CN105992509A - Novel protector against electromagnetic radiation of display - Google Patents
Novel protector against electromagnetic radiation of display Download PDFInfo
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- CN105992509A CN105992509A CN201510068947.0A CN201510068947A CN105992509A CN 105992509 A CN105992509 A CN 105992509A CN 201510068947 A CN201510068947 A CN 201510068947A CN 105992509 A CN105992509 A CN 105992509A
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Abstract
The invention discloses a novel protector against electromagnetic radiation of a display. The protector is composed of a glass container, a transparent electrolyte, transparent electro-conductive glass, a functional body, a metal pedestal and a grounding lead; a front plane is in parallel with a back plane of the glass container; the transparent electrolyte is positioned in the glass container; the transparent electro-conductive glass is positioned in the frontmost end of the protector, and the surface of the transparent electro-conductive glass is coated with a conductive film; the functional body of a flat cuboid structure is placed under the external plane of the glass container; the metal pedestal is placed in the bottom portions of the glass container, the transparent electro-conductive glass and the functional body, and is used to fix a structural body of the functional body; and a conductive layer of the transparent electro-conductive glass, the metal pedestal and an external grounding wire are connected with the grounding wire. When electromagnetic radiation of a screen of a visual terminal passes the structural body, most energy of electromagnetic waves is offset or converted, and protection against electromagnetic radiation is realized.
Description
Technical field
The present invention relates to the fields such as material, electromagnetism, computer utility, particularly relate to a kind of new display electromagnetic radiation protection device.
Background technology
In recent years, universal along with mobile communication and computer utility and network technology, the electromagnetic pollution that electromagnetic wave causes is the most increasingly severe, it is listed in the fourth-largest environmental pollution after water, air, noise, wherein, the electromagnetic radiation of the video terminal such as computer, TV display screen, especially high frequency electromagnetic radiation are the most noticeable for the harm that people are healthy.
Electromagnetic radiation generally produces biological agent with heat effect, non-thermal effect and accumulative effect to body.From the biomechanism analysis of RF electromagnetic radiation, under high-frequency electromagnetic field action, can rearrange after molecular polarization, sharp impacts and friction the most mutually occur, and then substantial amounts of heat can be produced；Meanwhile, intraorganic charged ion can be produced high-speed mobile by high-frequency electric field effect, vibrate or rotate, the same heat effect causing electrolyte.The body temperature partly or wholly that so can make organism raises, and the power density of electromagenetic wave radiation is the biggest, and the energy that biological tissue is absorbed is the biggest, and the electromagnetic hazard caused is the biggest.
It addition, liquid crystal screen displays common are evil radiation also has blue ray radiation, and the high-energy ray such as ultraviolet, X-ray
, blue light is the light that in visible spectrum, energy is the strongest, and the too strong blue light of liquid crystal display screen radiation can cause eyestrain, even disease of eye；Ultraviolet and X-ray etc. belong to non-visible high-energy ray, the ultraviolet of excess irradiates and can damage the skin of human body, eyes, immune system etc., eyes are the sensitive organs of ultraviolet, crystalline lens can be caused damage by ultraviolet, it it is one of cataract paathogenic factor, X-ray then can destroy the DNA of people, and the health hazard to human body is bigger.
At present, display terminal screen electromagnetic radiation protection technology and method is the most single, and effect is the most extremely limited, and the guard technology of liquid crystal display screen electromagnetic radiation mainly has:
One, transparent conductive film technology, frequency electromagnetic waves is inducted high-frequency vortex at the conductive layer of electro-conductive glass, this eddy current can produce reversion electromagnetic field, thus offset the energy of portions incident electromagnetic wave, reach to shield the purpose of electromagnetic radiation, but the method only offsets the energy of part frequency electromagnetic waves, for liquid crystal display, protection effect is extremely limited；They are two years old, electromagnetic wave proof card technique, i.e. use multiple can be with the rare metal of electromagnetic wave absorption and special material, use special process, make and electromagnetic wave is had certain absorption and the electromagnetic protection card of energy transformation, this kind of method is only capable of absorbing, weaken the electromagenetic wave radiation in the little scope of the plane domain centered by card, absorption more thoroughly can not be carried out to by the electromagnetic wave in certain area of space, liquid crystal display screen for larger area, such as large scale liquid crystal colour TV, then effect is the most extremely limited, liquid crystal display screen more can not especially be applied the high-energy rays such as the blue ray radiation in LED liquid crystal display screen the most widely and ultraviolet carry out effective omnibearing protection.
