CN205172371U - A bridge cut -off aluminium shielding windows for preventing electromagnetic radiation - Google Patents
A bridge cut -off aluminium shielding windows for preventing electromagnetic radiation Download PDFInfo
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- CN205172371U CN205172371U CN201520558065.8U CN201520558065U CN205172371U CN 205172371 U CN205172371 U CN 205172371U CN 201520558065 U CN201520558065 U CN 201520558065U CN 205172371 U CN205172371 U CN 205172371U
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Abstract
The utility model provides a bridge cut -off aluminium shielding windows for preventing electromagnetic radiation, includes: bridge cut -off aluminum window frame is fixed in the shielding glass in this bridge cut -off aluminum window frame, sets up the bridge cut -off aluminium activity casement in this bridge cut -off aluminum window frame, be fixed in this bridge cut -off aluminum window frame in, connect club in the vertical bridge cut -off aluminium of a shielding glass and bridge cut -off aluminium activity casement, bridge cut -off aluminium activity casement with in the vertical bridge cut -off aluminium club with bridge cut -off aluminum window frame's hookup location all is provided with first conductine gasket, a shielding glass along horizontal, with vertical bridge cut -off aluminium in club and bridge cut -off aluminum window frame's hookup location all be provided with the second conductine gasket, being provided with all around of bridge cut -off aluminum window frame is used for constructing the metal mesh that shielding layer physically is connected with the outside. In these bridge cut -off aluminium shielding windows, the continuous conduction is connected between the building framework outside shielding glass, casement, window frame and the window frame, has improved the shielding property of these bridge cut -off aluminium shielding windows self with the building framework of these bridge cut -off aluminium shielding windows of adoption, and the shielding effect is better.
Description
Technical field
The utility model belongs to electromangnetic spectrum field, particularly relates to a kind of for preventing the bridge-cut-off aluminum shielding windows of electromagnetic radiation.
Background technology
Electromagnetic radiation is a kind of electromagnetic wave of compound, with orthogonal Electric and magnetic fields transferring energy over time.Human life activity comprises a series of bioelectric, and these biological electricity are very responsive to the electromagnetic wave of environment, and therefore, electromagnetic radiation can impact human body and damage.
Build microwave radiation protecting building or room, the mankind can be protected to injure from electromagnetic radiation pollution.Anti-microwave radiation electromagnetic shielding window is the key equipment building microwave radiation protecting building or room, and existing electromagnetic shielding window majority cannot form with structure trunk the entirety shielded completely, and shielding properties is poor.
Utility model content
In view of this, an object of the present utility model is that proposition is a kind of for preventing the bridge-cut-off aluminum shielding windows of electromagnetic radiation, cannot be formed the entirety shielded completely, the problem of shielding properties difference to solve shielding windows in prior art with structure trunk.There is a basic understanding some aspects in order to the embodiment to disclosure, shown below is simple summary.This summarized section is not extensive overview, neither determine key/critical component or describe the protection domain of these embodiments.Its sole purpose presents some concepts by simple form, in this, as the preamble of following detailed description.
In some optional embodiments, these bridge-cut-off aluminum shielding windows comprise: bridge-cut-off aluminum window frame, be fixed on the first shield glass in described bridge-cut-off aluminum window frame, be arranged at the bridge-cut-off aluminum movable sashes in described bridge-cut-off aluminum window frame, be fixed in described bridge-cut-off aluminum window frame, connect stile in the vertical bridge-cut-off aluminum of described first shield glass and described bridge-cut-off aluminum movable sashes, in described bridge-cut-off aluminum movable sashes and described vertical bridge-cut-off aluminum, the link position of stile and described bridge-cut-off aluminum window frame is provided with the first conductive gasket; Described first shield glass transversely, with the link position of stile in described vertical bridge-cut-off aluminum and described bridge-cut-off aluminum window frame is provided with the second conductive gasket; The surrounding of described bridge-cut-off aluminum window frame is provided with the wire lath for being connected with the screen layer of exterior building body.
