30results about How to "Wake up avoid" patented technology

The present disclosure relates to a method and a device for sleep wake-up of a terminal, so as to implement a sleep wake-up operation for a user according to the actual sleep state of the user, and improve the wake-up experience of the user. The method includes: monitoring whether the current time is within the preset wake-up time period; when the current time is within the preset wake-up time period, determining the wake-up time within the preset wake-up time period, and the wake-up time is the user Time in light sleep state; wakeup prompt at said wakeable time. The technical solution achieves the purpose of waking up the user when the user is in a light sleep state, avoids waking up the user when the user is in a deep sleep state, and wakes up the user in a light sleep state without feeling particularly tired, thereby improving the user's wake-up experience.

The invention discloses a UWB electronic label and a wake-up method thereof, and a vehicle positioning system and belongs to the intelligent traffic field. The wake-up method of the UWB electronic label comprises steps that a wireless signal sent by a base station of an intelligent traffic system is received by the UWB electronic label; the UWB electronic label is switched from a low power consumption state to a work state according to the wireless signal. According to the wake-up method, the wireless signal is employed to realize an awake-up effect, the UWB electronic label is waken up into the work state after a vehicle enters a communication area of the base station, the UWB electronic label communicates with the base station to carry out subsequent work, the UWB electronic label is prevented from being waken up in non-communication areas, so power consumption of the UWB electronic label is reduced, and service life of the UWB electronic label is prolonged.

The invention discloses a brain wave assisted sleep and wake-up system based on depth learning, which comprises an brain wave acquisition module, audio decoding module, bone conduction vibrator, LED aperture, embedded system board and power supply which are arranged on an eye mask; the brain wave acquisition module transmits collected brain wave data to the embedded system board, which transmits the corresponding music to the audio decoding module according to the data. The audio decoding module converts the music into an analog signal with certain driving ability and transmits the signal to the embedded system board, the embedded system board controls the bone conduction vibrator, the bone conduction vibrator transmits the sound to the human auditory nerve, and the embedded system board also controls the work of the LED aperture. The assisted sleep and wake-up functions are achieved. The invention also provides a brain wave assisted sleep and wake-up method based on deep learning. Thesystem not only can assist sleep, but also can be used as a wake-up alarm clock without affecting sleep quality.

The invention discloses an electronic device and an awakening method thereof. The awakening method of the electronic device comprises the following steps: judging a current position of the electronic device and dividing a touch screen into a plurality of specific blocks according to the current direction; when a first edge of the touch screen of the electronic device is located at the upper end, arraying the plurality of specific blocks relative to the first edge according to a first rule; when a second edge of the touch screen is located at the upper end, arraying the plurality of specific blocks relative to the second edge according to the first rule; and when operation gestures of the plurality of specific blocks are matched with a triggering gesture, awakening the electronic device, wherein the triggering gesture is non-linear. Therefore, a user can directly awaken the electronic device by doing the same triggering gesture to the touch screen, and the electronic device does not need to be rotated to a normal direction to be awakened, so that convenience is brought to the user; the non-linear triggering gesture is adopted so that the condition that the electronic device is erroneously awakened can be effectively avoided.

The embodiment of the invention discloses a method for awakening a smart device for speech recognition. The method comprises the steps of entering the speech detection state after determining that a first portion of a user holding a first smart device faces a second smart device, and conducting speed recognition after detecting speech energy in the speech detection state. According to the scheme, the second smart device is awaken for speech recognition without using an awakening word, that is to say, the second smart device is awaken before a user speaks the awakening word, so that awakening time is shortened and awakening efficiency is improved. Furthermore, the second smart device is awaken for speech recognition only after the first portion of the user holding the first smart device faces the second smart device, and the situation that the second smart device is in a constantly awaken state is avoided, so that power consumption of the second smart device is reduced and user experience is improved.

The present invention is applicable to the field of sensor technology, and provides a data receiving method, device, and terminal device, including: acquiring the wake-up time for waking up the sensor device next time, and the wake-up time is the minimum value of the timing time of the sensor of the sensor device , there are at least two sensors with different timing times; after the wake-up time arrives, select the sensors that need to upload data according to the timing times of different sensors and the wake-up time; update the timing times of the different sensors; receive the uploaded Data uploaded by sensors. Through the above method, the power consumption of the sensor device can be reduced, and the service life of the sensor device can be prolonged.

The embodiment of the invention provides a tiny cell sleep control method and network equipment, and relates to the communication field, so as to reduce energy consumption. The tiny cell sleep control method comprises steps: a service request message sent by user equipment is received, wherein the service request message comprises user equipment identification and service priority, and the service priority is the service priority needed by the current communication of the user equipment; the user equipment identification and the service priority are stored in a service list of a serve tiny cell, wherein the serve tiny cell is the tiny cell which can meet the service request of the user equipment; the serve tiny cell corresponding to the service list is judged whether to meet the wakeup condition; and when the serve tiny cell corresponding to the service list meets the wakeup condition, the service tiny cell is controlled to enter the wakeup state. The tiny cell sleep control method and the network equipment provided by the embodiment of the invention are used for wakeup of the tiny cell.

The embodiments of the invention disclose a method, an apparatus and a system for wakening a terminal. The method comprises the steps of obtaining an awakening request to the terminal from an application, wherein the awakening request carries parameters included in an awakening event corresponding to the application; judging whether the awakening event needs to be triggered by a sensor of the terminal or not; if not, generating an awakening transfer request according to the awakening request, and sending the awakening transfer request to a server; and receiving the terminal awakening information from the server and awakening the terminal according to the terminal awakening information. According to the method for awakening the terminal, the power consumption caused when the terminal is awakened can be reduced, and the stand-by time of the terminal can be increased.

Disclosed are an apparatus and a method for awakening an MCU of an SOC chip, which relate to the technical field of electronic circuits. The apparatus comprises an external awakening signal detection module, an interruption request generating module, a gated clock, and an interruption service program module. The external awakening signal detection module generates an internal awakening signal when an effective external awakening signal is detected. The interruption request generating module generates a gated clock enabling signal and an interruption request signal. The gated clock outputs a system clock to the interruption request generating module and an MCU according to the gated clock enabling signal, a sleep signal state and a register configuration signal state. After receiving the interruption request signal, the interruption service program module configures a gated clock control register to be in an effective state and generates an interruption exit signal and outputs the interruption exit signal to the MCU. By means of the present invention, awakening security is ensured, extra awakening is avoided, and system power consumption is effectively lowered.