A kind of new display electromagnetic radiation protection device of the present invention; tradition electromagnetic protection technology is combined with up-to-date bionic technology; use complex technique; form the most triple, even quadruple electromagnetic radiation protection barrier; nearly reach all standing to display electromagnetic radiation, thus omnibearing protection, care health.
First protective barrier, uses the transparent conducting glass being coated with conductive film in the front end of described protection device, inverts electromagnetic field by inducting on conductive film, offset the energy of portions incident electromagnetic wave produced by eddy current；, by natural reflection, portions incident reflection of electromagnetic wave is gone out meanwhile, thus reduce the general power of incident electromagnetic wave, form the first barrier of electromagnetic radiation protection.
Second protective barrier, utilize electromagnetic wave " heat effect " biomechanism in human body, pass through bionics principle, the electro-magnetic wave absorption of " molecule+ion " type of one similar organism of structure and energy transferring structure, one independent shield of formation will be positioned in optical glass container by the solution mixture such as hydrone and ion, allow to human body is produced the electromagnetic radiation of each frequency range of the electromagnetic wave of obvious galvanomagnetic-effect, this shield is absorbed to greatest extent and is converted with energy, it is heat by electromagnetic energy, natural heat dissipation is carried out again by approach such as the shell of described glass container and metabs；Equally, this structure also can have decay in various degree to passing through blue light therein, infrared, ultraviolet, even X-ray etc., thus form the second barrier of electromagnetic radiation protection.
3rd road protective barrier, arrange a functive to spatial electromagnetic ripple with relatively hypersensitivity and absorption function to set up, based on Ferrite Material, the electromagnetic wave adsorption material of additional electromagnetic susceptibility is constituted, utilize the series of heat effect that the galvanomagnetic-effect of the material particles such as the electronics among predetermined substance, atom, ion, micro-magnetic domain is produced by spatial electromagnetic ripple, absorb further, eliminate the electromagenetic wave radiation that near neighbouring glass container, space is remaining, thus form the 3rd road barrier of electromagnetic radiation protection.
4th road protective barrier, the metab of this preventer, there is good conduction, magnetic property, and volume is relatively big, it is the collection of a preferable electrostatic charge, preserves device, the electrostatic charge in space near screen can be eliminated in real time by described connection wire, simultaneously, the good magnetic property of described metab, also can absorb, consume the electromagenetic wave radiation in neighbouring space further, therefore can be rated as the 4th road protective barrier of electromagnetic radiation.
Additionally, owing to the agent structure of the present invention is made up of optical glass and transparent electrolyte, integral light-transmitting rate is high, some aquatic green plantss, can arbitrarily be placed near structure described above, the reflection light that natural green is planted can make the light of entrance eyes softer, combines with above-mentioned preventer, reaches i.e. eye protection and support again purpose double effects.
In a word, compared with traditional screen electromagnetic radiation protection device, due to the fact that propagating channel and the measure of taking, not only eliminate electromagnetic radiation more thorough, and environmental protection, economical and practical, thus there is major economic value and positive social meaning.
Summary of the invention
It is an object of the invention to provide a kind of new display electromagnetic radiation protection device, form including described glass container, described transparent electrolyte, described transparent conducting glass, described functive, described metab and described earth lead etc..Former and later two planes of described glass container keep being parallel to each other, and external shape can be the multiple spatial geometric shape such as cuboid, square；Described transparent electrolyte is positioned among described glass container；Described transparent conducting glass is positioned at the structure of described preventer foremost, and i.e. near the side of video terminal screen, its surface has layer of conductive film, described electro-conductive glass to be tightly secured together with the frontal plane of described glass container；Described functive is prolate cube structure, is positioned at below described glass container medial plane；Described metab is positioned at described glass container, described transparent conducting glass and the bottom of described functive, and is used for fixing described glass container, described transparent conducting glass and the structure of described functive；Described earth lead is for linking together the conductive layer of described transparent conducting glass, described metab and outside ground wire.Wherein, the optical glass after the material of described glass container typically uses the optical glass or strengthening that light transmittance is good.