In some optional embodiments, between the heat insulation notch that the bridge-cut-off aluminum movable sashes of these bridge-cut-off aluminum shielding windows is adjacent with bridge-cut-off aluminum window frame, be provided with the first shielding gasket; Secondary shielding liner is provided with between the heat insulation notch that in bridge-cut-off aluminum movable sashes and vertically bridge-cut-off aluminum, stile is adjacent; The side of described first shielding gasket is connected with the outside of the heat insulation notch of the side of described bridge-cut-off aluminum movable sashes, and opposite side is connected with the outside of the heat insulation notch of described bridge-cut-off aluminum window frame, the heat insulation notch of bridge-cut-off aluminum window frame described in electromagnetic sealing; The side of described secondary shielding liner is connected with the outside of the heat insulation notch of the opposite side of described bridge-cut-off aluminum movable sashes, and opposite side is connected with the outside of the heat insulation notch of stile in described vertical bridge-cut-off aluminum, the heat insulation notch of stile in vertical bridge-cut-off aluminum described in electromagnetic sealing.
In some optional embodiments, these bridge-cut-off aluminum shielding windows also comprise: be arranged at the secondary shielding glass in bridge-cut-off aluminum movable sashes; Described secondary shielding glass both sides transversely, the position be connected with described bridge-cut-off aluminum movable sashes are provided with the 3rd conductive gasket, the described 3rd conductive gasket side of every side is connected with described secondary shielding glassy phase, and opposite side is fixed on the outside of the heat insulation notch of described bridge-cut-off aluminum movable sashes, described heat insulation notch that electromagnetic sealing is corresponding accordingly.
In some optional embodiments, between the first shield glass of these bridge-cut-off aluminum shielding windows and the second conductive gasket, and be provided with copper foil tape edge sealing and electricity conductive cloth tape between secondary shielding glass and the 3rd conductive gasket; Described in every bar, copper foil tape edge sealing side is connected with the gauze screen of described first shield glass/secondary shielding glass, corresponding being connected with the side of a described electricity conductive cloth tape of opposite side; The opposite side of this electricity conductive cloth tape is connected with described second conductive gasket/the 3rd conductive gasket.
In some optional embodiments, these bridge-cut-off aluminum shielding windows also comprise: the glazing bead and the shielding edge fit that are arranged at indoor; Described glazing bead is connected with stile in bridge-cut-off aluminum window frame/vertical bridge-cut-off aluminum with the first shield glass respectively; Or described glazing bead is connected with bridge-cut-off aluminum movable sashes with secondary shielding glass respectively; Described shielding edge fit one end is filled between copper foil tape edge sealing and electricity conductive cloth tape, and the other end is filled in the link position of stile/bridge-cut-off aluminum movable sashes in described glazing bead and bridge-cut-off aluminum window frame/vertical bridge-cut-off aluminum, link position described in electromagnetic sealing.
In some optional embodiments, the arranged outside of the heat insulation notch of the bridge-cut-off aluminum window frame of these bridge-cut-off aluminum shielding windows has spacing to be greater than the first draw-in groove of the spacing of this heat insulation notch, and the opposite side of the first shielding gasket is provided with the first boss with the corresponding clamping of described first draw-in groove; In vertical bridge-cut-off aluminum, the arranged outside of the heat insulation notch of stile has spacing to be greater than the second draw-in groove of the spacing of this heat insulation notch, and the opposite side of secondary shielding liner is provided with the second boss with the corresponding clamping of described second draw-in groove.
In some optional embodiments, these bridge-cut-off aluminum shielding windows also comprise: be fixed on stile in the horizontal bridge-cut-off aluminum in bridge-cut-off aluminum window frame and be fixed on the 3rd shield glass in described horizontal bridge-cut-off aluminum in stile and described bridge-cut-off aluminum window frame; In described horizontal bridge-cut-off aluminum, stile side connects described 3rd shield glass, and opposite side connects stile and bridge-cut-off aluminum movable sashes in the first shield glass, vertical bridge-cut-off aluminum.
In some optional embodiments, the first shield glass of these bridge-cut-off aluminum shielding windows, secondary shielding glass and the 3rd shield glass are the hollow glass that shield clip wire glass and simple glass are formed.
Compared with prior art, the beneficial effects of the utility model are:
The utility model provides a kind of for preventing the bridge-cut-off aluminum shielding windows of electromagnetic radiation, the screen layer of the building body of shield glass in these bridge-cut-off aluminum shielding windows, sash, window frame and window frame outside adopts continuous conduction design, form the complete shield of continuous conduction, ensure that the shielding properties of these bridge-cut-off aluminum shielding windows, shield effectiveness is better.
