1840results about How to "Realize automatic switching" patented technology

The automatic opening and closing window system is characterized by: including a wind detection module, a temperature detection module, a humidity detection module, a smoke detection module, a toxic gas detection module, a rain detection module, a microcontroller, a wireless communication module, a stepping motor drive module, an electromagnetic Valve module, liquid crystal display and key device, sound and light alarm device. It collects indoor and outdoor information, opens and closes the windows according to the conditions of the indoor environment and the outdoor environment, and comprehensively controls the state of the windows by detecting the ambient temperature, toxic gas, wind force and other information.

The invention discloses an automobile power back door driving mechanism. The automobile power back door driving mechanism comprises a motor sleeve, a micro motor positioned in the motor sleeve, a planetary reducer, a screw rod sleeve, a multihead screw rod positioned in the screw rod sleeve, a nut sleeve, a multihead nut poisoned in the nut sleeve, wherein the multihead nut and multihead screw rod form a feed screw nut pair; a spring is sleeved outside the multihead screw rod and multihead nut; and the multihead screw rod is driven by the micro motor to drive the multihead nut to move relative to the multihead screw rod and the nut sleeve moves relative to the screw rod sleeve simultaneously. The mechanism has a simple and compact structure and small size, can be electrically started and closed when being energized, can extend and retract by manually driving the spring when not being energized and can realize free switching between motor operation and manual operation without any clutch.

The present invention relates to a network video playing method, which comprises the following steps: preset multiple code streams for each video source; a user requests to play a video, and selects a video code stream; judges whether it is necessary to switch the video code stream, and if so, then Switch the video stream according to the timestamp. In addition, the invention also provides a network video playing device. Adopting the present invention can ensure fluency and provide users with high-quality video images as much as possible in the case of unstable network, so as to achieve better display effect; realize automatic video switching to reduce unnecessary time loss caused by manual operation ; The time stamp is also used to switch the corresponding video, so that the transition of the picture is smooth and natural.

The invention provides a family security control method, a family server and a security control system. The family security control method includes the steps that the family server receives a position coordinate, sent by a mobile terminal, of a user, the position coordinate is determined through a GPS positioning module of the mobile terminal, the position coordinate is compared with a preset community area through the family server, a corresponding control signal is generated according to a comparison result and sent to a security device located in a community area range, and the security device receives the control signal and switches over a current work state according to the control signal. The state of the security device does not need to be switched over manually, flexibility and intelligence are high, and convenience is brought to user life.

The invention provides a combined navigation and positioning method of a small underwater robot, which comprises the following steps: fusing measurement data of various navigation facilities by means of a strong tracking unscented Kalman filter; using position vectors and heading angles under a navigation system as well as speed vectors and acceleration vectors under a vector system as state vectors of the filter; using the strong tracking unscented Kalman filter to implement autonomous navigation and data filtering of the underwater robot; based on horizontal position information output by a GPS (global positioning system) receiver, using the strong tracking unscented Kalman filter to implement autonomous correction and data filtering of the underwater robot; and implementing the switching between two different measurement equations (i.e. overwater and underwater measurement equations) based on the significance bit of the output signal of the GPS receiver. The invention can fuse the position, depth and attitude information of the small underwater robot measured by various navigation facilities, and can implement the autonomous navigation and autonomous correction of the small underwater robot under the interference of sea current or sea wave.

The embodiment of the invention discloses a switching method and device for multiple voice identification models. The method comprises: at least one piece of voice information inputted into a voice by a user is obtained; identification and voice type matching are carried out on the voice information, so that a corresponding target language type is determined based on the matching degree; and a currently used voice identification model is switched to a voice identification model corresponding to the target language type. According to the embodiment of the invention, identification and voice type matching are carried out on the obtained voice information and the corresponding target language type is determined based on the matching degree; and the currently used voice identification model is switched to the voice identification model corresponding to the target language type, so that automatic switching of voice identification models among different languages can be realized. Therefore, the voice identification model switching frequency is improved and the voice identification becomes intelligent.

The invention belongs to the technical field of information processing and provides a method and system for unlocking a mobile communication terminal. The method comprises the following steps of: receiving a selection signal of unlocking modes input by a user and the switching time of the unlocking modes, and setting a stored flag bit representing the current unlocking mode according to the selection signal of the unlocking modes; and reading the stored flag bit when reaching the switching time and switching to the current unlocking mode represented by the flag bit. The method and system for unlocking the mobile communication terminal, provided by the invention, are pre-provided with at least two unlocking modes, a user can select the unlocking mode and set the corresponding switching time and automatically switch the unlocking mode into the selected unlocking mode when the switching time is reached, so that the automatic switching of different unlocking modes is realized, and the user experience is optimized.

