39results about How to "Achieve flexible control" patented technology

The invention discloses a liquid raw material generating device for three-dimensional printing and a control method thereof. The device is mainly composed of a heating unit used for generating liquid raw material, and used for controlling the communication between the inner space of the heating unit and the external atmosphere or a negative pressure device. The opening and closing device 1. The opening and closing device used to control the solid raw material to enter the inner space of the heating unit 2. The air pressure sensing device, the liquid level sensing circuit, and the temperature sensing circuit. Its beneficial effects: avoid the problem of leakage of liquid raw materials from the extrusion head from the entrance of solid raw materials in the existing FDM three-dimensional printing technology; realize continuous supply of solid raw materials in the process of three-dimensional printing, which is beneficial to the printing of large-volume parts; It can produce both liquid droplets and continuous liquid raw material flow; it can realize flexible control of liquid raw material fluid; it can realize real-time monitoring of parameters such as volume and temperature of liquid raw material in the heating chamber; it has high implementability and practicability , is widely applicable. The present invention represents a substantial advance.

The invention discloses a communication method and device based on a software-defined network and an integrated identification network, belonging to the field of network technology. The method includes: when the controller has established a connection with the access forwarding device, receiving the device information of the access forwarding device; generating the whole network topology according to the device information of each connected access forwarding device; , generate a routing table; send the routing table to the access forwarding device, so that when the access forwarding device receives the data packet, it queries the routing table according to the destination routing identifier of the data packet, determines the forwarding path, and forwards the data based on the destination routing identifier and the forwarding path Bag. The present invention separates the control plane from the data plane by introducing a controller into the integrated identification network, and does not need the access and forwarding equipment to run the routing protocol, which reduces the amount of calculation, saves time, improves query efficiency, and realizes full Flexible control of the network.

The invention discloses an air conditioner set parameter control method based on environmental parameters. The air conditioner set parameter control method comprises the steps that a remote control device receives and responds to an acquisition instruction sent by a user, detects the environment temperature data through a temperature sensor module and sends the detected environment temperature data to an air conditioner to be stored; the remote control device receives a mapping setting instruction sent by the user and sends the mapping setting instruction to the air conditioner, so that the air conditioner responds to the mapping setting instruction so as to set the set temperature according to the stored environment temperature data. By means of the method, the user can send the acquisition instruction through the remote control device, and the remote control device responds to the acquisition instruction and sends the environment temperature data to the air conditioner to be stored. When the air conditioner is started next time, the user can send the mapping setting instruction through the remote control device so as to enable the air conditioner to set the set temperature according to the stored environment temperature data, accordingly the elastic control of the air conditioner is achieved, and the comfort degree of the air conditioner is improved.

The embodiment of the application discloses a method and device for controlling a terminal. The specific implement of the method comprises the following steps: responding to determine a first terminalthat is playing contents will meet a presetting screen turn-off condition after a presetting duration, send a screen turn-off prompt message; the first terminal is in a children service module; the children service module provides the service for children users; receive a playing control message of the first terminal; the playing control message is sent basing on the screen turn-off prompt message and is used for setting the playing duration of the first terminal; according to the playing control message, send a control command to the first terminal, so as to control the first terminal to stop playing and turn off the screen; and, the control command includes the time for controlling the first terminal to stop playing and turn off the screen. The embodiment of the method realizes the elastic control of the first terminal.

The invention discloses an optical fiber time delay measurement method based on single optical frequency comb interference, which divides the optical carrier output by a narrow linewidth laser into two paths, wherein one optical carrier is modulated into an optical frequency comb signal by an optical frequency comb modulator , sent to the interferometer connected to the optical fiber to be tested, and another optical carrier for frequency shift processing; after the frequency shifted optical carrier is coupled with the optical signal output by the interferometer, photoelectric detection is performed to obtain a microwave signal carrying time delay information ; Extract the spectrum information of the microwave signal, and then extract the free spectrum range of the interference spectrum, and calculate the time delay of the optical fiber to be tested according to the free spectrum range of the interference spectrum. The invention also discloses an optical fiber time delay measurement device based on single optical frequency comb interference. Compared with the prior art, the invention has the advantages of high measurement stability, fast measurement speed, simple structure and low implementation cost.

The invention discloses a multipurpose door device. A moving cavity fixedly arranged in a wall is included, a channel which is through front and back is arranged in the moving cavity, a door is arranged on the left and right end walls of the moving cavity in a sliding manner, a rotating cavity is formed in the door, a rotating assembly is arranged in the rotating cavity, the rotating assembly drives the door to move downwards to the designated position, and meanwhile, motion is transmitted to a power assembly. The device is simple in structure and convenient to operate. Through the rotating assembly, up and down moving of the door is adjusted, power control over an interior door is achieved, efficient control capacity of the device is improved, through the power assembly and a connecting assembly, power is selectively connected with a designated device, diversity of the device is improved, finally, through a switchable motion mechanism, flexible control of the door can be achieved, thework range of the device is widened, the efficiency is improved, the device reliability is improved, and the device is compact in structure, flexible, adjustable, and wide in application range.

The embodiment of the present invention relates to the technical field of electronic equipment, and discloses an intelligent control method for dictation based on user intentions and electronic equipment. The method includes: collecting voice corpus generated by the user in dictation mode, analyzing the voice corpus to obtain the user's current Intent, and detecting the user's dictation handwriting; the current intention indicates the user's dictation instruction; according to the corresponding relationship between the reported dictation audio and the dictation handwriting, acquire the target dictation audio that matches the current intention and report It can be seen that reading can realize flexible control of dictation by users, which is conducive to improving the intelligence of electronic devices in dictation reporting and reading, and improving user experience.

The invention discloses a method and a device for controlling the rotation of a 3D model, which are used for converting plane two-dimensional coordinates into three-dimensional three-dimensional coordinates, so as to easily control the rotation operation of the 3D model. The method includes: acquiring 3D model data, displaying the 3D model; detecting that the user slides the 3D model along a certain direction, and obtaining plane coordinate values ​​generated by the sliding; converting the plane coordinate values ​​generated by the sliding It is the space coordinate value of the 3D model; according to the change of the space coordinate value, the rotation of the 3D model is controlled. By calculating the position and size of the model in the space coordinate system, the equation of the circle where the model is located is obtained. When other computer input devices such as a mouse or a computer stylus operate on the model, the desktop coordinate plane coordinates are processed into world coordinates, and the mouse operation Behavior, rotate the model, and realize the flexible control of the model rotation.

The utility model relates to movement parameter calibration technology, in particular to a movement parameter calibration mechanism which solves the problems of limitations of current single parameter calibration on the movement parameters, and no device capable of simultaneously implementing multi-parameter calibration on the movement parameters. The movement parameter calibration mechanism comprises a large crank-link mechanism, a small crank-link mechanism and a rack; the large crank-link mechanism comprises a large motor, a large wheel disc in interference fit with the large motor, a large link in interference fit with the large wheel disc, and a large guide rail pair; and the large guide rail pair consists of a large guide rail and a large carriage. The movement parameter calibrationmechanism completely solves the problems of limitations of current single parameter calibration on the movement parameters, and no device capable of simultaneously implementing multi-parameter calibration on the movement parameters, and is applied to movement parameter calibration.