CN102928429B - Device for observing weathering of glass and test method for observing weathering of glass by using device - Google Patents
Device for observing weathering of glass and test method for observing weathering of glass by using device Download PDFInfo
- Publication number
- CN102928429B CN102928429B CN201210442198.XA CN201210442198A CN102928429B CN 102928429 B CN102928429 B CN 102928429B CN 201210442198 A CN201210442198 A CN 201210442198A CN 102928429 B CN102928429 B CN 102928429B
- Authority
- CN
- China
- Prior art keywords
- glass
- rectangular frame
- weathering
- lamp house
- glass specimen
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Testing Resistance To Weather, Investigating Materials By Mechanical Methods (AREA)
Abstract
The invention discloses a device for observing weathering of glass and a test method for observing weathering of the glass by using the device. The observing device comprises a light control box and a glass sample table and is characterized in that the observing device is provided with a light box bracket which is supported between the light control box and the table surface of the glass sample table, the table surface of the glass sample table is a rectangular frame, a plurality of support tubes which are parallel to two long side frames are arranged between the two long side frames of the rectangular frame, and a plurality of universal wheels are installed on the upper surfaces of the support tubes; and the bottom surface of the rectangular frame is fixedly connected with a black light absorbing plate. The test method for observing weathering of the glass by using the device includes steps of firstly placing the device in a dark room; turning on a switch of the light control box and placing a glass sample to be tested on the rectangular frame; regulating height and angles of the light box bracket to enable the glass sample to be placed in a visual light range; manually and slightly pushing the glass sample to translate the glass sample with rolling of the universal wheels; and observing whether the glass sample is weathered. The device is simple in structure, direct and accurate in observation, applicable to observation of large-size glass samples and beneficial to popularization and implementation.
Description
Technical field
The present invention relates to a kind of weathering of glass observation device and utilize this device to observe the test method of weathering of glass.
Background technology
In recent years, along with constantly bringing forth new ideas and progress of science and technology, glass post-processing technology obtains development, and new product and the deep process technology achievement of types of functionality type glass constantly occur, as tempered glass and double glazing etc.These glass products with difference in functionality characteristic have been widely used in the various different position of buildings, and consumption is also increasing.But due to the reason of the aspects such as the material of glass own and environment for use, especially as the sheet glass of former of deep processing, in the process of accumulating and use, there will be mouldy phenomenon, i.e. glass surface generation chemical change, there is the spot of white or rainbow shape, time serious, cause bonding die.These mouldy glass cannot use, and also cannot carry out deep processing, can only throw away as waste product, and this will cause the huge waste of social resources, and the production cost that simultaneously result in original sheet glass rises.Once after mouldy glass enters multiple links such as accumulating, market and deep processing, cause serious negative effect can to the reputation of glass production enterprise, deep processing enterprise normally cannot be produced, make huge economic loss to consumer simultaneously; Hinder the sound development of glass industry.
The observation procedure of existing weathering of glass phenomenon is the regulation according to " the anti-mouldy material of glass " JC/T1008-2006 industry standard, namely under natural light condition, with the naked eye observes the situation of weathering of glass.During practical operation, observation personnel need the available light condition according to scene, continuous rotation glass specimen, observation personnel could obtain desirable viewing ray and angle, only find desirable viewing ray and angle could observe whether glass exists Signs of Mould exactly; And the glass comparatively light for mouldy degree, specification is larger, use the method to be difficult to observe that whether surveyed glass is in a mouldy condition accurately; Reason is: one is that the method adopting this standard to specify observes glass to be measured, and by the restriction of on-the-spot available light quality, when on-the-spot available light is good, the method relatively easily operates observation; When on-the-spot available light is bad, the method is difficult to carry out operation observation, especially when weathering of glass degree is lighter, cannot accurately observe at all.Two is that the method adopting this standard to specify observes glass to be measured when the size of glass specimen to be measured is larger, lacks special test unit supplementary observation, causes observation personnel to be difficult to obtain desirable viewing ray and angle.Three is that the method adopting this standard to specify observes glass to be measured, and whether without the background of color sharp contrast, when weathering of glass degree is lighter, being difficult to this glass of observation has Signs of Mould; These directly have influence on the accuracy judged glass quality.
Summary of the invention
In order to solve the defect existed in above-mentioned prior art, the object of this invention is to provide a kind of structure simple, being easy to the observation device operating, be suitable for observing large-size glass sample and slight mouldy glass specimen; Additionally provide a kind of test method utilizing this device to observe weathering of glass simultaneously.