It is an object of the invention to be achieved through the following technical solutions:
As seen from the above technical solution provided by the invention, described a kind of new display electromagnetic radiation protection device, it is described transparent conducting glass foremost, general and horizontal table top near vertical is placed, when especially frequency electromagnetic waves passes through described transparent conducting glass to the electromagnetic wave of screen radiation, the eddy current of inducting caused at conductive layer can become to invert electromagnetic field, thus offset the electromagnetic wave of portions incident electro-conductive glass, simultaneously, owing to the front plan on indicator screen surface Yu electro-conductive glass always exists certain angle of inclination, so part electromagnetic wave also can be reflected back or enter in air, thus reduce the incident general power of electromagnetic wave.Be positioned at electro-conductive glass rear is the described glass container being contained with described transparent electrolyte substance, the electromagnetic wave of screen radiation is after the decay through described transparent conducting glass, enter described transparent electrolyte, polar molecule in the described transparent electrolyte being positioned in electromagnetic wave, ionic species, such as hydrone, charged metallic sodium ion and potassium ion etc., violent motion can be produced under the effect of electromagnetic wave, vibration, the physical phenomenons such as rotation, by being similar to organism " heat effect ", the electromagnetism field energy of electromagnetic wave is changed into heat energy, it is all sensitive to electromagnetic waves material because described above, so, electromagnetic wave energy is absorbed to greatest extent at this.When the described transparent electrolyte being made up of materials such as specific molecule, ions reaches that certain ratio is dense and during path thickness at the path direction of electromagnetic wave propagation, can reach in theory to be close to the energy fully absorbing computer video terminal liquid crystal display screen electromagnetic radiation；Meanwhile, other high energy light and ray, when by described transparent electrolyte substance, energy also can be absorbed by limits, has reached to be close to the target of comprehensive radioprotective.It is positioned at the described functive below glass container medial plane, it is that a functive to spatial electromagnetic ripple with relatively hypersensitivity and absorption function is set up, based on Ferrite Material, other material with electromaganic wave absorbing property additional is constituted, utilize the series of heat effect that the galvanomagnetic-effect of the material particles such as the electronics among predetermined substance, atom, ion, micro-magnetic domain is produced by spatial electromagnetic ripple, absorb further, eliminate the electromagenetic wave radiation that near neighbouring glass container, space is remaining, the 3rd road ELECTROMAGNETIC RADIATION SHIELDING net can be formed.High frequency electromagnetic radiation easily forms a large amount of electrostatic charge, and the gathering of a large amount of electrostatic charges also can be detrimental to health.The metab of this preventer, it is positioned at described transparent conducting glass, described glass container, described electrolyte and the lower section of described functive, described metab itself has good conduction, magnetic property, and volume is bigger, therefore it is that intimate natural electricity, a magnetic are collected, preserved container, by the connection wire with described transparent conducting glass, and itself contact surface with air, the electrostatic charge that can eliminate in real time near screen in air, is released finally by external bottom line.Being suitably modified composition material and structure design, add some magnetic susceptible material, this metab will help to absorb, consume the electromagenetic wave radiation in neighbouring space.Described electromagnetic wave proof apparatus main body part is constituted by optical glass and transparent electrolyte, entire body crystal clear, there is very high transmission rate, therefore green plants of can also arranging in pairs or groups is placed near this protective shield even top side location, the reflection light of green plants can enter the eyes of people directly or by paths such as the transmission of this device, refractions, reaches i.e. eye protection and supports again purpose double effects.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme of the embodiment of the present invention, in describing embodiment below, the required accompanying drawing used is briefly described, apparently, accompanying drawing in describing below is only some embodiments of the present invention, from the point of view of those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawings according to these accompanying drawings.
The structural representation of a kind of new display electromagnetic radiation protection device that Fig. 1 provides for the embodiment of the present invention；
The structural representation of a kind of new display electromagnetic radiation protection device that Fig. 2 provides for the embodiment of the present invention；
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on embodiments of the invention, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into protection scope of the present invention.
Being illustrated in figure 1 the structural representation of a kind of new display electromagnetic radiation protection device that the embodiment of the present invention provides, described protective shield of radiation includes glass container shell 11, metab 12, electro-conductive glass 13, glass container inner shell 14, electrolyte 15, earth lead 16, functive 17.
