5results about How to "Solve capacity bottlenecks" patented technology

The application discloses a kind of optical module detection equipment, optical module detection method and multiple parallel detection methods, comprising: tray conveying track;Empty tray backflow track;Code scanner;First jacking positioning mechanism and second jacking positioning mechanism, sequentially set on tray conveying track along the conveying direction;First jacking positioning mechanism is used to lift and keep tray in temporary storage standby position, and after jacking, the tray is separated from tray conveying track;Second jacking positioning mechanism is used to lift and keep tray in working position, and after jacking, the tray is separated from tray conveying track;Two test workstations, each test workstation includes from front to back sequentially arranged: fiber plug module, optical module product placement positioning assembly, test board assembly;Multi-axis manipulator;Control system;It realizes tray circulation zero waiting, test workstation continuous operation, equipment comprehensive utilization maximization, improves the overall throughput efficiency of single equipment and multiple parallel production line.

The application discloses a low-temperature pre-annealing production method of oriented silicon steel, and realizes the low-temperature pre-annealing production method by using a low-temperature pre-annealing furnace, and comprises the following steps: step 1, a vertical steel coil (4) is arranged in a furnace body (1) through a sealing device (3), a heating system (2) is used for heating the furnace temperature in the furnace body from normal temperature to a first temperature, the first temperature is greater than or equal to an MgO dehydration temperature, the furnace temperature is less than or equal to 950 DEG C, water in an MgO coating on a surface of the vertical steel coil is decomposed and discharged, and a cold spot (41) of the vertical steel coil reaches a temperature higher than the MgO dehydration temperature; and step 2, after the low-temperature pre-annealing is completed, a temperature difference between the cold spot and a hot spot (42) of the vertical steel coil is not more than a temperature difference threshold value, and subsequent high-temperature annealing production is carried out on the vertical steel coil. The application can break through the capacity limitation of a conventional high-temperature annealing process, greatly improves the yield on the basis of guaranteeing the production quality, and simultaneously improves the problem of poor production and process flexibility of the high-temperature annealing process.

This invention discloses a cable braiding production line and method, belonging to the technical field of cable braiding. It includes a working platform with a lower space at its bottom and at least one braiding main unit mounted on its top. The lower space contains a take-up frame and a pay-off frame, corresponding to the take-up and pay-off ends of the braiding main unit, respectively. A reel conveying mechanism is also provided within the lower space, used to convey empty and full reels to the take-up and pay-off frames, respectively. Both the take-up and pay-off frames are equipped with a transfer mechanism for loading and unloading empty or full reels. This invention effectively increases production capacity, reduces labor intensity, and improves work efficiency.

The invention discloses a packaging machine and a packaging production line. The packaging machine comprises an aligning station, a paper folding station and a material moving device, and the aligning station is provided with an aligning device; the aligning device comprises an aligning center; the paper folding station is provided with a paper folding device; the paper folding device is provided with a paper folding center; the distance between the aligning center and the paper folding center is adjustable; the material moving device moves the blank located at the aligning center to the paper folding center. When the packaging machine works, the distance between the aligning center and the paper folding center is adjusted according to the packaged blanks with different sizes, for example, when the packaging machine is switched to package the blanks with relatively small sizes, the distance of the blank transferred by the material transferring device can be shortened by shortening the distance between the aligning center and the paper folding center, and the packaging efficiency is improved. The problems that the center distance of a traditional packaging machine is fixed, a large number of invalid idle strokes exist for packaging blanks with relatively small sizes, and further improvement of the packaging rhythm is seriously limited are solved.

The utility model relates to food vacuum freeze drying technical field, specifically provide a kind of to freeze-dried material tray automatic taking tray, unloading device, including trolley rotating mechanism, two-axis taking tray mechanism, drum conveying mechanism and turnover unloading mechanism.The utility model is the intelligent automation production line of three stations of unloading tray, unloading, turnover tray, and its accurate logic control system maximizes the production efficiency, avoids line empty car waiting, and the unloading tray, unloading work originally by 6 people operation is reduced to 2 people operation, single car unloading time is reduced from 25 minutes to 13 minutes, greatly improves production efficiency.