133results about How to "Reduce false triggers" patented technology

The invention provides a voice monitoring and processing method and a voice monitoring and processing device. The method comprises the following steps: receiving a first voice command sent by a user; identifying and searching the voice command to get a candidate search result list; and if the candidate search result list contains multiple candidate search results, only responding to a second voice command related to the multiple candidate search results in a first period of time to select one of the multiple candidate search results. According to the embodiments of the invention, mistaken triggering caused by talking not aiming at selection of the candidate search results is reduced, and the operation is simple.

The invention discloses a single photon avalanche diode detector array used for laser range finding. The array comprises a single point detection surface, shaping circuits, an ''And'' processing circuit and an ''Or'' processing circuit. The single point detection surface is integrated by a plurality of detection single tubes in an n*n (n is greater than or equal to 2) mode. Each detection single tube includes a single photon avalanche diode and a quenching circuit. An output signal of each detection single tube is shaped to a pulse square wave signal by the respective shaping circuit. Each twopulse square wave signals form one group and are input into the ''And'' processing circuit. All the signals which are processed by the ''And'' processing circuit are processed by the ''Or'' processing circuit so as to generate a final output signal. By using the detector array, false triggering caused by dark counting and a stray light noise can be effectively reduced; detection efficiency is guaranteed and simultaneously range finding accuracy is ensured; and laser range finding with a high sensitivity can be realized.

The invention relates to a face-gesture cooperative verification method based on deep learning detection so that face and gesture detection can be completed by using an algorithm for a low-power-consumption device and thus an effect of face-gesture cooperative verification can be realized. Overall head-shoulder detection is carried out on an image reduced substantially by using a deep residual convolutional neural network; a face is detected based on a range with head-shoulder occurrence; and then a gesture is detected on the head and shoulder positions and then a trigger condition is verifiedbased on the detected face and gesture. Compared with the traditional gesture-based verification system, the face-gesture cooperative verification method has the following advantages: the stability is high; false triggering by a user and the out-of-order probability of the system are reduced substantially; the stability is improved; and the method can be applied to startup-shutdown verification of a mobile phone of a home appliance.

The invention discloses a pulse laser ranging high-low threshold value leading-edge discriminator circuit and a discrimination method of the pulse laser ranging high-low threshold value leading-edge discriminator circuit. The pulse laser ranging high-low threshold value leading-edge discriminator circuit comprises two comparators AD8611, an active delay line DS1100, a first trigger and a second trigger. TTL output serves as output of the comparators AD8611 used by the pulse laser ranging high-low threshold value leading-edge discriminator circuit, the propagation delay is 4 nanoseconds, and the rise time of an output waveform is 3 nanoseconds. Meanwhile, due to the fact that the two high-speed D triggers are used for carrying out shaping and shake removal on the output of the comparators AD8611, a high-quality signal can be obtained to carry out time measurement. Meanwhile, due to the facts that the active delay line DS1100 is further used, and the active delay line DS1100 is small in packaging size and high in accuracy, the task of adjusting the time sequence can be accomplished on the situation that accuracy and the size of a system are ensured. According to the pulse laser ranging high-low threshold value leading-edge discriminator circuit, the existing leading-edge discrimination technology is improved, and the pulse laser ranging high-low threshold value leading-edge discriminator circuit has the advantages of being high in accuracy and simple in structure, is a circuit which is high in ranging accuracy, and is applicable to a laser ranging circuit, wherein a pulse rising edge of a pulse laser in the laser ranging circuit is dozens of nanoseconds.

The invention provides a method and a terminal for realizing application control, comprising: during the operation of an application, detecting the touch signal generated by an induction coil; according to a preset mapping relationship, converting the detected touch signal into an application operation command for the operations to the application; and according to the application operation command obtained from the conversion, executing the application operation command. According to the embodiments of the invention, after an induction coil generates a touch signal, the touch signal is converted into an application operation command for application operation treatment, which reduces the probability of erroneous triggering and increases the user's use experience.

The invention relates to an infrared automatic shutter opening system and an infrared automatic shutter opening method. The method comprises the following steps: S1, infrared detection is carried out to generate infrared detection data; S2, the infrared detection data are acquired, and a detection image is generated according to the acquired infrared detection data; S3, vertical stripes of the detection image are evaluated by an image evaluation unit to obtain an evaluation numerical value; S4, when the evaluation numerical value is larger than a set threshold, a triggering signal is generated; and S5, a shutter is opened according to the triggering signal, shutter correction is carried out, and the infrared detection imaging quality is adjusted. In comparison with the prior art, shutter opening is triggered according to the vertical stripes in image degradation, thereby being closer to a human sense, reducing the shutter error triggering probability and reducing manual shutter opening.

The invention discloses an anti-false-triggering method for motion detection. The method comprises the following steps: acquiring the PIR amplitude; judging whether there is at least one PIR amplitude greater than any amplitude in a preset first amplitude interval and at least one PIR amplitude less than any amplitude in a preset second amplitude interval in a preset time interval or not; if yes, triggering a motion detection system to perform motion detection on the moving object; and if not, not triggering the motion detection system to carry out motion detection. The embodiment of the invention further discloses a false triggering prevention device for motion detection, equipment and a storage medium, and the situation that in the prior art, false triggering occurs in a PIR motion detection system is effectively reduced.