Wherein, described glass container shell 11, it is usually the cuboid of the flat matched with screen shape and area, its mutual keeping parallelism of former and later two planes；Being described glass inner shell 14 in the inside of described glass shell 11, its space structure shape is usually the space structure such as flat rectangular body of rule, its former and later two planes also must keep being parallel to each other and all with described glass shell 11 before and after plane keeping parallelism；It is internal that described transparent electrolyte 15 is positioned at described glass inner shell 14, described transparent electrolyte 15 typically by sensitive to electromagnetic waves and fluid rich in polar molecule, charged ion etc. or semi-fluid figure's electrolyte substance or other alternative materials form, when being positioned in horizontal table top, the top of the upper liquid level of described electrolyte 15 and described glass container inner shell 14 is reserved with the space of certain distance, in case described glass inner shell 14 is caused damage by expanding with heat and contract with cold of described transparent electrolyte 15；It is described transparent conducting glass 13 in the front end of described glass shell 11, one layer of very thin conductive film it is coated with on it, typically use the metal materials such as aluminum, copper, silver or tin indium oxide or other semi-conducting materials, utilize the techniques such as vacuum magnetic-control sputtering and method to manufacture, be allowed to that there is the characteristics such as visible range light transmission height is low with resistivity；Described metab 12, it is that there is good conductive, the metal of magnetic conduction character, quasiconductor or other composite are constituted, it is positioned at described glass shell 11, below described functive 17 and described transparent conducting glass 13, for fixing structure member described above, and be connected with described transparent conducting glass 13 and external ground wire by described earth lead 16, described metab 12 can pass through described earth lead 13 and described transparent conducting glass 13, and itself surface, receive the electrostatic charge in air near screen, and can be by described earth lead 13 and external ground wire discharge electrostatic charges, described metab 12 itself is owing to having good magnetic conductivity, also absorb simultaneously, the electromagnetic wave energy in space near converting；Described functive 17 is positioned at below the medial plane of described glass container shell 11, is mainly constituted by sensitive to electromagnetic waves material, such as ferrite powder, graphite powder, carbonization silica flour, nanometer silver powder etc., reaches to absorb, consume the purpose of neighbouring spatial electromagnetic wave energy.
The assemblies such as described transparent conducting glass 13, described glass container shell 11, described functive 17, described metab 12, can utilize and meet necessarily required extraordinary binding agent and be fixed together, the structural member that the materials such as metal, alloy that conduction, permeance are good make can also be used, by being bolted to together.
As shown in Figure 1, when electromagenetic wave radiation to the surface of described transparent conducting glass 13, a part of electromagnetic wave is reflected into space, simultaneously, frequency electromagnetic waves can form inductive loop at the conductive layer of described transparent conducting glass 13, and the reversion electromagnetic field that inductive loop produces can offset the electromagnetic field of portions incident electromagnetic wave；Pass through the electromagnetic radiation of described transparent conducting glass 13, enter among described transparent electrolyte 15, under simulated body fluid environment, the electromagnetic field of high frequency that frequency electromagnetic waves produces has polarization, hydrone is polar molecule, hydrone meeting high-speed motion under high-frequency electromagnetic field action, vibration, owing to sharp impacts and friction can produce big calorimetric, additionally the charged ion in electrolyte is produced high-speed mobile by high-frequency electric field effect, vibration and rotation, within the specific limits, wavelength is the shortest, absorb energy the most, after described transparent electrolyte 15, most electromagnetic energy in electromagnetic wave particularly frequency electromagnetic waves is converted to heat absorption and falls.
By the composition of the chemical composition in described transparent electrolyte 15 and component ratio are carried out reasonable disposition, the space geometry size of described glass container inner shell 14 is carried out appropriate design, adjustment simultaneously, when carrying out scientific and reasonable configuration in conjunction with light transmittance, by " heat effect " of electromagnetic wave, can farthest consume the energy sponging the electromagnetic wave through described transparent conducting glass 13.
As it has been described above, described functive 17 and described metab 12, all the electromagnetic wave in neighbouring space had notable absorption characteristic；Remaining electromagnetic wave after described transparent conducting glass 13, under the effect of described functive 17 and described metab 12, including the electrostatic charge in neighbouring space, can obtain removing more thoroughly.
Described electrolyte 15 in this preventer and described glass container shell 11, can have significant attenuation equally to the intensity of blue ray radiation, reduces, even eliminates its injury to eye retina.
