33results about How to "Realize remote unlocking" patented technology

The present invention provides an air conditioner remote control method, device, system, and air conditioner, wherein the method includes: receiving a remote unlock command sent by a client, and sending a start command to a radio frequency scanner in response to the remote unlock command; receiving a radio frequency scanner Preset password data and a preset code returned in response to an activation command, wherein the preset password data and the preset code are transmitted by the receiver to the radio frequency scanner in response to radio waves of a preset frequency, the radio waves being the response of the radio frequency scanner When the start command is sent to the receiver; generate password input information according to the preset code and send the password input information to the client; receive the input password data sent by the client, and determine whether to activate the air conditioner according to the preset password data and the input password data to unlock. The present invention can realize remote unlocking of the air conditioner, is convenient and simple to operate, does not require on-site manual operation, can save labor costs, and can also increase the durability of the hardware of the air conditioner unit.

The invention discloses a control system applicable to a garage anti-theft door. After a water logging alarm acquires water logging information or a smoke alarm acquires smoke ion concentration in air, an alarming triggering signal is sent to a single-chip microcomputer, and meanwhile an image acquiring module is controlled to acquire image information in a garage; the single-chip microcomputer receives the alarming triggering signal transmitted by the water logging alarm and the smoke alarm, and receives the image information transmitted by the image acquiring module, then, the alarming triggering signal and the image information are transmitted to a property management security center and a mobile phone terminal through a communication module and a communication base station, besides, an unlocking instruction transmitted by the communication module is received, and a driving instruction is transmitted to a door opening and closing driving mechanism; and the door opening and closing driving mechanism receives the driving instruction transmitted by the single-chip microcomputer, and the anti-theft door is opened. The control system applicable to the garage anti-theft door solves the problem that when an accidental safety accident happens to the garage, the garage is controlled through the prior art, and security personnel in a community cannot perform unlocking in time to solve the accidental safety accident.

The invention discloses a manual and electric lock cylinder switching mechanism. The manual and electric lock cylinder switching mechanism comprises a shell and a motor. A threaded shaft is fixed on an output shaft of the motor. A transmission assembly is assembled on the threaded shaft and comprises a lock cylinder flange, a sliding nut, a sliding nut guide rod and a transmission gear. The lock cylinder flange is matched with the threaded shaft through a first rolling bearing. The transmission gear is matched with the threaded shaft through a second rolling bearing. The sliding nut guide rod is transversely placed between the lock cylinder flange and the transmission gear. The sliding nut is arranged on the sliding nut guide rod in a penetrating mode and is in threaded connection with the threaded shaft. A flange bump is arranged on the inner side of the lock cylinder flange, a gear bump is arranged on the inner side of the transmission gear, and limiting bumps are arranged on the two sides of the sliding nut respectively. The motor is sleeved with a rotating handle. Gear teeth are arranged on the inner side of the rotating handle and are in transmission fit with the transmission gear through a gear shaft. The manual and electric lock cylinder switching mechanism has the advantages of being simple and reasonable in structure, convenient to use and small in size.

The invention discloses an electronic device, an unlocking control method and a related product. The unlocking control method comprises the following steps: when an event to be unlocked is detected, acquiring a target brain wave signal of a user through a brain wave sensor; confirming a target distance parameter of the user and an electronic device according to the target brain wave signal; controlling an unlocking strategy of the electronic device according to the target distance parameter to execute unlocking operation. By adopting the embodiment of the invention, the adaptability of unlocking strategies of the electronic device and unlocking strategy use accuracy can be improved in different distance occasions.

The invention relates to the technical field of car equipment, in particular to a car unlocking device and method, a keyless system of a car and a smart car system. The device comprises a first signaltransceiver module arranged at a car side and a second signal transceiver module arranged at a smart key side; the first signal transceiver module is used for receiving a first signal, emitted by thecar, for requesting an unlocking operation and sending the first signal to the second signal transceiver module after the first signal is amplified; the second signal transceiver module is used for receiving the first signal and transmitting the first signal to a smart key to make the smart key generate a second signal for unlocking the car according to the first signal; the second signal transceiver module is also used for receiving the second signal emitted by the smart key and sending the second signal to the first signal transceiver module after the second signal is amplified; the first signal transceiver module is also used for receiving the second signal and transmitting the second signal to the car to make the car execute the unlocking operation according to the second signal.

The invention discloses an unlocking method and device. The method is that a key management system acquires terminal identification information of a first terminal sent by a user through other terminals; the key management system determines the setting of the corresponding terminal identification information based on the terminal identification information. The first dynamic signaling; the key management system sends the first dynamic signaling to the first terminal, triggering the first terminal to unlock the TF encryption card of the first terminal based on the first dynamic signaling. In this way, the key management system can send the first dynamic signaling corresponding to the terminal identification information of the first terminal to the first terminal, triggering the first terminal to unlock the local TF cipher card, thereby realizing the TF encryption of the first terminal. The password card is unlocked remotely to save manpower and equipment resources, improve the efficiency of TF password card unlocking, and user experience.

The invention relates to the field of inspection and maintenance equipment for switch cabinets in power grid substations, in particular to a device for remote operation and inspection of switch cabinets, including a frame, rollers are installed under the frame, and key sockets are used to fix and insert multiple groups The switch cabinet corresponds to the key; the unlocking mechanism is used to grab the corresponding key on the key socket and insert it into the switch cabinet for unlocking. The lock hole detection device is used to ensure that the unlocking mechanism is accurately inserted into the lock hole, and the door opening mechanism is used to pull open and close the unlocking mechanism After the unlocked switch cabinet door, the visual component is used to remotely check the internal conditions of the switch cabinet. This technical solution realizes the remote unlocking of the switch cabinet door, remote opening and closing, and remote detection of the inside of the switch cabinet. The purpose of matching the key of the switch cabinet is to solve the technical problem that the equipment needs to be moved after each key is replaced and unlocked to cooperate with the staff to open the cabinet door for detection.