In order to above-mentioned and relevant object, will describe in detail and the feature particularly pointed out in the claims after one or more embodiment comprises.Explanation below and accompanying drawing describe some illustrative aspects in detail, and its instruction is only some modes in the utilizable various mode of principle of each embodiment.Other benefit and novel features become obvious by considering by reference to the accompanying drawings along with detailed description below, and the disclosed embodiments will comprise all these aspects and theirs is equivalent.
Accompanying drawing explanation
Fig. 1 is the structural representation of the bridge-cut-off aluminum shielding windows for preventing electromagnetic radiation of the utility model embodiment;
Fig. 2 is the enlarged drawing in A portion in Fig. 1;
Fig. 3 is the structural representation of the bridge-cut-off aluminum shielding windows for preventing electromagnetic radiation of the utility model embodiment.
Detailed description of the invention
The following description and drawings fully show specific embodiments of the present utility model, to enable those skilled in the art to put into practice them.Embodiment only represents possible change.Unless explicitly requested, otherwise independent parts and function are optional, and the order of operation can change.The part of some embodiments and feature can be included in or replace part and the feature of other embodiments.The scope of embodiment of the present utility model comprises the gamut of claims, and all obtainable equivalent of claims.In this article, these embodiments of the present utility model can be represented with term " utility model " individually or always, this is only used to conveniently, and if in fact disclose the utility model more than, be not the scope that automatically will limit this application be any single utility model or utility model design.
Now in conjunction with the accompanying drawings, shown in Fig. 1 is for preventing the structure chart of the bridge-cut-off aluminum shielding windows of electromagnetic radiation in some optional embodiments; Fig. 2 is the enlarged drawing in A portion in Fig. 1; Shown in Fig. 3 is for preventing the structure chart of the bridge-cut-off aluminum shielding windows of electromagnetic radiation in some optional embodiments.
As shown in FIG. 1 to 3, in some optional embodiments, disclose a kind of for preventing the bridge-cut-off aluminum shielding windows of electromagnetic radiation, these bridge-cut-off aluminum shielding windows comprise: bridge-cut-off aluminum window frame 1, be fixed on the first shield glass 2 in described bridge-cut-off aluminum window frame 1, be arranged at the bridge-cut-off aluminum movable sashes 3 in described bridge-cut-off aluminum window frame 1, be fixed in described bridge-cut-off aluminum window frame 1, connect stile 4 in the vertical bridge-cut-off aluminum of described first shield glass 2 and described bridge-cut-off aluminum movable sashes 3, described bridge-cut-off aluminum movable sashes 3 is provided with the first conductive gasket 5 with the link position of stile 4 in described vertical bridge-cut-off aluminum and described bridge-cut-off aluminum window frame 1, described first shield glass 2 transversely, with the link position of stile 4 in described vertical bridge-cut-off aluminum and described bridge-cut-off aluminum window frame 1 is provided with the second conductive gasket 6, the surrounding of described bridge-cut-off aluminum window frame 1 is provided with the wire lath 9 for being connected with the screen layer 8 of exterior building body 7.These bridge-cut-off aluminum shielding windows achieve the first shield glass 2 by the first conductive gasket 5, second conductive gasket 6 and wire lath 9, bridge-cut-off aluminum movable sashes 3, continuous conduction between bridge-cut-off aluminum window frame 1 and exterior building body 7 connect, these bridge-cut-off aluminum shielding windows and outside architecture noumenon is made to form complete shield, ensure that the junction of these bridge-cut-off aluminum shielding windows self and these bridge-cut-off aluminum shielding windows and exterior building body all can not occur to shield to leak, shielding properties is better.