Further, it is also possible in the appropriate location of said apparatus, increase the optical glass containing ultraviolet radiation preventing of layer, such as contain the water white transparency ultraviolet ray intercepting glass etc. of ceria UV resistance oxide and Erbia decolorising agent.Thus strengthen the protection to high-energy rays such as ultraviolet.
Further, can also individually increase by one layer of X-ray radiation protection clear optical glass layer the thinnest, or the liquid crystal display screen ultraviolet radiation that i.e. prevents taking special process to design and produce a kind of suitable thickness prevents again the clear optical glass of X-radiation, as a special overcoat, design, be installed to the front position of this device, to increase the safeguard function to high-energy ray further.
Further, the structure of described metab 12 can flexible design further so that it is can left rotation and right rotation, to regulate the direction of preventer；Described functive 17 can also structurally merge with described metab 12 design, i.e. increase a functional layer on the top of described metab 12, its composition material and described functive 17 composition material, function are consistent.
In a word, take the preventer of the present invention, can accomplish to health close to omnibearing protection, electromagnetic radiation and other harmful effect to human body such as high energy light, ray of video terminal screen can be substantially eliminated.
Fig. 2 is that the another kind of the present invention realizes structural representation.
The above; being only the present invention preferably detailed description of the invention, but protection scope of the present invention is not limited thereto, any those familiar with the art is in the technical scope of present disclosure; the change that can readily occur in or replacement, all should contain within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claims.
Claims (10)
1. a new display electromagnetic radiation protection device, it is characterized in that, described a kind of new display electromagnetic radiation protection device, forms including described glass container, described transparent electrolyte, described transparent conducting glass, described functive, described metab and described earth lead etc.；Former and later two planes of described glass container keep being parallel to each other, and external shape can be the multiple spatial geometric shape such as cuboid, square；Described transparent electrolyte is positioned among described glass container；Described transparent conducting glass is positioned at the structure of described preventer foremost, and i.e. near the side of video terminal screen, its surface has the transparent conductive film of layer of transparent, described electro-conductive glass to be tightly secured together with the frontal plane of described glass container；Described functive is rectangular structure, is positioned at below described glass container medial plane；Described metab is positioned at described glass container, described transparent conducting glass and the bottom of described functive, and is used for fixing described glass container, described transparent conducting glass and the structure of described functive；Described earth lead is for linking together the conductive layer of described transparent conducting glass, described metab and outside ground wire.
2. a kind of new display electromagnetic radiation protection device as claimed in claim 1, it is characterized in that, described transparent conducting glass, general employing has the optical glass of high transmission rate, surface at its single or double, special process is used to plate layer of transparent conductive film, described transparent conductive film can be semi-conducting material, such as indium and tin oxide film, or aluminum bronze silver etc. has the metallic film of excellent conductive performance, or the satisfactory composite material film with certain composite construction, it is allowed to that there is good electromagenetic wave radiation especially high frequency electromagnetic radiation function of shielding, and meet certain light transmittance requirement；Not only that, described transparent conducting glass can also use that meet light transmittance requirement and meet the non-optical glasses material that the material transparent conductive film coating process such as quasiconductor, metal requires, such as transparent plastic etc..
null3. according to claim 1、A kind of new display electromagnetic radiation protection device described in 2，It is characterized in that，Described glass container typically uses the optical glass after the optical glass of high transmission rate or intensive treatment，Not only that，Can also use and meet light transmittance、Mechanical strength、Other material that potential resistance to electrolyte contamination corrosion etc. require，Such as transparent plastic，But must assure that and will not occur physically or chemically to react with described electrolyte substance，On the premise of and protection face parallel at former and later two optical flats of guarantee requires，Its exterior contour can have multiple spatial form flexibly and size，The regular shape of space symmetr is typically taked in the inner space of described glass container，Such as the cuboid of flat、Square、The space structures etc. such as cylinder，And guarantee the high consistency of the path characteristics of before and after's vertical incidence light，I.e. word on screen、The information such as image are observed through described glass container can be the most visual，Do not have distortion、The phenomenons such as erroneous judgement，After described glass container irrigates described transparent electrolyte，General employing seal form is placed and uses，Not only that，Also dependent on practical situation and demand，Take non-tight form to place and use.
4. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3, it is characterized in that, described transparent electrolyte substance form can be the physical form such as fluid or semifluid, wherein contain the material particles such as a large amount of molecule sensitive to electromagnetic field, ion, such as hydrone, sodium ion, potassium ion etc., not only that, other can also be used to have excellent conductive performance, high transmission rate, high chemical stability, low-corrosiveness or non-corrosiveness, there is good electrical electro-magnetic wave absorption, the electrolyte substance of fade performance or alternative material.
5. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3,4, it is characterized in that, the material that described functive is had good absorption performance by ferrite etc. to electromagnetic wave is constituted, it is placed in the lower section of described glass container medial plane, can by necessarily can in the range of electromagnetic radiation partially or mostly absorb, change into internal particle motion energy, i.e. heat energy, is then discharged by heat radiation；Not only that, described functive can be designed to other structure, is placed on other position of this preventer, such as near screen side etc., it is also possible to as one layer of special material functional layer, manufacture an overall structure with described metab.
6. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3,4,5, it is characterized in that, described metab can be a solid or hollow structure, and be made up of metal, quasiconductor or the composite conducted electricity, magnetic property is good, it is arranged on described glass container, described transparent conducting glass and the isostructural bottom of described functive；Not only that, the material that electromagnetic wave is had good absorption characteristic can also be added further, design, process, be fabricated to the structure such as support, square frame, it is installed on both sides or the surrounding of affiliated glass container, to strengthen its absorbent properties to electromagnetic wave, make the construction packages such as described glass container can provide simultaneously support and reinforcement effect with flexible rotating.
7. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3,4,5,6, it is characterized in that, its structure composition not only includes structure described above, the transparent glass layer of relatively thin anti-ultraviolet and (or) X-radiation can also be increased, not only that, special process technology can also be taked, design and produce one and there is the high grade of transparency, and there is the composite optical glass preventing ultraviolet and X-radiation, make the function of described preventer more improve and comprehensive.
8. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3,4,5,6,7, it is characterized in that, described transparent conducting glass layer and other function formation and auxiliary equipment can also be not provided with, only retain described glass container and described transparent electrolyte, by designing suitable structure and bulk size, by chemical composition and the ratio thereof of regulation electrolyte substance, it is greatly reduced or substantially eliminates the harm to human body of the electromagnetic radiation on protection face.
9. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3,4,5,6,7,8, it is characterized in that, the assemblies such as described transparent conducting glass, glass container, functive, metab, can utilize and meet necessarily required extraordinary binding agent and be fixed together, the materials such as metal, alloy that conduction, permeance are good can also be used to make structural member, by being bolted to together.
10. according to a kind of new display electromagnetic radiation protection device described in claim 1,2,3,4,5,6,7,9; it is characterized in that; it is not intended to be limited to said structure and function; all one skilled in the art; obtained by the case of not paying creative work be similar to the present invention or relevant technology and device, all within the claim protection of the present invention.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510068947.0A CN105992509A (en) | 2015-02-11 | 2015-02-11 | Novel protector against electromagnetic radiation of display |
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| CN201510068947.0A CN105992509A (en) | 2015-02-11 | 2015-02-11 | Novel protector against electromagnetic radiation of display |
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| CN105992509A true CN105992509A (en) | 2016-10-05 |
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| CN201510068947.0A Pending CN105992509A (en) | 2015-02-11 | 2015-02-11 | Novel protector against electromagnetic radiation of display |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108401123A (en) * | 2017-02-06 | 2018-08-14 | 三星电子株式会社 | Show equipment |
| CN112715025A (en) * | 2018-07-19 | 2021-04-27 | 蒂齐亚纳·维尼 | Personal protective equipment |
| RU2792867C2 (en) * | 2018-07-19 | 2023-03-28 | Тициана ВИНЬИ | Personal shielding device |
-
2015
- 2015-02-11 CN CN201510068947.0A patent/CN105992509A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108401123A (en) * | 2017-02-06 | 2018-08-14 | 三星电子株式会社 | Show equipment |
| CN112715025A (en) * | 2018-07-19 | 2021-04-27 | 蒂齐亚纳·维尼 | Personal protective equipment |
| RU2792867C2 (en) * | 2018-07-19 | 2023-03-28 | Тициана ВИНЬИ | Personal shielding device |
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Application publication date: 20161005 |