35results about How to "No manual settings required" patented technology

The invention relates to the technical field of a refrigerator, aiming at overcoming the defects of the prior art. The invention provides a control method for causing drink in the ice crystal temperature range to maintain liquidity and an ice crystal drink cabinet and a control method thereof. The drink is in an enclosed space and is in the standing state, and the method comprises the following three control steps: S0, according to the drink type, setting a refrigeration gear; S1, obtaining the initial temperature Ti of the enclosed space, controlling the temperature of the enclosed space, and regulating from the initial temperature Ti to the ice crystal temperature Ts of the drink; and S2, then controlling the temperature of the enclosed space to fluctuate in the temperature range of the set refrigeration gear, or causing the fluctuation not to exceed the temperature range of the set refrigeration gear, wherein the lasting time of the step S2 is not less than 3 hours. During drinking, the drink automatically generates a crystallization effect in the process of being poured into a frozen cup or by forcibly shaking the drink. The healthy and fresh-keeping ice crystal drink is provided for people and is conveniently manufactured.

The invention discloses a transformer substation virtual-reality management system based on a three-dimensional panoramic view and an implementation method of the transformer substation virtual-reality management system based on the three-dimensional panoramic view. The management system comprises an image collecting and splicing module and a three-dimensional reconstruction image pasting module, wherein the image collecting and splicing module is used for fusing collected images into the complete panoramic view, and the three-dimensional reconstruction image pasting module is connected with the image collecting and splicing module and further connected with a hot point database used for recording coordinates of hot point positions in scenes and performance parameters of corresponding transformer substation devices. The implementation method includes the steps that firstly, the field images are collected and fused into the complete large panoramic view through the image collecting and splicing module; then the positions and the parameters of the devices are recorded and edited through the hot point database; finally, the panoramic view is restored through the three-dimensional reconstruction image pasting module into the spherical three-dimensional panoramic view with the adjustable view angle and the editable surface hot point information. By means of the transformer substation virtual-reality management system and the implementation method, the information of the devices can be added and edited at any time, a maintenance person can visibly learn the reality positions and the technical information of the devices accordingly, and the device maintenance efficiency can be improved.

The invention discloses an automatic control method based on braiding parameters. The method includes the following steps that a testing machine scans information of an external device ; according to the scanning information, the braiding parameters are extracted; braiding parameter signals are transmitted to a microprocessor; whether the braiding parameter signals are consistent or not is judged; a testing program is led into the testing machine; normal production is carried out. According to the automatic control method based on the braiding parameters, the braiding parameters do not need to be manually altered, the braiding parameters are automatically added and led, time and labor are saved, labor cost is saved, the automatic degree is high and working efficiency is high.

The invention discloses an intelligent control system of a double-field of view thermal imager. The intelligent control system comprises an infrared lens, a thermal imaging detector, a microprocessor, a stepping motor and a limit switch. The intelligent control system is characterized in that the microprocessor drives the stepping motor to operate through a motor driving circuit, and the input end of the microprocessor is connected with a photoelectric encoder and a temperature sensor. A control method of the intelligent control system of the double-field of view thermal imager comprises the steps of (a) detecting states, (b) moving to a starting position, (c) determining the distance of a large field of view, (d) moving to the position of the large field of view, (e) judging whether switching of fields of view is needed, (f) determining the position and temperature, (g) acquiring a reference temperature, (h) judging whether position compensation is needed, (i) switching to a small field of view, (j) determining focus bias quantity, (k) conducting forward compensation, and (l) conducting reverse compensation. The double-field of view thermal imager can be used for focus position compensation of the fields of view at different temperatures, is accurate, reliable, stable in operation, capable of meeting quick switching between the fields of view, and capable of being widely applied to many fields including weaponry, scout monitoring, people search and rescue and the like.

This invention discloses a multi-monitor system, including: The master indicator, establishes the wireless position determination sensor; As well as one or more than one supplementary monitor, at monitor's central place, establishes the monitor information launcher used in the launch. This invention also provides one method of using in the multi-monitor system, diagnosing and adjusting automatically many monitors' relative position, including the following steps: Through establishes the wireless position determination sensor on master indicator and the supplementary monitor's launcher, according to the predetermined judgment criterion, determines the supplementary monitor's relative position opposite master indicator, namely the supplementary monitor's azimuth information; Then to the operating system with each monitor's azimuth information. The operating system could establish each supplementary monitor's position in the driver according to the azimuth information.

