8results about How to "Guaranteed Quality Standards" patented technology

The invention relates to an aluminum electrolytic capacitor lead welding and riveting all-in-one machine which comprises a working machine table, a servo belt transmission device is installed at the bottom of the working machine table and connected with an eccentric wheel rocker mechanism, a wire feeding and cutting mechanism is installed at the top of the working machine table, and the eccentric wheel rocker mechanism is connected with the wire cutting mechanism. The servo belt transmission device is connected with a disc clamp device, and a rivet flattening device is installed on the top of the working machine table. According to the equipment, the welding function and the riveting function of the lead are integrated on the same working platform, and compared with a traditional multi-equipment operation process, the requirement for manual operation is greatly reduced, and the production efficiency is remarkably improved. Due to the integrated design, movement and carrying of materials in the operation process are reduced, the production time is shortened, the labor intensity is reduced, and a production line is smoother.

This invention discloses a method for adjusting a coating device for coating processing, comprising: starting the transmission equipment under no-load operation, checking the synchronization of each roller, adjusting the adsorption force through a negative pressure device until the sample substrate does not slip, and confirming that the signal feedback of each sensor is normal; inputting the substrate type, target coating thickness, and process parameters of each device for the sample to be processed; continuously outputting the coating material after uniform mixing for use in the sample coating process, and adsorbing and fixing the sample substrate to be coated; uniformly coating the sample substrate with the coating material, scanning the coating thickness in real time during the coating process, and intelligently optimizing the process parameters of each device based on the feedback data; compacting and drying the samples that meet the coating quality requirements. This invention also discloses a coating device for coating processing. This invention solves the problems of uneven thickness caused by different substrates and coating materials being combined, and the dynamic adjustment of thickness changes during continuous coating processing.

The utility model relates to a device for pasting hot melt adhesive on a mobile phone outer frame, which comprises a hot melting tool, the hot melting tool is arranged on a bottom plate and comprises a plurality of pushing and pressing heating groups, the pushing and pressing heating groups are distributed in a radial shape, each pushing and pressing heating group comprises a heating part and a moving part, the front end of each heating part is arranged at a radial concentrated end, and the moving part is arranged at the tail end of each heating part. The moving part drives the heating part to move linearly, and the pushing and pressing heating set is used for heating the outer side of the mobile phone outer frame bonded with the hot melt adhesive. The utility model relates to the technical field of mobile phone shell processing equipment. The device can be matched with a control system for use, so that the hot melt adhesive is prevented from being activated, and meanwhile, the hot melt adhesive is attached to a mobile phone shell.

This invention relates to the field of defect detection technology, specifically to a detection device and method for lithium-ion battery soft-pack aluminum foil, comprising the following steps: acquiring detection parameters, collecting raw frame recording data to establish a matrix, calculating and filtering pixel difference matrices, calculating displacement optical path difference normalization generation coefficients, determining depth allocation identifier statistical distribution, and normalizing and generating confidence coefficients. In this invention, by controlling the combination of light source intensity and incident angle, pixel grayscale difference data is acquired, refining the microstructure analysis of the aluminum foil surface, identifying microcracks and pinhole defects, especially shallow defects, comprehensively analyzing grayscale differences and displacement differences, calculating micro-displacement and optical path differences, extracting defect depth information and refining classification, improving the ability to identify deep defects, and combining multi-dimensional data weighting to generate confidence coefficients, thereby improving detection accuracy and reliability, optimizing quality assessment, avoiding the omission of minor defects, and ensuring battery material quality standards.

This invention discloses a wax sealing machine, relating to the field of bottle neck wax sealing technology. It includes a worktable with a rotating mechanism and a conveying device. Between the rotating mechanism and the conveying device are a feeding mechanism and a discharging mechanism for loading and unloading materials. The feeding end of the feeding mechanism has a bottle-separating mechanism. Above the rotating mechanism is a running guide rail fixedly connected to the worktable. Between the running guide rail and the rotating mechanism are several bottle-clamping mechanisms for clamping bottles. Between the rotating mechanism and the worktable are a wax pool for sealing and a wax receiving tray for receiving wax liquid. The rotating mechanism has a drive wheel A installed below the worktable, and a driver A is mounted on the drive wheel A. The bottle-separating mechanism, feeding mechanism, and discharging mechanism are all driven by a drive wheel B installed below the worktable, and a driver B is mounted on the drive wheel B. This application features a simplified structure that allows for fast and efficient wax sealing, ensuring quality standards while saving equipment manufacturing costs and facilitating maintenance.

The present application discloses a multi-source data preprocessing method and system for aerospace discrete manufacturing platform, which relates to the field of aerospace discrete manufacturing data preprocessing technology. The method includes: adapting and processing input multi-source heterogeneous data through at least one dynamically configured adapter component to unify and standardize the data format to obtain adapted data; transmitting the adapted data to a distributed cleaning engine, which performs error detection, pattern recognition and logical consistency correction on the adapted data set to obtain a cleaned data set; calculating the data quality index of the cleaned data set through a quality assessment module; dynamically adjusting the cleaning rules based on the data quality index; providing data traceability and correction guidance according to the needs and feedback of upper-level applications through a preset quality feedback control mechanism, and continuously optimizing data quality. The present application can effectively improve the extensibility, dynamic flexibility and inheritance reusability of the cleaning rules of the database system.

The invention provides a novel low-carbon environment-friendly heat-insulation building material preparation device and a preparation method thereof, and relates to the technical field of building material processing. A forming part is arranged at the upper end of the bottom frame and comprises four sets of rail plates, and rotating rods are connected between the two sets of rail plates close to the left side of the bottom frame and between the two sets of rail plates close to the right side of the bottom frame. Materials are mixed and conveyed through a material supply piece, two sets of first motors are operated to enable a forming plate to be conveyed to the right side, a forming groove in the forming plate is located under a pressing plate, first hydraulic rods are extended to enable the pressing plate to press downwards, material forming is completed, and a second motor is operated to adjust the front-back position of a spray head; the waterproof and fireproof additive is sprayed to the surface of the formed material through the spray head, and the finished product is obtained through drying and curing, so that accurate mixing and forming of the raw materials and uniform adding of the additive are achieved, the whole production process is more efficient and accurate, and meanwhile the high-quality standard of the product is ensured.

The utility model provides a tar circulating treatment system which comprises a tar and ammonia water separating tank, a tar centrifugal machine, a tar middle tank, a tar storage tank, a tar loading platform and an oil return pipeline, the tar and ammonia water separating tank, the tar centrifugal machine, the tar middle tank, the tar storage tank and the tar loading platform are sequentially communicated through an oil conveying pipeline, and the tar storage tank is communicated with the tar loading platform through an oil return pipeline. One end of the oil return pipeline is communicated with the oil conveying pipeline between the tar storage tank and the tar loading platform, and the other end of the oil return pipeline is communicated with the tar and ammonia water separation tank. According to the system, tar in the tar storage tank can be circularly treated, the tar at the bottom of the tar storage tank and newly produced tar are continuously subjected to three-phase separation through the tar centrifugal machine, and it is guaranteed that the quality of the tar in the tar storage tank reaches the standard. The tar standing at the bottom of the tar storage tank is circularly treated, so that tar residue accumulation and water residue in the storage tank are avoided, and the effective use volume of the storage tank is kept not attenuated.