To achieve these goals, the present invention adopts following technical scheme: a kind of weathering of glass observation device, comprises signal light control case and glass specimen platform, and this signal light control case is positioned on glass specimen platform; Its feature is, it is also provided with:
One lamp house supporting rack, is supported between described signal light control case bottom surface and the table top of glass specimen platform;
Wherein, the table top that glass specimen platform is loaded on this cantilever tip by with the affixed support in ground, level is formed; Table top used is a rectangular frame, and its thickness is 70-100mm; The long frame of rectangular frame is identical with the width of short frame, is 70-100mm; Parallel with this long frame and some stay pipes are housed at equal intervals between the long frame on this rectangular frame 2 limit, 2 ends of stay pipe are fixed on the 2 short frames in limit of described rectangular frame respectively; The upper surface equi-spaced apart of every root stay pipe is fixed with the universal wheel that several can make glass movement to be measured;
One black light-absorbing plate, to be positioned at immediately below above-mentioned rectangular frame and to be fixedly connected with its bottom surface.
The entirety of above-mentioned rectangular frame is long is 1100-1300mm, and wide is 1000-1200mm; The interior length of rectangular frame is 1000-1200mm, and inner width is 900-1100mm; Described stay pipe is 3-5 root, is spaced apart 120-150mm between adjacent 2 stay pipes; Universal wheel installation number on every root stay pipe is equal, is 5-7; Spacing between adjacent 2 universal wheels is identical, is 120-150mm; The length of described black light-absorbing plate is 1000-1200mm, and width is 1000-1200mm; The wide of this black light-absorbing plate is fixedly connected with to limit with the short frame underrun screw of described rectangular frame, and the length of black light-absorbing plate is fixedly connected with to limit with the long frame underrun screw of described rectangular frame.
Above-mentioned stay pipe is metal tube, and the xsect of this metal tube is square; The upper surface of every root square metal tube is equipped with 6 universal wheels along its length to equi-spaced apart, and the diameter of each universal wheel is 40-60mm.
Above-mentioned black light-absorbing plate is formed by tackifier is bonding with plank by one deck black light-absorbing cloth, and its thickness is 10-15mm; Above-mentioned universal wheel can select silica gel universal wheel, also can select rubber universal wheel.
Above-mentioned signal light control case comprises the lamp house casing of bottom surface opening, focused lamp cover, halogen lamp tube and the radiator fan be fixed in this lamp house casing; Wherein, focused lamp cover is laterally loaded on the bottom of this lamp house casing inner chamber, the two ends of this focused lamp cover respectively with lamp house casing length to both sides inwall be fixedly connected with; Two ends in focused lamp cover are fixed with the lamp socket installing halogen lamp tube; The opening of light housing bottom surface is a rectangle light hole; The length of this rectangle light hole is longer than the length of halogen lamp tube, and its width is identical with the width of lamp house casing base plate, is 150-200mm; Radiator fan is at least equipped with one, and it is fixed on the lamp house casing inwall of described halogen lamp tube side.
Offer groove in the left and right sides of above-mentioned rectangle light hole and the periphery level of rear side, the groove width of groove is 4mm, and groove depth is 150-200mm; In groove, level is inserted with a transparency coordinated with this rectangle light hole size.
Transparency used is the glass sheet of the wide striped of colourless ultrawhite band black and white, and the thickness of this glass sheet is 2mm.
Above-mentioned lamp house supporting rack is the syndeton of adjustable-height and angle; The first half of this syndeton is the corrosion resistant plate that 2 pieces of centres have rectangular through holes, and the latter half is the stainless steel column of 1 both sides band groove; 2 pieces of corrosion resistant plates lay respectively at the both sides above stainless steel column, and 2 pieces of corrosion resistant plates are slidably connected respectively by the groove of the bolt respectively carried and stainless steel column both sides.
The upper end of 2 pieces of corrosion resistant plates is affixed with lamp house casing one side respectively; The bottom of stainless steel column and above-mentioned rectangular frame length to the middle part of upper surface one side frame affixed.
Another object of the present invention is to provide a kind of test method utilizing above-mentioned weathering of glass observation device to observe weathering of glass; It is as follows that it comprises step:
1) described weathering of glass observation device is arranged in the darkroom of a dull thread irradiation;
2) switch on power, open the switch of described signal light control case, glass specimen to be measured is lain in a horizontal plane on the rectangular frame of glass specimen platform table top in weathering of glass observation device described in step 1);
3) regulate height and the angle of described lamp house supporting rack, make the visible ray launched in this signal light control case be radiated on described glass specimen completely;
4) manually touch described glass specimen, make it along with step 2) rolling of universal wheel described in rectangular frame and moving horizontally;
5) when the described glass specimen of step 4) passes through between the setting off by contrast of the radiation of visible light that step 3) is launched and described black light-absorbing plate, utilize described visible ray whether to have Signs of Mould to observe to this glass specimen, and will mouldy glass specimen be had to choose as unacceptable product process.