In some optional embodiments, between the heat insulation notch that the bridge-cut-off aluminum movable sashes 3 of these bridge-cut-off aluminum shielding windows is adjacent with bridge-cut-off aluminum window frame 1, be provided with the first shielding gasket 10; Secondary shielding liner 11 is provided with between the heat insulation notch that in described bridge-cut-off aluminum movable sashes 3 and vertically bridge-cut-off aluminum, stile 4 is adjacent; The side of described first shielding gasket 10 is connected with the outside of the heat insulation notch 12 of the side of described bridge-cut-off aluminum movable sashes 3, opposite side is connected with the outside of the heat insulation notch 13 of described bridge-cut-off aluminum window frame 1, the heat insulation notch 13 of bridge-cut-off aluminum window frame 1 described in electromagnetic sealing, avoids that shielding occurs at heat insulation notch 13 place of described bridge-cut-off aluminum window frame 1 and leaks; The side of described secondary shielding liner 11 is connected with the outside of the heat insulation notch 14 of the opposite side of described bridge-cut-off aluminum movable sashes 3, opposite side is connected with the outside of the heat insulation notch 15 of stile 4 in described vertical bridge-cut-off aluminum, the heat insulation notch 15 of stile 4 in vertical bridge-cut-off aluminum described in electromagnetic sealing, avoids heat insulation notch 15 place of stile 4 in described vertical bridge-cut-off aluminum that shielding occurs and leaks.Ensure that signal can not enter by the heat insulation notch of stile 4 from bridge-cut-off aluminum window frame 1 and vertical bridge-cut-off aluminum by this first shielding gasket 10 and secondary shielding liner 11, cause shielding the generation of leaking, ensure that the good shielding of these bridge-cut-off aluminum shielding windows.
In some optional embodiments, these bridge-cut-off aluminum shielding windows also comprise: be arranged at the secondary shielding glass 16 in bridge-cut-off aluminum movable sashes; Described secondary shielding glass 16 both sides transversely, the position be connected with described bridge-cut-off aluminum movable sashes 3 are provided with the 3rd conductive gasket 17, described 3rd conductive gasket 17 side of every side is connected with described secondary shielding glass 16, opposite side is fixed on the outside of the heat insulation notch 18 of described bridge-cut-off aluminum movable sashes 3, described heat insulation notch 18 that electromagnetic sealing is corresponding accordingly, avoids, at this heat insulation notch 18 place, shielding occurs and leaks.
In some optional embodiments, between the first shield glass 2 of these bridge-cut-off aluminum shielding windows and the second conductive gasket 6, and be provided with copper foil tape edge sealing 19 and electricity conductive cloth tape 20 between secondary shielding glass 16 and the 3rd conductive gasket 17; Copper foil tape edge sealing 19 side described in every bar is connected with the gauze screen 21 of described first shield glass 2/ secondary shielding glass 16, corresponding being connected with the side of a described electricity conductive cloth tape 20 of opposite side; The opposite side of this electricity conductive cloth tape 20 is connected with described second conductive gasket 6/ the 3rd conductive gasket 17.
In some optional embodiments, these bridge-cut-off aluminum shielding windows also comprise: the glazing bead 22 and the shielding edge fit 23 that are arranged at indoor; Described glazing bead 22 is connected with stile 4 in the vertical bridge-cut-off aluminum of the first shield glass 2 and bridge-cut-off aluminum window frame 1/ respectively; Or described glazing bead 22 is connected with bridge-cut-off aluminum movable sashes 3 with secondary shielding glass 16 respectively; Described shielding edge fit 23 one end is filled between copper foil tape edge sealing 19 and electricity conductive cloth tape 20, and the other end is filled in the link position of stile 4/ bridge-cut-off aluminum movable sashes 3 in described glazing bead 22 and the vertical bridge-cut-off aluminum of bridge-cut-off aluminum window frame 1/, link position described in electromagnetic sealing.
In some optional embodiments, the arranged outside of the heat insulation notch 13 of the bridge-cut-off aluminum window frame 1 of these bridge-cut-off aluminum shielding windows has spacing to be greater than the first draw-in groove of the spacing of this heat insulation notch 13, the opposite side of described first shielding gasket 10 is provided with the first boss with the corresponding clamping of described first draw-in groove, wherein, the spacing that the spacing of the first draw-in groove and the width of first boss corresponding to this first draw-in groove are all greater than corresponding heat insulation notch 13 can ensure that the first shielding gasket 10 is by corresponding heat insulation notch 13 electromagnetic sealing completely, avoids that shielding occurs and leaks; In described vertical bridge-cut-off aluminum, the arranged outside of the heat insulation notch 15 of stile 4 has spacing to be greater than the second draw-in groove of the spacing of this heat insulation notch 15, the opposite side of described secondary shielding liner 11 is provided with the second boss with the corresponding clamping of described second draw-in groove, equally, the spacing that the spacing of the second draw-in groove and the width of second boss corresponding to this second draw-in groove are all greater than corresponding heat insulation notch 15 can ensure that secondary shielding liner 11 is by corresponding heat insulation notch 15 electromagnetic sealing completely, avoids that shielding occurs and leaks.
