CN109750491A - Graphene hot pressing cloth and its manufacturing method and eyeshade - Google Patents
Graphene hot pressing cloth and its manufacturing method and eyeshade Download PDFInfo
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- CN109750491A CN109750491A CN201811556082.2A CN201811556082A CN109750491A CN 109750491 A CN109750491 A CN 109750491A CN 201811556082 A CN201811556082 A CN 201811556082A CN 109750491 A CN109750491 A CN 109750491A
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Abstract
The invention discloses graphene hot pressing cloth and its manufacturing method and eyeshade, the graphene hot pressing cloth is based on grapheme material, and built-in carbon starches equal thermosphere, high magnetic flux material cloth processing, and when heating will use endogenous hot for heating mode.The manufacturing method includes choosing high magnetic flux rare earth material, is fired repeatedly by high temperature；The high magnetic flux rare earth material fired by step 1 is ground to nano-scale powder；The powder that step 2 is obtained is distributed in solution, keeps its evenly dispersed；By solution high pressure painting made from step 3 to design on fabric surface；Step 4 gained cloth is rolled with hot-rolling high pressure, high magnetic flux rare earth material is cemented in cloth.The eyeshade uses graphene hot pressing cloth as heating power layer.The present invention has fever fast, does not dry, and rub resistance has magnetic field, has good physiotheraping effect.
Description
Technical field
The present invention relates to graphene hot pressing cloth and its manufacturing method and eyeshade, belong to the manufacture of graphene hot pressing cloth and its
Applied technical field.
Background technique
Nowadays people's lives rhythm is increasingly accelerated, it is sometimes desirable to stay up late for work work, and face computer, electricity for a long time
Depending on and books, lead to eye fatigue, generate black eye, eyes are damaged, how to loosen after work, protect nervous
Eyes prevent the generation of disease of eye, in order to preferably Working Life, it appears more and more important.Though it is existing have all drug and
Therapeutic device, such as various eyedrops, traditional Chinese medicine pill, eye massage device, but for various reasons, costly such as using trouble, effect
Fruit is not good enough etc., is not able to satisfy people to the actual needs for the treatment of eye diseases.
In view of the deficiencies of the prior art, occur some fever eyeshades for hot compress eyes currently on the market, generate heat eye
Cover helps to improve ocular circulation, and eyes of releiving loosen eye tired in work or travelling more.On the market
The eyeshade that generates heat is mostly a heat pyrexia eyeshade, and this fever eyeshade is generally unable to control temperature, and heat release is also unstable.?
Non-disposable fever eyeshade charging head otherwise be to expose to inconvenient to use except eyeshade or be placed in eyeshade not
It is capable of fixing its position.
Summary of the invention
To solve the above problems, the invention discloses a kind of graphene hot pressing cloth and its manufacturing method and eyes
Cover, specific technical solution are as follows:
Graphene hot pressing cloth, based on grapheme material, built-in carbon starches equal thermosphere, high magnetic flux material cloth processing, heating
When will use it is endogenous heat for heating mode.
Graphene hot pressing cloth, including graphene, high magnetic flux material cloth, superconduction alkene alkene and hydrone separation layer, institute
It states superconduction alkene alkene to be dispersed in high magnetic flux material cloth, forms molecule aggregation net, the graphene is attached to high magnetic flux
The both side surface of one side surface of material cloth, the high magnetic flux material cloth is covered with hydrone separation layer.
The manufacturing method of graphene hot pressing cloth, including following operating procedure:
Step 1: high magnetic flux rare earth material is chosen, is fired repeatedly by high temperature,
Step 2: the high magnetic flux rare earth material fired by step 1 is ground to nano-scale powder,
Step 3: the powder that step 2 is obtained is distributed in solution, keeps its evenly dispersed,
Step 4: by solution high pressure painting made from step 3 to design on fabric surface；
Step 5: rolling step 4 gained cloth with hot-rolling high pressure, high magnetic flux rare earth material is cemented in cloth.