In above-mentioned steps 5) in the below of visible ray level can plug the step being made transparency by the glass sheet of the wide striped of described colourless ultrawhite band black and white, to strengthen the observation whether described glass specimen being had to Signs of Mould in addition.
When glass specimen passes through immediately below signal light control case, can finely tune the height of lamp house supporting rack and angle, make the overall position of glass specimen be in the optimum position obtaining radiation of visible light, strengthen the observation whether described glass specimen being had to Signs of Mould.
Owing to have employed technique scheme, beneficial effect of the present invention is as follows: 1) structure of this observation device simple, be easy to operation; Wherein, halogen lamp tube selected by the fluorescent tube in signal light control case, coordinates height and the angle of adjustment, can send intensity and be suitable for the visible ray with good stability, be convenient to the mouldy situation observing glass specimen surface to sample bench surface.Avoid available light instability in act.std and cause the inaccurate drawback of observed result; 2) lamp house supporting rack is arranged to the structure that can regulate arbitrarily height and angle, by adjusting height and the angle of this lamp house supporting rack, under glass specimen surface can be made to be in the range of exposures of this visible ray completely; When needing, this lamp house supporting rack also can be finely tuned, and can ensure that the Signs of Mould that the diverse location of glass specimen occurs all can capture.When avoiding the observation of use act.std, the angle being irradiated to glass specimen surface light is difficult to regulate, and is difficult to the drawback finding applicable viewing ray; 3) glass specimen platform of the present invention surface is without roller, but with multiple regularly arranged silica gel universal wheel or rubber universal wheel, glass specimen can freely move horizontally above, can not scratch; The glass plate that particularly specification is large, observer only need can make the arbitrarily movement in the above of this glass specimen with manually touching, and easily and easily can observe the situation at each position of glass specimen.Namely alleviate the labour intensity of operator, also overcome in act.std the drawback that large gauge glass cannot be observed; 4) background that the black light-absorbing plate that this observation device adopts black light-absorbing cloth to process is observed as weathering of glass, not only can absorb the light through glass specimen to be measured, avoid light secondary reflection to the adverse effect of observed result, strong background color can also be provided to carry out contrast reference for glass specimen to be measured, mouldy situation that can be small in Timeliness coverage glass to be measured, reduces the situation that mouldy glass specimen is mixed into certified products and occurs; 5) adopt the glass sheet of the wide striped of colourless ultrawhite band black and white as transparency, effectively strengthen the contrast of light; When this glass specimen passes through below signal light control case, visible ray is irradiated to glass specimen by transparency can form color contrast forceful rays on the surface, is conducive to the light and heavy degree that observer accurately judges glass specimen surface from mildewing degree.When avoiding use act.std observation glass specimen, the single drawback accurately cannot observing mouldy situation on glass specimen caused of light; 6) test method utilizing observation device of the present invention to observe glass specimen whether mouldy, defines the environment of test and the step of observation, makes the mouldy test method standardization of glass specimen; Meanwhile, glass specimen to be measured all can not be observed by identical standard by the glass specimen of the restriction, particularly large gauge of specification size; Effectively can reduce the loss of mouldy glass, product quality be obtained and ensures; Be of value to promotion and implementation.
Accompanying drawing explanation
Fig. 1 is one-piece construction schematic diagram of the present invention.
Fig. 2 is the planar structure schematic diagram of glass specimen platform table top in Fig. 1.
Fig. 3 is the inner structure schematic diagram of signal light control case.
Fig. 4 is the structural representation of transparency.
Fig. 5 is the structural representation of lamp house supporting rack.
Embodiment
As shown in Figure 1 and Figure 2, weathering of glass observation device of the present invention is assembled by signal light control case 1, lamp house supporting rack 2, glass specimen platform 3.