In some optional embodiments, these bridge-cut-off aluminum shielding windows also comprise: be fixed on stile in the horizontal bridge-cut-off aluminum in bridge-cut-off aluminum window frame 1 24 and be fixed on stile 24 and the 3rd shield glass 25 in bridge-cut-off aluminum window frame 1 in described horizontal bridge-cut-off aluminum; In described horizontal bridge-cut-off aluminum, stile 24 side connects described 3rd shield glass 25, and opposite side connects stile 4 and bridge-cut-off aluminum movable sashes 3 in the first shield glass 2, vertical bridge-cut-off aluminum.
In some optional embodiments, first shield glass 2 of these bridge-cut-off aluminum shielding windows, secondary shielding glass 16 and the 3rd shield glass 25 are the hollow glass that shield clip wire glass and simple glass are formed, adopt hollow glass can meet the physical property of microwave radiation protecting and glass for building purposes, shield effectiveness is better.
In the bridge-cut-off aluminum shielding windows that the utility model provides, shield glass, sash, the setting adopting continuous conduction to connect between window frame and the structure trunk of window frame outside, ensure that the junction of shielding windows self and shielding windows and structure trunk all can not occur to shield to leak, greatly improve shielding windows self and adopt the shielding properties of structure trunk of these shielding windows, shield effectiveness is better.
In a word, the foregoing is only embodiment of the present utility model, only for illustration of principle of the present utility model, be not intended to limit protection domain of the present utility model.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (8)
1. one kind for preventing the bridge-cut-off aluminum shielding windows of electromagnetic radiation, comprise bridge-cut-off aluminum window frame, be fixed on the first shield glass in described bridge-cut-off aluminum window frame, be arranged at the bridge-cut-off aluminum movable sashes in described bridge-cut-off aluminum window frame, be fixed in described bridge-cut-off aluminum window frame, connect stile in the vertical bridge-cut-off aluminum of described first shield glass and described bridge-cut-off aluminum movable sashes, it is characterized in that, in described bridge-cut-off aluminum movable sashes and described vertical bridge-cut-off aluminum, the link position of stile and described bridge-cut-off aluminum window frame is provided with the first conductive gasket; Described first shield glass transversely, with the link position of stile in described vertical bridge-cut-off aluminum and described bridge-cut-off aluminum window frame is provided with the second conductive gasket; The surrounding of described bridge-cut-off aluminum window frame is provided with the wire lath for being connected with the screen layer of exterior building body.
2. bridge-cut-off aluminum shielding windows according to claim 1, is characterized in that, are provided with the first shielding gasket between the heat insulation notch that described bridge-cut-off aluminum movable sashes is adjacent with described bridge-cut-off aluminum window frame; Secondary shielding liner is provided with between the heat insulation notch that in described bridge-cut-off aluminum movable sashes and described vertical bridge-cut-off aluminum, stile is adjacent; The side of described first shielding gasket is connected with the outside of the heat insulation notch of the side of described bridge-cut-off aluminum movable sashes, and opposite side is connected with the outside of the heat insulation notch of described bridge-cut-off aluminum window frame, the heat insulation notch of bridge-cut-off aluminum window frame described in electromagnetic sealing; The side of described secondary shielding liner is connected with the outside of the heat insulation notch of the opposite side of described bridge-cut-off aluminum movable sashes, and opposite side is connected with the outside of the heat insulation notch of stile in described vertical bridge-cut-off aluminum, the heat insulation notch of stile in vertical bridge-cut-off aluminum described in electromagnetic sealing.
3. bridge-cut-off aluminum shielding windows according to claim 1, is characterized in that, also comprise: be arranged at the secondary shielding glass in described bridge-cut-off aluminum movable sashes; Described secondary shielding glass both sides transversely, the position be connected with described bridge-cut-off aluminum movable sashes are provided with the 3rd conductive gasket, the described 3rd conductive gasket side of every side is connected with described secondary shielding glassy phase, and opposite side is fixed on the outside of the heat insulation notch of described bridge-cut-off aluminum movable sashes, described heat insulation notch that electromagnetic sealing is corresponding accordingly.