Solution in the step 3 is the flexible plastic solution of high temperature melt, and powder is distributed to the method in flexible plastic solution
Are as follows: it is inserted into flexible plastic solution by the pipeline of inner wall smooth, the other end of pipeline is funnel shaped, high magnetic flux rare earth material
Powder is blown into pipeline from one end of funnel shaped, into flexible plastic solution, extracts pipeline, stirs flexible plastic solution, Zhi Daogao
Magnetic flux rare earth material powder is uniformly dispersed, and flexible plastic solution maintains high temperature in whipping process.
The environment that high magnetic flux rare earth material high temperature is fired in the step 1 is in inert gas environment, and temperature is 380 Celsius
It spends to 420 degrees Celsius.
It is ground in the step 2 using diamond abrasive tool, ground powder is collected by gas floatation process, had to grinding environment
One upward wind, controlled wind speed are only capable of having blowed floating the high magnetic flux rare earth material powder of nano-scale, are provided with inversion above
Collection loudspeaker, into collect loudspeaker in high magnetic flux rare earth material powder be built in loudspeaker it is small-bore in magnet absorption.
The solution spraying of high magnetic flux rare earth material powder will be dispersed with to cloth table using high-pressure spray gun in the step 4
Face.
In the step 5, the surface temperature of hot-rolling is not less than 200 degrees Celsius.
Extremely relax thermal magnon eyeshade, and the graphene hot pressing cloth that any of the above-described method manufactures is equipped in the eyeshade.
Extremely relax thermal magnon eyeshade, including cover, cover band and charging head, and the cover band is fixed on cover both ends, described to fill
Dateline is located at one end in cover, and described charging head one end is power supply inserted terminal, and the other end is connect with graphene hot pressing cloth, institute
It states charging head and is connected with plug-in divider, the divider makes the voltage for accessing charging head not higher than 8V.
The charging head surrounding is enclosed with charging head isolation cloth, and the two sides of charging head are symmetrically arranged with fixed-wing, described solid
The wing is determined in flat pattern, and the charge port of the charging head is exposed at outside the cover.
The beneficial effects of the present invention are:
Present invention preparation has the graphene hot pressing cloth of magnetic field performance and electric conductivity, is applied in eyeshade, energy after being powered
It generates heat and generates magnetic field, promote blood circulation, relieve fatigue.
Graphene hot pressing cloth of the present invention will use endogenous heat for heating mode when heating, not dry, and generate heat within 3 seconds, fever
Uniformly, safe and stable, efficient, energy saving, durable.
The exclusive nanoscale graphite alkene molecule aggregation net of the present invention, has the characteristics that six is big compared with similar-type products: conduction
Property, washable, damage tolerant, resistance to kneading, polymerism, ultramicro powder.
The present invention takes the high pyromagnetic technology of free property vector, and using high magnetic flux material, the lossless conduction method of magnetic member makes extremely to relax
Pyromagnetic technology has the characteristics that five is big: high speed is thermally conductive, accurately penetrate into human body cell, the lossless conduction of magnetic member, corpuscular property constant temperature, superpower
Permeability.
The characteristics of present invention is according to THz wave, research and development are determined frequency orientation resonance qualitly THz wave technology, are effectively prevented
The many disadvantages of original THz wave, the four characteristics not having with other THz wave emitters: high speed resonant,
Superpower permeability, frequency are precisely fixed, avoid hydrone, are not easy dispersion dilution.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention,
Fig. 2 is cover exploded view of the invention,
Fig. 3 is charging head enlarged drawing of the present invention,
Reference signs list, 1, cover, 2, cover band, 3, charging head, 101, front silk fabric layer, 102, front plumage silk floss layer,
103, polar fleece layer, 104, conductive heating layer, 105, reverse side plumage silk floss layer, 106, reverse side silk fabric layer, 301, charging cable,
302, waterproof insulation rubber band, 303, charging head isolation cloth, 304, fixed-wing.
Specific embodiment
With reference to the accompanying drawings and detailed description, the present invention is furture elucidated.It should be understood that following specific embodiments are only
For illustrating the present invention rather than limiting the scope of the invention.
This graphene hot pressing cloth, based on grapheme material, built-in carbon starches equal thermosphere, and high magnetic flux material cloth adds
Work, when heating, will use endogenous heat for heating mode.