The table top 31 that glass specimen platform 3 is installed in this cantilever tip by the support 32 of a setting perpendicular to the ground, level is formed; Support 32 and table top 31 adopt irony square tubes soldering to form; Wherein, table top 31 is a rectangular frame, and its thickness is 70-100mm; The long frame of rectangular frame is identical with the width of wide frame, is 70-100mm;
The entirety of this rectangular frame is long is 1100-1300mm, and wide is 1000-1200mm; The interior length of rectangular frame is 1000-1200mm, and inner width is 900-1100mm; Parallel with this long frame and some stay pipes 33 are housed at equal intervals between the long frame on these rectangular frame both sides, the best is equipped with 3-5 root; Stay pipe 33 is metal tube, and the xsect of this metal tube is square, and its two ends are welded on the short frame on rectangular frame both sides respectively; 120-150mm is spaced apart between adjacent 2 stay pipes 33; The upper surface interval of every root quadrate support pipe is fixed with several universal wheels that the sheet glass passed through can be made to move freely, and the universal wheel number that every root quadrate support pipe is installed is equal, and be 5-7, the best is equipped with 6; Spacing between adjacent 2 universal wheels is identical, is 120-150mm; Universal wheel is installed in the upper surface of quadrate support pipe by the mode that is screwed.
The diameter range of universal wheel 35 can be determined according to glass specimen size to be observed, generally selects between 40-60mm; If glass specimen area to be measured is large, get large diameter universal wheel; Otherwise get the universal wheel of minor diameter.
The lamp house supporting rack 2 of one adjustable-height and angle is upwards vertically housed to the middle part of a side in rectangular frame length;
The signal light control case 1 that one can provide high brightness, stable visible ray is housed at the top of lamp house supporting rack 2; Signal light control case 1 is under the height of lamp house supporting rack 2 and the adjustment of angle, and the incident angle and the position that make to be irradiated to glass specimen glazed thread to be measured reach best observer state.
In order to avoid light secondary reflection is to the adverse effect of observed result, immediately below rectangular frame, be installed with a black light-absorbing plate 34 with its bottom surface, black light-absorbing plate 34 to be adopted by one deck black light-absorbing cloth and plank that conventional method is bonding to be formed by tackifier.The thickness of black light-absorbing plate 34 is 10-15mm, and black light-absorbing cloth used can use any one commercially available black cloth cover; Tackifier is the commercially available adhesive products arbitrarily with adhesion properties, adopts the good 899 type multi-purpose adhesives of taxi driver brothers in present embodiment.
The length of black light-absorbing plate 34 is 1000-1200mm, and width is 1000-1200mm; The wide screw that uses to limit of black light-absorbing plate 34 is fixedly connected with the short frame bottom surface of rectangular frame, and the length of black light-absorbing plate 34 uses screw to be fixedly connected with the long frame bottom surface of described rectangular frame to limit.
Universal wheel 35 can select silica gel universal wheel or rubber universal wheel; Select the model of being produced by Jiangsu Shen Pai universal wheel company limited to be the silica gel universal wheel of 20A11-1031 in present embodiment, the lower end of silica gel universal wheel makes the upper surface being screwed in stay pipe 33.In actual production, also can substitute silica gel universal wheel with rubber universal wheel as required and use.
Glass specimen moves horizontally on silica gel universal wheel or rubber universal wheel, can not cause the injuries such as scuffing to glass specimen surface.
As shown in Figure 3, Figure 4, signal light control case 1 is assembled by lamp box switch 11, lamp house casing 12, transparency 13, halogen lamp tube 14, focused lamp cover 15, fan 16; Lamp box switch 11 is power switches of whole lamp light control system, is loaded on a sidewall of lamp house casing 12;
The length of lamp house casing 12 base plate is 350-400mm, and the best is 370mm; Width is 150-200mm, and the best is 170mm;
The length of focused lamp cover 15 is 300-350mm; Width is 100-150mm; Its two ends use screw to be horizontally fixed on the sidewall of lamp house casing 12 inner chamber bottom, and halogen lamp tube 14 is contained on the socket at two ends in focused lamp cover 15; The base plate of lamp house casing 12 has a rectangle light hole, and the length of rectangle light hole is longer than the length of halogen lamp tube 14, and width is identical with the width of lamp house casing base plate.
Offer groove in the left and right sides at this rectangle light hole place and the periphery level of rear side, the groove width of its groove is 4mm, and groove depth is 150-200mm.Transparency 13 is positioned at the below of halogen lamp tube 14 and the groove on three insertion rectangle light hole three limits, limits, and covered by the base plate of whole lamp house casing 12, the light transmission transparency 13 of halogen lamp tube 14 is irradiated on the glass plate of glass specimen platform 3.
Transparency 13 selects thickness to be the glass sheet of 2mm, the wide striped of colourless ultrawhite band black and white, and this glass sheet is the common glass sheet utilizing Conventional processing methods to process.
