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Double-fan sliding shielding door installing structure and method

A technology of installation structure and installation method, applied in the direction of windows/doors, building components, windowsills/thresholds, etc., can solve the problems that products or materials cannot be directly connected to the floor or the ground, the installation process is difficult, and the accuracy of civil walls is poor, etc. Achieve the effect of saving labor costs, improving installation quality, precision and strength

Active Publication Date: 2018-02-27
ZHUZHOU HELI ELECTROMAGNETIC TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] 1. Since the use of nuclear magnetic equipment has a requirement for ground insulation resistance, all products or materials in the shielding room cannot be directly connected to the floor or the ground, and insulation must be done for fixing.
In the past, planting glue was used to fix, and the curing time took two days, resulting in labor waste
[0005] 2. The shielding project of the MRI operating room in the operation uses copper shielding plates. The copper plate shielding frame is made of wood, which is relatively poor in accuracy and strength. Therefore, it relies heavily on the load-bearing wall, and the precision of civil walls is often particularly poor. , will make the installation process very difficult, mainly in positioning, which will undoubtedly waste a lot of time

Method used

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  • Double-fan sliding shielding door installing structure and method
  • Double-fan sliding shielding door installing structure and method
  • Double-fan sliding shielding door installing structure and method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0051] Such as Figure 1-10As shown, the present embodiment provides a double-leaf sliding screen door, including a door frame 1, a unit 3 and a double-leaf door leaf 2, and the unit 3 is used to drive the double-leaf door leaf 2 to slide left and right outside the door frame 1, and the main frame of the door leaf 2 The upper and lower ends and the unjoined part of the door leaf are provided with shielding shrapnel 6, and the joint of the door leaf 2 is provided with the first door leaf profile 4 and the second door leaf profile 5 used in pairs, and are concave-convex structures that match each other. There is also a shielding shrapnel 6, two of which are specifically provided in this embodiment, the first door profile 4 and the second door profile 5 are provided with an L-shaped hook 9 at the contact with the outer surface of the door, and the outside of the door 2 is provided with a third door The profile 7 is installed with a safety edge 8 for anti-collision. The safety edg...

Embodiment 2

[0064] This embodiment provides an installation structure for a double-leaf sliding shield door. The double-leaf sliding shield door includes a door leaf 2, a door frame 1 and a unit 3. For the convenience of further description, this embodiment specifically adopts the double-leaf sliding shield door of Embodiment 1. The installation structure includes a threshold installation structure and a door post installation structure;

[0065] The sill installation structure includes floor slab 44, epoxy resin board 46, insulating layer 45 and shielding layer 47 from bottom to top. And the threshold 42, above the shielding layer 47, filled with PVC layer around the threshold 42, forming the ground of the final finished surface;

[0066] The gatepost installation structure includes a gatepost 41 and a shielding wall 43 for installing the gatepost 41. The shielding wall 43 includes a stainless steel shielding plate 55 and a stainless steel shielding keel 54. The gatepost is connected wit...

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Abstract

The invention relates to the technical field of shielding, and discloses a double-fan sliding shielding door installing structure and method for a large nuclear magnetic laboratory and an intraoperative nuclear magnetic hybrid operation room. The double-fan sliding shielding door installing structure comprises a threshold installing structure and a door post installing structure. The threshold installing structure comprises a floor, plywood, an insulating layer and a shielding layer in sequence from bottom to top. The plywood is fixed to the floor and connected with the shielding layer and a threshold through bolts. The upper portion of the shielding layer and the periphery of the threshold are filled with PVC layers, and the ground of a final finished surface is formed. The door post installing structure comprises a door post and a shielding wall used for installing the door post. The shielding wall comprises a stainless steel shielding plate and a stainless steel shielding keel. Thedoor post is connected with the stainless steel shielding keel through the stainless steel shielding plate.

Description

technical field [0001] The invention relates to the technical field of shielding, and more particularly relates to a double-leaf sliding shield door installation structure and installation method for large-scale nuclear magnetic laboratories and intraoperative nuclear magnetic composite operating rooms. Background technique [0002] MRI (magnetic resonance imaging, magnetic resonance imaging) technology is currently a widely used medical imaging diagnostic technology. The screen door equipment, as the supporting equipment for the MRI room, is mainly used for the entrance and exit of doctors and patients in the MRI examination room, related personnel, and articles and equipment. When the equipment is running, the shielding door is closed, and it forms an electromagnetic isolation barrier with the shielding body, shielding window, various waveguides, and filters, which can reflect, absorb and guide the flow of electromagnetic energy. After the screen door is closed, the trans...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E06B1/70E06B1/56E06B3/46E06B5/18E04C2/02
CPCE04C2/02E06B1/56E06B1/70E06B3/4636E06B5/18E06B2001/707
Inventor 贺兵
Owner ZHUZHOU HELI ELECTROMAGNETIC TECH
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