Graphene hot pressing cloth, including graphene, high magnetic flux material cloth, superconduction alkene alkene and hydrone separation layer, institute
It states superconduction alkene alkene to be dispersed in high magnetic flux material cloth, forms molecule aggregation net, the graphene is attached to high magnetic flux
The both side surface of one side surface of material cloth, the high magnetic flux material cloth is covered with hydrone separation layer.
The manufacturing method of graphene hot pressing cloth, including following operating procedure:
Step 1: choose high magnetic flux rare earth material, fired repeatedly by high temperature, high temperature fire environment be inert gas environment in,
Temperature is 380 degrees Celsius to 420 degrees Celsius；
Step 2: the high magnetic flux rare earth material fired by step 1 being ground to nano-scale powder using diamond abrasive tool, is led to
It crosses gas floatation process and collects ground powder, have a upward wind to grinding environment, controlled wind speed is only capable of the nano-scale that blowed floating
High magnetic flux rare earth material powder, be provided with inverted collection loudspeaker above, into collect loudspeaker in high magnetic flux rare earth material
Feed powder end be built in loudspeaker it is small-bore in magnet absorption；
Step 3: the powder that step 2 is obtained is distributed in the flexible plastic solution of high temperature melt, keeps its evenly dispersed, the side of dispersion
Method are as follows: be inserted into flexible plastic solution by the pipeline of inner wall smooth, the other end of pipeline is funnel shaped, high magnetic flux rare earth material
Feed powder end is blown into pipeline from one end of funnel shaped, into flexible plastic solution, extracts pipeline, stirs flexible plastic solution, until
High magnetic flux rare earth material powder is uniformly dispersed, and flexible plastic solution maintains high temperature in whipping process；
Step 4: solution made from step 3 is used into high-pressure spray gun high pressure painting to design on fabric surface；
Step 5: rolling step 4 gained cloth with hot-rolling high pressure, the surface temperature of hot-rolling is not less than 200 degrees Celsius, by high magnetic flux
Rare earth material is cemented in cloth.
The concrete application embodiment of graphene hot pressing cloth made from the method for the present invention is given below:
Graphene hot pressing cloth is applied to eyeshade, as one layer of fever cloth therein, in use, powering on, forms magnetic field
With fever field.
Extremely relax thermal magnon eyeshade, and the graphene hot pressing cloth that any of the above-described method manufactures is equipped in the eyeshade.
Fig. 1 is structural schematic diagram of the invention, in conjunction with attached drawing as it can be seen that the thermal magnon eyeshade that extremely relaxes, including cover 1, cover band 2
With charging head 3, cover band 1 is fixed on 1 both ends of cover, and charging head 3 is located at one end in cover 1, the charging head isolation cloth of cover 1
The nonconductive surface of 303 package charging heads 3, the non-conductive end of charging head 3 are symmetrically extended out two fixed-wings 304, charging head isolation
Cloth 1 is respectively fixedly connected with two fixed-wings 304, and the charge port of charging head 3 is exposed at outside cover 1.Finishing coat where cover band 2 is
Reverse side, cover by front successively include front silk fabric layer 101 to reverse side, front plumage silk floss layer 102, polar fleece layer 103, lead
Electric heating layer 104, reverse side plumage silk floss layer 105 and reverse side silk fabric layer 106.The charging cable 301 and conductive heating layer of charging head 3
104 connections, and be pasted with waterproof insulation rubber band 302 in junction and accomplished waterproof effect to conductor wire.
This eyeshade and the Facing material of facial contact are formed by weaving by mulberry silk, and fiber multihole is ventilative, not sultry not warm up heat,
The salubrious of eye can be kept, can be used throughout the year, and contains amino acid in mulberry silk, coefficient of friction is close to zero, nothing
Constraint sense, the entire frivolous softness of eyeshade, moisture absorption is ventilative, whole to be adjusted according to face's lines, is bonded face contour, meets human body work
Design is comprehensive to have built sleep environment to user.
