8results about How to "Stable and efficient processing" patented technology

This utility model proposes a wastewater purification device for highway service areas, relating to the field of wastewater purification technology. The wastewater purification device includes: a toilet wastewater treatment structure, comprising a toilet wastewater equalization tank, an A / O biological treatment tank, and a filtration and disinfection unit; a catering wastewater treatment structure, comprising a catering wastewater equalization tank, an air flotation oil removal unit, and an grease recovery unit, wherein the air flotation oil removal unit is connected to the catering wastewater equalization tank, the grease recovery unit is connected to the air flotation oil removal unit, and the wastewater outlet of the air flotation oil removal unit is connected to the A / O biological treatment tank; and a car wash wastewater treatment structure, comprising a car wash wastewater equalization tank, a magnetic coagulation sedimentation unit, a membrane distillation unit, and a sludge treatment unit, wherein the inlet of the magnetic coagulation sedimentation unit is connected to the car wash wastewater equalization tank, and the magnetic coagulation sedimentation unit is simultaneously connected to the membrane distillation unit and the sludge treatment unit. This application achieves classified treatment, and the targeted process solves problems such as pollutant interference, equipment wear and tear, and overload during mixed treatment.

The invention provides a data processing method. The data processing method comprises the following steps: dynamically adapting a protocol of an external system; collecting source data from an external system; performing primary processing on the source data, removing redundant data, and retaining target data; providing an empty data table, performing secondary processing on the target data, writing the target data into the empty data table, and generating a real data table; processing the data in the real data table for three times to generate a declarated data table, and declaring the declarated data table to an external system; receiving an audit receipt from an external system; performing finance and taxation compliance auditing on the declarable data table according to a receipt result; and notifying an external system to complete subsequent operation. According to the data processing method provided by the invention, the protocol of the external system is dynamically adapted, the external system is flexibly connected, and the cooperation efficiency is improved; in addition, uneven resource allocation of the execution units is avoided through an intelligent scheduling algorithm, and efficiency and stability are improved under high concurrency. The invention further provides a data processing system used for executing the data processing method.

The utility model relates to an oil tank processing technology, in particular to a multifunctional processing device for an automobile oil tank pipe orifice, which comprises a cutting piece and a flaring piece which are arranged on a workbench side by side, the pushing piece is located on one side of the cutting piece and one side of the flaring piece and arranged on the workbench; the automobile fuel tank pushing device further comprises a fixing piece arranged on the pushing piece, and an automobile fuel tank is placed on the fixing piece. Various machining technologies are integrated, the machining process of the automobile fuel tank can be carried out more efficiently and accurately, in actual operation, the automobile fuel tank to be machined is firstly placed on the fixing part, it is guaranteed that the automobile fuel tank is kept stable and not prone to displacement in the machining process, the fixing part is precisely designed, and the machining efficiency of the automobile fuel tank is greatly improved. The automobile fuel tank is firmly clamped, any looseness or displacement of the automobile fuel tank in the follow-up machining process is avoided, at the moment, the effect of the pushing piece is particularly important, the fixing piece can be pushed to move according to needs, and the automobile fuel tank can be smoothly transited to the next station from one machining station.

This invention discloses a wastewater treatment device based on micro-nano bubbles, relating to the field of organic wastewater treatment technology. The device comprises an influent power module, a gas-liquid mixing chamber, a multi-stage micro-nano bubble generator, and a reaction tank connected sequentially. The multi-stage micro-nano bubble generator includes a rotating shearing component and a stationary crushing component. The shearing blades have a hydrophobic passivation layer on their surface, which, together with the ultrasonic transducer in the shell, achieves anti-adhesion and online cleaning. A hydrophilic layer is applied to the annular baffle plate and conical micropores to improve mass transfer and prevent clogging. The reaction tank contains a baffle plate, an ultraviolet light source, and a bottom-guided sludge discharge structure. The baffle plate uses a silver-doped TiO2 photocatalytic coating with nano-CeO2, which synergistically degrades organic matter with the ozone oxidation of micro-nano bubbles. This invention effectively solves the problems of difficult degradation, easy adhesion, and easy clogging of organic matter in the treatment of high-salt phenol-containing wastewater through the synergistic effect of four modules, multiple coatings, and photocatalysis.

