Blueprint cabinets are designed to keep these documents flat and prevent them from being exposed to moisture, dust, and other environmental factors that can cause damage. Large-format documents are susceptible to tears, folds, and creases, which can render them useless. One of the primary benefits of blueprint cabinets is that they protect drawings from damage and deterioration. They are commonly used in architectural firms, engineering firms, construction companies, and other organizations that deal with blueprints, schematics, and other technical drawings. These cabinets are typically made from heavy-duty steel and feature one or more drawers that can accommodate large-format paper sizes. At ASI, we use blueprint cabinets to store CAD drawings of designs for used mezzanines, in-plant offices, and pallet racking systems.īlueprint cabinets are specialized storage units designed to keep blueprint drawings and other large-format documents organized and protected. In addition to these applications, blueprint cabinets can also be used to store maps, artwork, card sheets, photographs, posters, plastic sheets, spreadsheets and more. Blueprint cabinets also make for a great alternative to a standard tool cabinet. Ball bearing rollers on steel support racks mean that the 3-inch-deep easy-glide drawers can store any heavy-duty documents or a myriad small components, parts, or other supplies. High-quality metal filing cabinets, lateral file c.Blueprint cabinets can be used for more than just storing blueprints.These designs could be augmented to function closely with technology such as metal detectors, hidden cameras, and other electronics such as entrance doors that can be locked remotely if needed by admin personnel. I do think the designs could be integrated into new buildings, and some features could be designed and retrofitted into existing structures. I do think its time that the designers of the world start thinking about building design in a way that helps protect the people in many other ways, not just to house people from the weather and elements. Half walls and bollards near doors could be used as cover from a shooter but could also protect entrances and crowds from vehicles in a dual-purpose manner and be disguised as planters perhaps. The roof needs to be thought of, helicopter landing pads that are invisible to most people but are there if an emergency craft needed to land. The parking lot needs to be thought of how emergency personnel could gain access to the building. Maybe consider students enter and leave through different ingress/egress points than do visitors. Additional design features need to be thought through would be pedestrian flows of how students and visitors enter and exit the building. Features such as raised or central points of view from the administration personnel viewing common areas such as lunch rooms or lobbies. I feel that school designs could potentially take a few lessons from the book of Prison design, but at the same time design schools to appear and function as a school and not a prison. Prison design I have seen where there's no point on the grounds that you could stand and not be seen by at least two of the guard towers. Maybe school buildings that are designed with the central offices in the center at an upper level where there's a line-of-sight towards most common areas, making for less of a maze that some buildings seem to be constructed in. I feel that these design features could more than likely be designed into the building in a way that to the untrained eye would not recognize why they are there. The possibility of half walls built of concrete in areas that it makes it easy to take cover behind need to be taken into consideration. Ideas like hallways that are constructed where there's a round-about with a center, reducing the length of a long hallway to where people could take cover behind or make it difficult for a shooter to take aim.
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