And conductive heating layer 104 is based on grapheme material, built-in carbon starches equal thermosphere, high magnetic flux material processing, heating
When will use it is endogenous heat for heating mode, do not dry, 3 seconds generate heat, fever uniformly, it is safe and stable, efficient, energy saving, durable, connect
Connect charger charging, the hot qualitative change of substance caused by conductive heating layer 104 is changed using magnetic state inside externally-applied magnetic field and substance
Change, because domain structure changes when low-intensity magnetic field magnetizes, with temperature change occurs, magnetization makes first number of magnets parallel in magnetic substance
Increase, magnetostatic energy in exchange energy and external magnetic field reduces, since magnetization carries out under adiabatic conditions, reduce that
Portion of energy must be converted into the thermal energy of first magnet, these thermal energy make the temperature of entire magnetic substance further through the coupling of first magnet and dot matrix
Degree rises.Institute's magnetic material can all heat up after being placed into magnetic field, cool down after removing magnetic field, this characteristic is referred to as " magnetic
Thermal effect ".Atom works as externally-applied magnetic field for the electronics ordered arrangement in metal, and prevent by itself vibrating storing energy
When they are moved freely, the vibration of atom will be reinforced, and temperature increases therewith, and vibration will affect human body cell frequency, be allowed to reach
To same frequency, thus with specific frequency maintenance tissue.Special electric heating has far infrared function, can emit 8-12 microns of life
Light wave is educated, the high frequency magnetic wave of this section of fertility light wave and rare earth radiation generates resonance, is combined into high frequency fertility absorbed by the body
Light wave, after absorbing this section of light wave, toxin is discharged immediately and further activates for cell for vascular tissue.
The working mechanism of eyeshade of the present invention includes magnetothermal effect, graphene technology, THz wave technology and three kinds of technologies
Integration technology, be successively discussed in detail:
Magnetothermal effect refers to the temperature change occurred when magnetisable material is magnetized by external magnetic field under adiabatic conditions.
Magnetization increases first magnet parallel in magnetic substance (as spinned) quantity.As a result, in exchange energy and external magnetic field
Magnetostatic energy reduce, due to magnetization carry out under adiabatic conditions, the part energy reduced must be converted into first magnet
Thermal energy.These thermal energy rise the temperature of entire magnetic substance further through the coupling of first magnet and dot matrix.Conversely, adiabatically removing magnetic
, the quantity of first magnet arranged in parallel will reduce suddenly, thus the thermal energy of first magnet reduces, and magnetic substance is made to turn cold.
Under low-intensity magnetic field and moderate magnetic field, magnetic history generally comprises domain wall displacement process and rotation process, has again respectively
Point of reversible process and irreversible procedure, situation is considerably complicated.
When there is no magnetic field, the angular momentum of each magnetic acitvity ion orientation be it is chaotic so that the entropy of every molecular,
Other than the part caused by the lattice vibration, and increase a part.If magnetic medium is put into the case where temperature keeps certain
In high-intensity magnetic field, magnetic field will make the angular motion of all ions measure the smaller direction of energy, thus reduce the entropy of system, at this moment there is heat
Δ Q=Δ S × T flows out magnetic medium.
The lattice vibration and magnetic moment orientation of substance all contribute the entropy of system, and external magnetic field is such as first added under isothermal situation,
Substance is magnetized, and molecular magnetic moment is intended to consistent arrangement, reduces to the contribution of entropy, system releases heat.
Thermal magnon technology is changed using externally-applied magnetic field thermal property, is increased first number of magnets parallel in magnetic substance, is made
Reach with frequency, thus with specific frequency maintenance tissue, fill cellular energy, improve vitality, utilize the wave-particle of quantum
Duality makes human body molecule rich in activity.
Graphene technology:
Graphene has excellent optics, electricity, mechanical characteristic, in materialogy, micro-nano technology, the energy, biomedicine and drug
Transmitting etc. is with important application prospects, it is considered to be a kind of future revolutionary material.
Graphene is inherently present in nature, is only difficult to separate single layer structure.Graphene gathers into folds just from level to level
It is graphite, thick 1 millimeter of graphite comprises about 3,000,000 layers of graphene.The arrangement mode and graphite list of graphene internal carbon
Atomic layer is the same with sp2 hybridized orbit bonding, and has the characteristics that as follows: carbon atom has 4 valence electrons, wherein 3 are electronically generated
Sp2 key, i.e. each carbon atom contribute the non-bonding electrons being located on pz track, the pz track of neighbour's atom and plane at
Vertical direction can form pi bond, and the pi bond newly formed is in partly to fill up state.Research confirms that the ligancy of carbon atom is 3 in graphene,
Bond distance between every two adjacent carbon atom is 1.42 × 10-10 meters, and the angle between key and key is 120 °.In addition to σ key and other
Carbon atom chain is connected into outside the cellular layer structure of hexagonal ring, and the pz track perpendicular to layer plane of each carbon atom can be formed
Through polyatomic big pi bond of holostrome, thus there is excellent transfer performance.
