4results about How to "Time consuming" patented technology

The present application relates to the technical field of data processing, more particularly, the present application relates to an intelligent control method of a full-automatic tube-scraping device of an air cooler, the method comprising: obtaining the three-dimensional coordinates and the over-difference of each tube port in the tube-scraping sequence of the air cooler; determining the tube-scraping difficulty coefficient of the tube port based on the material hardness coefficient of the tube port, the deviation degree of the actual diameter from the standard diameter, and the deviation degree of the actual tube wall thickness from the standard tube wall thickness; obtaining the estimated working time of the tube port according to the tube-scraping difficulty coefficient, the over-difference, and the preset tube-scraping parameters; performing weighted summation on the density of the tube port, the estimated working time, and the over-difference to determine the priority weight of the tube port; sorting the tube ports in the tube-scraping sequence according to the priority weight to obtain the final tube-scraping path; and controlling the tube-scraping device to automatically scrape the finned tube of the tube port in the tube-scraping sequence along the final tube-scraping path, thereby effectively improving the working efficiency of the tube-scraping device of the air cooler.

The application provides a service processing method and device, equipment, storage medium and program product, which are applied to the technical field of service processing and data caching, and include the following steps: a first service request received by a first interface is acquired, and a key list of an interface white list of the first interface is acquired, the first service request includes an object identifier of a target object, and the key list of the interface white list of the first interface includes keys of N different types of white lists corresponding to the first interface; based on the key list of the interface white list of the first interface and the object identifier of the target object, N object white lists corresponding to the target object are loaded from a cache server in batches, the N object white lists are keys and values of the target object under the N different types of white lists; and the first service request is processed based on the N object white lists. The application can reduce the access times of the cache server and improve the service processing speed.

The application discloses a method for preparing formed fuel by mixing semi-dried sludge and oil-tea camellia fruit hulls, and the method comprises the following steps: (1) washing and drying the oil-tea camellia fruit hulls, then crushing and sieving the oil-tea camellia fruit hulls to obtain oil-tea camellia fruit hull powder; drying high-moisture sludge to obtain semi-dried sludge; (2) baking the oil-tea camellia fruit hull powder under a mixed atmosphere of oxygen and nitrogen to obtain baked oil-tea camellia fruit hulls, or pyrolyzing the oil-tea camellia fruit hull powder under a nitrogen atmosphere to obtain oil-tea camellia fruit hull biochar; (3) mixing and stirring the semi-dried sludge and the baked oil-tea camellia fruit hulls or the oil-tea camellia fruit hull biochar, uniformly placing water, and then preparing formed fuel. The method is simple, easy to operate and low in cost, the prepared formed fuel particles can realize rapid reduction of urban sludge and recycling of energy, and the method has the advantages of low energy consumption, high particle strength, no pollution and the like when the formed particles are prepared.

This invention relates to the field of clinical virus detection, and more particularly to a protein dot blot detection kit, detection method, and application for varicella-zoster virus (VZV). The kit includes: a solid-phase carrier membrane for binding and immobilizing proteins in the sample; a blocking agent for blocking non-specific binding sites on the solid-phase carrier membrane; a first antibody that specifically recognizes the VZV antigen; an enzyme-labeled second antibody that binds to the first antibody; and a chromogenic solution for generating a detection signal. This kit is based on protein dot blot technology, detecting proteins with high specificity and a low false-positive rate. The experimental cycle is short, taking only 2-3 hours from sample pretreatment to signal detection, much faster than virus culture (requiring 4-7 days) and PCR detection (although fast, prone to false positives or false negatives), providing rapid evidence for clinical treatment, and is particularly suitable for the diagnosis of acute herpes zoster.