4. bridge-cut-off aluminum shielding windows according to claim 3, is characterized in that, between described first shield glass and described second conductive gasket, and are provided with copper foil tape edge sealing and electricity conductive cloth tape between described secondary shielding glass and described 3rd conductive gasket; Described in every bar, copper foil tape edge sealing side is connected with the gauze screen of described first shield glass/secondary shielding glass, corresponding being connected with the side of a described electricity conductive cloth tape of opposite side; The opposite side of this electricity conductive cloth tape is connected with described second conductive gasket/the 3rd conductive gasket.
5. bridge-cut-off aluminum shielding windows according to claim 4, is characterized in that, also comprise: the glazing bead and the shielding edge fit that are arranged at indoor; Described glazing bead is connected with stile in described bridge-cut-off aluminum window frame/vertical bridge-cut-off aluminum with described first shield glass respectively; Or described glazing bead is connected with described bridge-cut-off aluminum movable sashes with described secondary shielding glass respectively; Described shielding edge fit one end is filled between described copper foil tape edge sealing and described electricity conductive cloth tape, the other end is filled in the link position of stile/bridge-cut-off aluminum movable sashes in described glazing bead and described bridge-cut-off aluminum window frame/vertical bridge-cut-off aluminum, link position described in electromagnetic sealing.
6. bridge-cut-off aluminum shielding windows according to claim 2, it is characterized in that, the arranged outside of the heat insulation notch of described bridge-cut-off aluminum window frame has spacing to be greater than the first draw-in groove of the spacing of this heat insulation notch, and the opposite side of described first shielding gasket is provided with the first boss with the corresponding clamping of described first draw-in groove; In described vertical bridge-cut-off aluminum, the arranged outside of the heat insulation notch of stile has spacing to be greater than the second draw-in groove of the spacing of this heat insulation notch, and the opposite side of described secondary shielding liner is provided with the second boss with the corresponding clamping of described second draw-in groove.
7. bridge-cut-off aluminum shielding windows according to claim 3, is characterized in that, also comprise: be fixed on stile in the horizontal bridge-cut-off aluminum in described bridge-cut-off aluminum window frame and be fixed on the 3rd shield glass in described horizontal bridge-cut-off aluminum in stile and described bridge-cut-off aluminum window frame; In described horizontal bridge-cut-off aluminum, stile side connects described 3rd shield glass, and opposite side connects stile and described bridge-cut-off aluminum movable sashes in described first shield glass, described vertical bridge-cut-off aluminum.
8. bridge-cut-off aluminum shielding windows according to claim 7, is characterized in that, described first shield glass, described secondary shielding glass and described 3rd shield glass are the hollow glass of shield clip wire glass and simple glass formation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520558065.8U CN205172371U (en) | 2015-07-29 | 2015-07-29 | A bridge cut -off aluminium shielding windows for preventing electromagnetic radiation |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520558065.8U CN205172371U (en) | 2015-07-29 | 2015-07-29 | A bridge cut -off aluminium shielding windows for preventing electromagnetic radiation |
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| CN205172371U true CN205172371U (en) | 2016-04-20 |
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| CN201520558065.8U Active CN205172371U (en) | 2015-07-29 | 2015-07-29 | A bridge cut -off aluminium shielding windows for preventing electromagnetic radiation |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522794A (en) * | 2016-12-23 | 2017-03-22 | 无锡市海联舰船附件有限公司 | Fireproof shielding window for ship |
| CN108149811A (en) * | 2018-01-16 | 2018-06-12 | 中铁建设集团有限公司 | A kind of construction safety system for shielding electromagnetic radiation |
-
2015
- 2015-07-29 CN CN201520558065.8U patent/CN205172371U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522794A (en) * | 2016-12-23 | 2017-03-22 | 无锡市海联舰船附件有限公司 | Fireproof shielding window for ship |
| CN108149811A (en) * | 2018-01-16 | 2018-06-12 | 中铁建设集团有限公司 | A kind of construction safety system for shielding electromagnetic radiation |
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