Graphene is one of highest material of known strength, while also having good toughness, and can be bent, graphene
Carrier mobility at room temperature is about 15000cm2/(Vs), this numerical value has been more than 10 times of silicon materials, be at present
Twice or more for knowing the highest substance indium antimonide of carrier mobility.Carrier in graphene follows a kind of special quantum tunnel
Channel effect will not generate back scattering when encountering impurity.
Eyeshade of the present invention utilizes this principle, makes atom by itself vibrating storing energy, and works as externally-applied magnetic field for metal
In electronics ordered arrangement, and when them being prevented to move freely, the vibration of atom will be reinforced, and temperature increases therewith, vibrate meeting
Human body cell frequency is influenced, is made up to frequency, thus with specific wavelength maintenance human body cell.
THz wave technology:
THz wave or be THz ray, refer to frequency in the electromagnetic wave of 0.1THz to 10THz range, wavelength is probably 0.03
To 3mm range, THz science and technology is chosen as one of " changing ten big technologies of future world " by U.S. government, according to formula ε=h ν, too
The photon energy of Hertz wave only has the order of magnitude of milli electron-volt.Such as the photon energy that frequency is 1THz is 4.1meV, about
For hundred a ten thousandths of x-ray photon energy.The energy is far below the bond energy of various chemical bonds, will not be especially biological to object
Tissue causes harmful ionization reaction.
Terahertz can not the basic reason that uses of large area in this frequency range, it is neither entirely appropriate to be located with optical theory
Reason, also the theory of not exclusively suitable microwave is studied, Terahertz T & M instrument and equipment also because technical threshold is excessively high and
Development is caused to stagnate.
THz wave is easy to by hydrone or oxygen molecule isopolarity material absorbing, since different molecules has difference
Absorption spectrum line, therefore be difficult to be controlled.
Integration technology:
Three big technology depth integrations, by the exact controllability of pyromagnetic technology and high speed pay-out hot particle, graphene technology it is efficient
The strength resonance qualitly of conductibility and depth of penetration and THz wave sufficiently merges, it is ensured that technical advantage depth plays.
The technical means disclosed in the embodiments of the present invention is not limited to the technical means disclosed in the above technical means, and further includes
Technical solution consisting of any combination of the above technical features.
Taking the above-mentioned ideal embodiment according to the present invention as inspiration, through the above description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property range is not limited to the contents of the specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.
Claims (10)
1. graphene hot pressing cloth, it is characterised in that based on grapheme material, built-in carbon starches equal thermosphere, high magnetic flux material cloth
Material processing, when heating, will use endogenous hot for heating mode.
2. graphene hot pressing cloth according to claim 1, it is characterised in that including graphene, high magnetic flux material cloth,
Superconduction alkene alkene and hydrone separation layer, the superconduction alkene alkene are dispersed in high magnetic flux material cloth, and it is poly- to form molecule
Net is closed, the graphene is attached to a side surface of high magnetic flux material cloth, and the both side surface of the high magnetic flux material cloth is equal
It is covered with hydrone separation layer.
3. the manufacturing method of graphene hot pressing cloth, it is characterised in that including following operating procedure:
Step 1: choosing high magnetic flux rare earth material, fired repeatedly by high temperature；
Step 2: the high magnetic flux rare earth material fired by step 1 is ground to nano-scale powder；
Step 3: the powder that step 2 is obtained is distributed in solution, keeps its evenly dispersed；
Step 4: by solution high pressure painting made from step 3 to design on fabric surface；
Step 5: rolling step 4 gained cloth with hot-rolling high pressure, high magnetic flux rare earth material is cemented in cloth.