The invention discloses a torque monitoring system for a pair of power tongs for drilling and repairing a well, which comprises a starting system, an acquisition setting system, a historical data inquiry system and a historical curve inquiry system. The monitoring system has the advantages of reasonable structure, good monitoring working performance, and high speed.

The present invention describes a method for automatically assigning network addresses to cascaded devices based on link layer data communication, including acquiring target mac addresses and special target mac addresses, acquiring plain text check codes and link layer check codes, Steps such as deleting or marking the network address in the layer data frame and calculating the number of remaining network addresses, and encapsulating into a link layer data frame; due to the adoption of the above-mentioned technology, the present invention can ensure that the static network addresses allocated by each cascaded device will not conflict, and also There is no need for any manual processing, and at the same time, the specific physical location of the device can be known deterministically through the network address, which becomes very convenient and certain when controlling a specific device at a certain location through the network address; and this method can be used independently or as a whole It can be integrated into other methods, and can also be separately integrated into other methods for use. It has beneficial effects such as high degree of intelligence, strong maintainability, strong reliability, and eliminating the influence of human factors on system operation.

The invention relates to a method for constructing a multi-scene virtual panorama space based on an intelligent terminal, comprising: obtaining acceleration data of the intelligent terminal by using an acceleration sensor; obtaining direction data of the intelligent terminal by using a direction sensor; To determine the operating state of the smart terminal, the operating state includes a real-scene image acquisition state and a navigation state; if the operation state of the smart terminal is in the real-scene image acquisition state, the image acquisition unit uses the acceleration data and direction data to obtain a panoramic image, and then The virtual panorama generation unit utilizes the panorama image to generate a multi-scene virtual panorama space; and if the operating state of the smart terminal is in a navigation state, the navigation unit uses the acceleration data and direction data to calculate the moving distance and the moving direction of the smart terminal, and at The navigation information indicating the moving distance and moving direction is generated in the initial multi-scene virtual panoramic space.

The invention provides a reselect offset acquisition and processing method, a base station and user equipment. The acquisition method comprises the steps that the base station of a first cell acquires the base station type or the transmission power of the base station of a second cell; according to the corresponding relation between prestored base station types and reselect offset reference values or the corresponding relation between transmission power and the reselect offset reference values, based on the base station types or the transmission power of the base stations of the first cell and the second cell, the base station of the first cell acquires the reselect offset reference value corresponding to the second cell; and the base station of the first cell acquires the reselect offset of the second cell according to the reselect offset reference value corresponding to the second cell. In the embodiment of the invention, the base station corresponding to each cell can automatically acquire the reselect offsets of neighbor cells, the manual setting is not required and the workload is reduced.

The invention discloses method for TV set to log in wireless network based on flash connection protocol by using LINUX operation system. Thus, TV sets on wireless network can be found and interacted, and TV sets together with other flash connection devices share network resources. Flash connection protocol stack is added to application program module of TV set so that TV set as a flash connection device is able to be announced in network, and carry out connection, finding each other, announcement, and sharing information to other flash connection devices in wireless network. The flash connection protocol stack is positioned above TCP / IP and HTTP protocols. Topmost layer in the flash connection protocol stack contains application information of flash connection. Next layer is supplementary application frames of flash connection and basic protocols of flash connection.

The invention discloses a downlink frequency offset compensation method which comprises: in a to-be-compensated downlink time slot, a base station inserts a specific signal on a pre-appointed assistant carrier of each RRU (radio remote unit); a repeater receives a signal, and compares the frequency of the received signal with the frequency of the specific signal, thereby acquiring a frequency error between the two frequencies; and the repeater compensates the frequency error to an emission channel. The invention also discloses a repeater used for performing downlink frequency offset compensation. By using the method and repeater provided by the invention, the downlink frequency offset compensation can be performed on a common signal channel and the channels of other BBU (base band unit) which are not compensated with frequency.