The invention discloses an anti-misoperation method for intelligent terminal equipment. The anti-misoperation method comprises the following steps: when the screen of the intelligent terminal equipment is not locked or is activated from a clocked state, collecting the current ambient light strength of the intelligent terminal equipment and the distance between an external object and the intelligent terminal equipment; carrying out anti-misoperation measures when the current ambient light strength is smaller than a preset light intensity threshold and the detected distance is smaller than a preset distance threshold, wherein the anti-misoperation measures are stopping screen brushing operation, closing a touch detection module and outputting data to the screen of the intelligent terminal equipment to display the anti-misoperation prompting information. Different anti-misoperation measures can be carried out in different working modes according to parameters collected by an ambient light sensor and a distance sensor, so that the misoperation possibility of the intelligent terminal equipment is reduced to the most extent, and a user can use the intelligent terminal equipment more conveniently.

The invention discloses an electric vehicle driving and charging integrated control method and an electric vehicle operated with the same. A driving function and a charging function are achieved through a topology system structure of the same hardware. The electric vehicle comprises a high-voltage battery, an inverter and a motor. When the electric vehicle is in a driven state, a high-voltage direct current output by the high-voltage battery is converted into a three-phase alternating current through the inverter through forward operation control of the inverter, the three-phase alternating current is output to the motor, and the motor is driven to run. When the electric vehicle is in a charged state, an external three-phase alternating current is input into the motor, then input into the inverter through a coil winding of the motor, and converted into a direct current to charge the high-voltage battery through reverse operation control of the inverter. The high-voltage battery is charged by means of the coil winding, serving as charging inductance, of the motor and by means of reverse operation of a motor driving system which is the inverter. In the charged state, the coil winding of the motor serves as the charging inductance, the inverter becomes a charger, the structure is simpler, control is easy and convenient, the size is compact, cost is low, the charging capability at full-power driving is achieved, charging speed is high, and efficiency is high.

The invention provides a contextual mode switching method of a mobile terminal and the mobile terminal. The contextual model switching method includes detecting speed of the mobile terminal, comparing the detected speed with a preset speed threshold, determining a current motion state of the mobile terminal according to compared results, recording duration of the current motion state of the mobile terminal, comparing the duration with a preset time threshold, and switching the mobile terminal to a contextual mode corresponding to the current motion state of the mobile terminal according to preset corresponding relation when the duration is longer than or equal to the preset time threshold. Automatic switching of contextual modes of the mobile terminal is completed without human intervention.

The invention discloses a network switching device. The device comprises a first detection module used for detecting wireless signal intensity of a mobile terminal connected with a wireless network at present; and a first starting module used for starting a mobile data network channel of the mobile terminal when the wireless signal intensity is detected to be smaller than a first preset threshold and last for a first preset time length. The invention further provides a network switching method. The network switching device and method is capable of helping a user automatically start the mobile data network channel of the mobile terminal when the wireless network connected with the mobile terminal has faults, is invalid or is poor in network state, thereby realizing network automatic switching, preventing the mobile terminal against network failures due to the unstable wireless network, ensuring that a user can surf the internet smoothly and stably, preventing the user from missing important network information and network notifications due to network problems, and improving the networking experience of the user.

The invention relates to a combined function method for realizing multiple functions of refrigeration and heating and the like. A tri-supply method for realizing refrigeration, heating and hot water supply of the invention integrates a solar-cooling-tube refrigerating system, a trans-critical CO2 heat-pump circulatory system and a hot water circulatory system. The combined function method of the invention, by combining a solar-cooling-tube absorption refrigerating system and a trans-critical CO2 heat-pump system and integrating the strength of the two independent system to recover the defects of each system, can meet the demands of refrigeration in summer and heat supply in winter as well as the demands of hot water supply all year round, and has not only great strength on environmental protection, but also promising potential of energy conservation. The combined function method, which integrates a heat-pump air-conditioner and a hot-water-supply system in one body, not only ensures the compact structure in the implementation of the whole method, but effectively increases utilization rate of equipment.