4. the manufacturing method of graphene hot pressing cloth according to claim 3, it is characterised in that the solution in the step 3
It is the flexible plastic solution of high temperature melt, powder is distributed to the method in flexible plastic solution are as follows: be inserted by the pipeline of inner wall smooth
Into flexible plastic solution, the other end of pipeline is funnel shaped, and high magnetic flux rare earth material powder is blown into from one end of funnel shaped
Pipeline extracts pipeline into flexible plastic solution, stirs flexible plastic solution, until high magnetic flux rare earth material powder is uniformly dispersed,
Flexible plastic solution maintains high temperature in whipping process.
5. the manufacturing method of graphene hot pressing cloth according to claim 3, it is characterised in that high magnetic flux in the step 1
The environment that rare earth material high temperature is fired is in inert gas environment, and temperature is 380 degrees Celsius to 420 degrees Celsius；
It is ground in the step 2 using diamond abrasive tool, ground powder is collected by gas floatation process, have one to grinding environment
Upward wind, controlled wind speed are only capable of having blowed floating the high magnetic flux rare earth material powder of nano-scale, are provided with inverted receipts above
Collect loudspeaker, into collect loudspeaker in high magnetic flux rare earth material powder be built in loudspeaker it is small-bore in magnet absorption.
6. the manufacturing method of graphene hot pressing cloth according to claim 3, it is characterised in that use height in the step 4
Pressure spray gun will be dispersed with the solution spraying of high magnetic flux rare earth material powder to design on fabric surface.
7. the manufacturing method of graphene hot pressing cloth according to claim 3, it is characterised in that in the step 5, hot-rolling
Surface temperature be not less than 200 degrees Celsius.
8. extremely relax thermal magnon eyeshade, it is characterised in that be equipped with the graphene hot pressing that any of the above-described method manufactures in the eyeshade
Cloth.
9. extremely relax thermal magnon eyeshade, it is characterised in that including cover, cover band and charging head, the cover band is fixed on cover two
End, the charging head are located at one end in cover, and described charging head one end is power supply inserted terminal, the other end and graphene thermal compress
Material connection, the charging head are connected with plug-in divider, and the divider makes the voltage for accessing charging head not higher than 8V.
10. the thermal magnon eyeshade according to claim 9 that extremely relaxes, it is characterised in that the charging head surrounding is enclosed with charging
Head isolation cloth, the two sides of charging head are symmetrically arranged with fixed-wing, and the fixed-wing is in flat pattern, the charge port of the charging head
It is exposed at outside the cover.
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| CN201811556082.2A CN109750491A (en) | 2018-12-19 | 2018-12-19 | Graphene hot pressing cloth and its manufacturing method and eyeshade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811556082.2A CN109750491A (en) | 2018-12-19 | 2018-12-19 | Graphene hot pressing cloth and its manufacturing method and eyeshade |
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| CN107324792A (en) * | 2017-05-23 | 2017-11-07 | 安徽省东方磁磁铁制造有限公司 | A kind of high magnetic flux soft magnetic ferrite composite |
| CN207693768U (en) * | 2017-04-01 | 2018-08-07 | 湖南橘色科技有限责任公司 | eyeshade |
| CN208030324U (en) * | 2018-01-11 | 2018-11-02 | 安徽宇航派蒙防辐射科技股份有限公司 | A kind of knee-pad with radioresistance and heating warm-keeping |
-
2018
- 2018-12-19 CN CN201811556082.2A patent/CN109750491A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2680712Y (en) * | 2004-01-12 | 2005-02-23 | 张广林 | Rare earth far infrared magnetotherapy thermal insulating health care cloth |
| CN101896014A (en) * | 2009-05-21 | 2010-11-24 | 周长忠 | Far-infrared negative-ion electric heating cloth and production equipment thereof |
| CN206138269U (en) * | 2016-05-24 | 2017-05-03 | 南充明锐视力有限公司 | Transparent electric heat membrane eye -shade of graphite alkene |
| CN207693768U (en) * | 2017-04-01 | 2018-08-07 | 湖南橘色科技有限责任公司 | eyeshade |
| CN107324792A (en) * | 2017-05-23 | 2017-11-07 | 安徽省东方磁磁铁制造有限公司 | A kind of high magnetic flux soft magnetic ferrite composite |
| CN208030324U (en) * | 2018-01-11 | 2018-11-02 | 安徽宇航派蒙防辐射科技股份有限公司 | A kind of knee-pad with radioresistance and heating warm-keeping |
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