The invention relates to a log desensitization method, system and device capable of dynamically updating rules and a program product. The system comprises a configuration management center and a log desensitization agent. And the configuration management center is used for centrally storing and managing the desensitization rules and actively sending update notifications to the associated agents after the rules are modified. The log desensitization agent is packaged into a Java Agent, and parameter loading is started through the JVM of the target service application. When the application is started, the agent implants desensitization logic into the log output class through a byte code enhancement technology; the method comprises the following steps: acquiring an initial rule from a configuration management center and caching the initial rule in an own memory; and when a rule updating notification is received, dynamically pulling a new rule and updating the memory, so that the rule takes effect in real time. And when the business application runs, the agent carries out desensitization processing on the log output according to the latest rule in the memory.

This utility model discloses a wastewater treatment device for chemical raw material production, relating to the field of chemical raw material technology. The device includes a treatment unit comprising a base, a treatment tank, a treatment pool, a collection pool, a discharge tank, and a waste residue bin. The treatment tank is fixedly installed on the right side of the top of the base, the treatment pool is fixedly installed on the top of the base, and the collection pool is fixedly installed on the left side of the top of the base. This utility model, by incorporating a solid-liquid separation mechanism and a secondary treatment mechanism, enables the solid-liquid separation mechanism to effectively separate the waste residue and liquid generated during wastewater treatment, significantly reducing the moisture content in the waste residue and thus significantly reducing its volume. This solves the problems of devices lacking a solid-liquid separation structure, resulting in large-volume waste residue due to its high moisture content, requiring frequent cleaning of the waste residue bin, and posing significant operational difficulties and potential health risks to cleaning personnel when manually cleaning damp waste residue.

This utility model belongs to the field of centrifuge technology and provides an anti-clogging structure for centrifuge discharge, including: a first guide liner, which is arc-shaped and located on the left side inside the lower casing of the centrifuge; a second guide liner, which is semi-circular and located inside the upper casing of the centrifuge; and a third guide liner, which is arc-shaped and located on the right side inside the lower casing of the centrifuge. The first to third guide liners have equal radii and are concentrically located around the centrifuge drum to form an annular collection trough with a discharge port, which is located between the first and third guide liners. Under the action of a scraper that rotates synchronously with the drum, the material collected in the annular collection trough can be discharged from the discharge port. By intercepting and collecting the material in the annular collection trough through the first to third guide liners, and simultaneously being promptly discharged by the scraper, the material does not accumulate or clump, thus improving production efficiency, reducing maintenance costs, and extending the service life of the centrifuge.

The utility model relates to the technical field of environment-friendly treatment, and discloses aluminum ash environment-friendly treatment equipment which comprises a bottom plate, the top of the bottom plate is fixedly connected with a vibrating screen box, the right side of the exterior of the vibrating screen box is fixedly connected with a placing plate, the top of the vibrating screen box is fixedly connected with a crushing box, and the top of the placing plate is fixedly connected with a vibrating screen mechanism. A reciprocating smoothing mechanism is fixedly connected to the left side of the outer portion of the containing plate, the vibrating screen mechanism comprises a motor, and a driving wheel is fixedly connected to the driving end of the motor. According to the aluminum ash vibrating screen, the motor can drive the concave-convex wheel to vibrate the screen plate through the driving rod, then materials can be screened, the screen plate can move in the vibrating screen box under the action of the spring by striking the screen plate through the concave-convex wheel, and the vibrating screen can enable aluminum ash to be in a continuous vibrating state in equipment; and the aluminum ash is prevented from blocking a pipeline or equipment due to accumulation and caking.