32results about How to "Realize automatic intelligence" patented technology

The invention discloses an electric cable laying device comprising a chassis device, a running device arranged on a bottom part of the chassis device, a mechanical arm structure arranged on the chassis device, a first driving device arranged on the chassis device, a control module arranged on the chassis device, wherein the mechanical arm structure is used for grasping or discharging an electric cable roll, and the first driving device is used for driving the grasped electric cable roll to rotate; the running device, the mechanical arm structure and the first driving device are electrically connected with the control module. Via the electric cable laying device, automatically loading, transporting, wind-up operation and pay-off operation of the electric cable roll can be realized; operation efficiency can be improved, and operation difficulty can be lowered.

The invention belongs to the technical field of Internet of things control, and provides a plug and play type intelligent housing system. The system comprises a control side, at least one intelligent housing controller and at least one household electric appliance. The control side is connected with the intelligent housing controllers through a wireless network, and is used for directly sending an operation instruction to the intelligent housing controllers. The intelligent housing controllers record work and rest time of a user and the service condition of the electric appliances in real time, statistic analysis is conducted based on the data, using behaviors and habits of the user are analyzed in cooperation with the current environment to achieve automatic housing intelligence. It is observed that the whole intelligent control does not need wiring and is achieved completely based on the controllers of all the household electric appliances; when the control function of the certain household electric appliance needs to be added, only the controller corresponding to the household electric appliance needs to be independently arranged; after the arrangement, access of operation instructions of the network receiving control side or other intelligent household controllers is directly carried out, and real plug and play is achieved.

The invention provides a unified management and linkage control system for internal facilities of a construction project, including: multiple monitoring systems, multiple equipment control systems, and a data collection and interaction platform; the monitoring system and equipment control system are realized through software middleware and hardware middleware Data communication with the data acquisition and interaction platform; the data interaction platform integrates the monitoring data of the monitoring system, identifies the types of monitoring events and weak links, and realizes the linkage work between different equipment control systems according to the identification results, as well as the structural weak links. Early warning; breaking the traditional information islands between multiple subsystems in the internal system of construction projects, making up for the monitoring blind angles and monitoring loopholes that are prone to exist in the traditional single system monitoring events, and the monitoring event identification results are more accurate, suitable for existing systems. It is used when there is intelligent transformation of construction engineering.

A control system and control method of an intelligent citrus picking machine, comprising a mobile platform control module, a robotic arm control module, an end effector control module, a citrus image acquisition module, a microprocessor module for controlling and coordinating the work of each module, and a The communication module is connected with the central processing unit of the microprocessor module; the image acquisition module is connected with the central processing unit, and the central processing unit processes the citrus image and calculates the position information of the citrus in the citrus image; according to the citrus position information, the microprocessor The module uses the deep learning algorithm to obtain the inverse kinematics solution of the manipulator, and inversely deduces the actual motion trajectory of the manipulator; the manipulator control module controls the motion of the manipulator according to the actual motion trajectory, and drives the end effector to pick citrus; the central processor is connected to a human computer interface. The invention can effectively reduce the damage rate of the picking machine to the citrus and increase the picking efficiency of the picking machine.

The invention discloses an electronic shelf label (ESL) positioning update method and system. The method includes the following steps that: an ESL receives a positioning update instruction, acquires an ESL label identity (ID) in the instruction, compares the ESL label ID with the own ID, and then returns a message indicating that the IDs are consistent when comparing that the two IDs are consistent; an ESL label wireless base station determines and feeds back positioning update information after receiving the returned message indicating that the IDs are consistent; and an ESL electronic labelsystem receives the returned information that determines the positioning update, stores an association relationship between the own ID of the ESL and an ID of the ESL label wireless base station, andcompletes the positioning update of the ESL. Thereby, the whole-process automation and intelligence of an ESL positioning update process can be achieved, only the positioning update instruction needsto be issued from the ESL electronic label system, the process of manually maintaining the association relationship between the ESL label wireless base station and the ESL is not required, the manpower input can be greatly reduced, the maintenance cost can be lowered, the time and effort can be saved, and the scheme is simple and convenient.

The invention discloses a method and device for audio quality diagnosis, wherein the method includes: acquiring source audio, starting a playback module of the device to be diagnosed to play the source audio; collecting and playing the audio, expressed as a test audio; calculating the source audio and the test audio Correlation, to get the correlation value; judge whether the correlation value is greater than the correlation threshold, if not, determine the fault of the equipment to be diagnosed. The solution of the invention can automatically and intelligently diagnose the audio quality.

The invention provides a leakage detection method and device for a brake system, and the method comprises the steps of firstly, receiving a leakage testing instruction; then judging whether the brakesystem is in a stop state or not; when it is judged that the brake system is in the stop state, carrying out pressure adjustment on a brake cylinder; if the pressure value of the brake cylinder meetsthe leakage test requirement, judging whether the energy accumulator and the brake cylinder have leakage faults or not; and if it is judged that any one of the energy accumulator and the brake cylinder has the leakage fault, indicating that the brake system has the leakage fault. Therefore, the method for automatically and intelligently detecting the leakage of the brake system is realized.