Improve Packaging and Further Improve the Protective Performance of Military Optical Instruments for Storage and Transportation (II)

Table 1 Packaging Protection Acceleration Test Results

Remarks: On the surface of the 5 telescopes without packaging, the surface of the 5 telescopes is blistering and rusting. Observing the image 50m away is blurred.
Table 2 Storage protective warehouse storage test results

Packing Condition Good Quality Haze Fog and Heavy Fog No Package Stored in Warehouse (10 units) 010% 20% 70% Unpackaged Stored in Control Cabinet (20 Units) 65% 35% 00 Aluminum Plastic Composite Package + Desiccant (180 With) 95.4%4%0.6%0

Remarks: 10 boxes of binoculars and their surface moulds are stored in the warehouse without packaging at a rate of 100%, while the 180 binoculars used for packaging and the 20 binoculars stored in the control cabinet are 0.
c. Environmental test station test. Tinplate sealed and packed with tinplate box, filled with 300g of absorbent cotton and desiccant sprayed with β-naphthol alcohol solution, 20 binoculars with bins and 10 bins without skins, exposed and stored in the estuary environmental testing station. After 10 years of inspection: the leather case is brand new, there is no mildew, military optical instruments do not have moldy fog, rust;
From the above test results, it can be seen that the dry sealed packaging and storage is more effective than controlling the humidity storage of the warehouse, which not only simplifies the military's management of military optical instruments in storage, but also improves the military optical instrument storage quality.
2.2 establish a "system-wide, full-life" point of view, the packaging into military optical instruments of warfare and technical indicators from the development of equipment to production, acceptance, loading and unloading, transportation, storage, use, maintenance and repair of the entire process, the packaging The technical requirements are included in the combat technical indicators developed by the equipment, and are developed and finalized together with the equipment to eliminate the passive situation in which the military optical instrument packaging is not "yet eugenic" after the design is finalized, and the military's "difficulty" of military optical instruments. The two sides of the military have attached great importance to the design, production, testing and inspection of military optical instrument packaging protection, and they have devoted great efforts to improving and improving the packaging protection performance and quality of military optical instruments to meet the general warehouse conditions. It can effectively store for a long period of time, reduce the vertical security workload of military units on military optical instruments, and reduce the environmental requirements for the storage of military optical instruments. At the same time, we must adopt new materials with mature technologies and good performance, such as various moisture-proof, waterproof, anti-electromagnetic radiation, and anti-static functional composite materials. We have changed military military instruments in the past to have a single package type and a low degree of standardization so that our military can use it for military purposes. The packaging of optical instruments tends to be scientific, economical, reasonable, and applicable.
2.3 Change ideas, attach great importance to the packaging of military optical instruments. Military optical instruments are not flowers in greenhouses. They must leave good warehouse conditions for temperature control and humidity control, and realize their military design functions in the harsh field or open field. To improve the storage and transportation performance of military optical instruments for inventory, especially to carry military optical instruments, and to improve and improve the quality of packaging and transportation of military optical instruments, it is necessary to change the long-standing lack of understanding of the importance of packaging for military optical instruments. The backward concept of “reconstruction of warehouses and protection of light packages” shifted the focus from transforming warehouses to improving the packaging of military optical instruments. According to investigations and calculations, the cost of moisture-proof closed storage of warehouses is more than 160 yuan/m2, and that of a 300m2 warehouse requires more than 50,000 yuan for reconstruction costs, plus cooling and dehumidification equipment and maintenance costs and power supply in Cunet, totaling approximately 10 years. 1-1.5 million yuan, as well as maintenance costs for various solvents, cotton, gloves, and labor services used for cleaning equipment, are about 140 yuan per 1,000 per year, while the cost for sealed packaging of small military optical instruments is only about 2 yuan. According to the calculation of 3,000 military optical instruments stored in the above warehouses, the sealed packaging cost is only about 60 million yuan in 10 years, while the cost of warehouse reconstruction and various kinds of fees is about 70,000 yuan. Therefore, the packaging of military optical instruments is improved by adopting a dry seal protection method. , It can increase the maintenance efficiency of military optical instruments more than 10 times.
We must give full play to the active and effective role of packaging, work hard to enhance the protective performance of military optical instruments, further improve the protective performance of military optical instruments for storage and transportation, and create a new situation for general equipment storage and transportation support with less investment and higher efficiency. To meet the development requirements of modern local warfare for the storage and transportation of military optical instruments.