second measuring voltage to the touch panel. The second measuring voltage is larger than the first measuring voltage.

Disclosed is a method for intelligently synchronizing information. The method comprises: setting a standard parameter value and a contribution factor in each stage of information synchronization; obtaining an actual parameter value of one information synchronization; determining a time interval for next information synchronization according to the standard parameter value, the actual parameter value and the contribution factor. Also disclosed is an apparatus for intelligently synchronizing information.