Containers for the collection of compact fluorescent energy saving lamps (optional)

摘要

Use: The invention relates to containers for storage and transportation of defective products that pollute the environment when destroyed, particularly unsuitable for further use mercury discharge fluorescent energy saving lamp, and can be used for logistics for separate collection of hazardous waste the first class toxicity, namely, for the collection of compact fluorescent energy saving lamps. Summary of the utility model: a container body formed as a rectangular parallelepiped. In the container body on the front vertical wall in the upper portion of the boot holds the window. The container body is provided with a loading valve which comprises a housing carrying the hinged bucket. The two side walls and the front of the valve is rigidly and fixedly secured to the front wall of the container body. The ladle bottom is curved at an angle along the transverse line. The outer part of the bottom of the bucket is at the same time the valve cover. In the open charging valve box is blocked inside of the ladle bottom. The bending angle of the ladle bottom ensures a stable position in its energy-saving compact fluorescent lamp (KLEL) during loading and gravitational slide when the valve is closed. At the bottom of the container body is mounted for free extract replaceable storage container for collecting KLEL with inclined planes. According to the first embodiment within the container to the wall parallel to the front wall of the container body below the inner bottom of the ladle and in the immediate vicinity of the vessel wall width of the inclined plane is attached. The second inclined plane is inclined container bottom. The bottom is inclined with respect to the wall of the container, parallel to the rear wall of the container body. The free end of the inclined plane does not reach the bottom of the tank at a distance, permit the free passage KLEL. According to the second embodiment of the container inside the walls parallel to the front and rear wall of the container body, in their width fixed ramps. The first plane is fixed on the wall of the container parallel to the front wall of the container body below the inner bottom of the ladle and in the immediate vicinity. The second plane is fixed with inclination with respect to the wall of the container, parallel to the rear wall of the container body. The third plane is fixed with inclination with respect to the wall of the container parallel to the front wall of the container body, and so on. Last inclined plane is the bottom of the storage tank. The free ends of the planes do not reach to the opposite wall of the vessel and below the surface plane lying at a distance to the free passage KLEL. According to the third embodiment of the container inside the first inclined plane with an inclination fixed with respect to the wall of the vessel parallel to its rear wall. The second plane is fixed with inclination with respect to the wall of the container parallel to the front wall. The third plane is fixed with inclination with respect to the vessel wall, parallel to its rear wall, and so on. Last inclined plane is the bottom of the container. The free ends of the planes do not reach to the opposite wall of the vessel and the surface lying below the plane distance for the free passage KLEL. The inner surface of the container, the two planes inclined surface and the inner surface of the loading bucket valve coated with a soft cushioning material. The achieved technical result: to expand the arsenal of means for logistics for separate collection of hazardous waste the first class of toxicity by creating a container for the collection of compact fluorescent energy saving lamps, as well as ensuring the inaccessibility to the contents of the container, the possibility of loading the container without breaking the lamps, hazard reduction container to the environment, exclusion problems turnover of containers in use, improving the usability of the container operation. 3 bp f-ly; 13 ZP f-ly; 4 ill.