8results about How to "Generate fast" patented technology

The utility model provides a steam generator for cooking kitchenware. The steam generator comprises a heating part, a steam output part and a water supply part, the heating part comprises a heating cavity and a heating element; the heating cavity is of an oval tank structure, the end face of the heating cavity is oval, and the heating element and the steam output part are arranged in the long axis direction of the oval of the heating cavity. The heating cavity is divided into an upper half part cavity and a lower half part cavity along the long axis direction; the upper half part cavity and the lower half part cavity are integrated; the lower half part cavity is a water storage cavity, and the upper half part cavity is a steam storage cavity; the heating element is arranged in the water storage cavity, the water supply part is communicated with the water storage cavity, and the steam output part is communicated with the steam storage cavity; the oval heating cavity is adopted, the initial water amount is smaller than that of a cylindrical heating cavity, and under the heating of the electric heating rod with the same power, less heat is needed when water is heated to generate steam.

The invention provides a multi-layer illusion special effect resource generation method and device, equipment and a storage medium, and relates to the technical field of image processing. The method comprises the following steps: displaying a phantom multi-layer configuration interface; receiving a resource packet corresponding to each layer; carrying out blank area identification on the sequence frame image and the default static image of each image layer, calculating a uniform cuttable area, and carrying out cutting processing to obtain a target sequence frame image and a target static image of each image layer; based on a dragging operation of a user or an offset obtained by form input, adjusting the offset of the offset layer relative to the fixed layer, and outputting a target offset; and converting the target sequence frame images of each image layer into target animations in batches, exporting the target animations, generating a JSON configuration file, compressing and packaging the target animations, the target static images and the JSON configuration file, and generating a illusion special effect resource packet. And independent management of multi-layer resources, automatic identification and cutting of blank areas and accurate offset control of the layers are realized.

The present application provides an atomization device, comprising: a shell, a heating disc and an atomization assembly arranged in the shell; the shell is provided with a liquid storage cavity and an evaporation chamber, the evaporation chamber is provided with an out-mist channel communicated to outside of the shell, the heating disc is arranged in the evaporation chamber and has an evaporation surface, the atomization assembly is respectively communicated with the liquid storage cavity and the evaporation chamber, and is used for spraying water mist towards the evaporation surface of the heating disc, and the heating disc is used for heating the mist droplets attached to the evaporation surface. Compared with the prior art, the atomization device of the present application sprays water mist to the heating disc through the atomization assembly, the mist droplets of the water mist are quickly heated and evaporated by the heating disc after being attached to the heating disc, so that the effect of quickly generating hot mist is realized, the hot mist generation speed is fast, the user experience is improved, and the whole liquid storage cavity does not need to be heated, so the energy is saved.

The utility model relates to an efficient saturated steam generator device which comprises a heating unit, and the heating unit comprises a heat-conducting shell with a groove formed in the top face, a heating pipe located in the shell and spirally wound on the groove, and a water inlet pipe spirally wound on the outer circumferential face of an inner cavity of the shell. When the steam generator is used, the heating pipe is arranged to heat the shell, the shell transmits heat to the water inlet pipe, water in the water inlet pipe is vaporized to form steam, the water inlet pipe is spirally arranged, and the contact area of the water and the spiral pipe is increased, so that the water is vaporized quickly, the steam generation time is shortened, and the steam generation speed is increased; as the shell serves as a heat conduction medium between the heating pipe and the water inlet pipe, compared with the complex installation that the heating pipe and the water inlet pipe are directly connected for heat conduction, the arrangement of the shell facilitates installation of the heating pipe and the water inlet pipe, and meanwhile the heating temperature of the heating pipe to the water inlet pipe can be conveniently monitored by monitoring the temperature of the shell.

This invention discloses a method for constructing a structured light dataset based on a digital twin model of a fringe projection system. A digital twin model of the system is constructed in computer graphics software based on the hardware and calibration parameters of a real fringe projection system. Then, a node tree is used to simulate the surface properties of the object under test and the system's ambient light source is set. The parameters are adjusted to diversify the target surface properties and ambient light. Fringe images are then imported, and automated projection and data acquisition of the digital twin model are achieved through programming. Finally, fringe images and corresponding depth images that meet the user's quantity requirements are generated, completing the construction of the structured light dataset. This invention solves the problems of complex fringe projection data acquisition processes, high dataset production costs, and limited data samples in real-world scenarios, achieving rapid and high-precision construction of fringe projection system datasets.

This invention relates to the field of information security technology and discloses a physically isolated data transfer method and system based on a high-density color data matrix image. In the encoding stage, color value conversion is performed using a bitstream and RGB permutation combination. The amount of information that can be embedded in a single image far exceeds the amount of information contained in a recognizable color QR code per pixel. Then, a multi-process matrix operation method is used to improve the speed of bitstream-to-color value image conversion, thereby increasing the overall file encoding speed. In the decoding stage, asynchronous processing of shooting and decoding is performed using multiple processes. A dynamic positioning algorithm and a color value threshold matrix calculation method are used to obtain the center coordinates of each color block in the color data matrix image and the RGB three-channel color value threshold data, enabling fast and accurate decoding of the image containing informational data. This invention makes it possible to achieve stable, reliable, and fast data transmission under physically isolated conditions.

The invention discloses an intelligent engineering network transaction data management system based on a block chain, and relates to the technical field of block chain technology application, and the system comprises a data processing module which obtains original transaction data and processes the original transaction data to generate a standard transaction data packet; the index construction module is used for processing the standard transaction data packet based on an improved Merkel-Parene tree algorithm and constructing a data index structure containing a state mapping relation; the block generation module is used for verifying and packaging the data index structure by using a preset consensus mechanism to generate a transaction data block; the network consensus module broadcasts the transaction data block to a block chain network node to trigger synchronous verification; and the account book storage module is used for persistently storing the transaction data blocks to the distributed account book and updating the global state after the consensus is reached. According to the system, efficient, safe and traceable management of intelligent engineering network transaction data is realized, and the state retrieval speed and the system processing efficiency are improved.