In order to lower the temperature to the halogen lamp tube 14 being in high temperature under duty, perforate on the sidewall of the lamp house casing 12 of focused lamp cover 15 side, is fixed with at least 1 fan; The chassis of this fan is fixed on the outside of lamp house casing 12 sidewall
;the flabellum of fan becomes a plane with the inwall of this lamp house casing.
In this example, the model of fan used is XHA15050B22H on the sidewall of the lamp house casing 12 of focused lamp cover 15 side side by side and interval is provided with 2 fans 16; Its effect is lowered the temperature to the halogen lamp tube 14 being in the condition of high temperature.
Halogen lamp tube 14 selects power to be the fluorescent tube of 1500W, is fixed on by this fluorescent tube in focused lamp cover 15, can sends intensity and be suitable for the visible ray with good stability.
As shown in Fig. 2, Fig. 5, be equipped with one vertically upward for supporting, connecting, regulate the lamp house supporting rack 2 of incident angle and the position being irradiated to glass specimen glazed thread in the length of rectangular frame to the centre position of a side frame;
Lamp house supporting rack 2 is the syndetons between signal light control case 1 and glass specimen platform 3, the height of lamp light adjustable control box and angle; Be made up of 3 parts, wherein, the first half of lamp house supporting rack 2 is 2 length with corrosion resistant plate 21,2 corrosion resistant plates 21 of rectangle perforate is 150mm, and width is 50mm; The aperture of rectangle perforate in it is long is 110mm, and wide is 10mm; Centre is the bolt 22 of 1 band handle and nut, and bolt specification is 10mm; The latter half is the stainless steel columns 23 of 1 both sides with rectangle perforate, and the length of this stainless steel column 23 is 150mm, and wide is 50mm; In rectangle perforate in it, path length is 110mm, and wide is 10mm; In use, after bolt 22 can being unscrewed, by regulating the angle between corrosion resistant plate 21 and stainless steel column 23, realizing regulating lamp box angle, namely reaching the effect regulating arbitrarily and be irradiated to the light angle of glass specimen; By regulating the height of upper-lower position between corrosion resistant plate 21 and stainless steel column 23, realize regulating lamp box altitude effect.
Upper end and the lamp house casing 12 of corrosion resistant plate 21 are fixed with the side of fan, and frame is middle fixing laterally for the length of the lower end of stainless steel column 23 and the table top 31 of glass specimen platform 3, provides for observing the illumination of glass specimen the height and angle that are more suitable for.
The present invention's second scheme is the test method utilizing above-mentioned weathering of glass observation device to observe weathering of glass, and its step is as follows:
1) described weathering of glass observation device is arranged in the darkroom of a dull thread irradiation;
2) switch on power, open the switch of above-mentioned signal light control case, glass specimen to be measured is lain in a horizontal plane on the rectangular frame of glass specimen platform table top in step 1) weathering of glass observation device;
3) regulate height and the angle of lamp house supporting rack, make the visible ray launched in this signal light control case be radiated on this glass specimen completely;
4) manually touch above-mentioned glass specimen, make it along with step 2) in rectangular frame some universal wheels rolling and move horizontally;
5) when the glass specimen in step 4) passes through under the setting off by contrast of the radiation of visible light that step 3) is launched and black light-absorbing plate affixed bottom signal light control case, utilize this visible ray to observe glass specimen whether have Signs of Mould, and discard there being mouldy glass specimen to choose as unacceptable product.
Also have in the below of above-mentioned visible ray one to plug and make transparency by the glass sheet of the wide striped of colourless ultrawhite band black and white, strengthen the observation whether above-mentioned glass specimen being had to Signs of Mould.
When glass specimen passes through immediately below signal light control case, can finely tune the height of the lamp house supporting rack in step 3) and angle, make each position of glass specimen all can obtain the irradiation of best light, strengthen the observation whether this glass specimen being had to Signs of Mould.
Wherein, strengthen mainly having referred to that there is slight Signs of Mould on glass specimen surface, the supplementary means adopted when being not easy to judge to the observation of glass specimen; This supplementary means utilizes to plug above-mentioned transparency in the periphery level of rectangle light hole, the visible ray launched in signal light control case is made to be irradiated on this glass specimen by the wide striped of the black and white of this transparency, form color contrast forceful rays, trickle Signs of Mould all can display in high light; Good observation effect can be obtained.
Principle of work of the present invention is as follows:
Glass observation device is put into the darkroom that a dull thread irradiates, open the switch 11 of signal light control case 1, switch on power and make the halogen lamp tube 14 of 1500W send high brightness, stable visible ray; The visible ray brightness that halogen lamp tube 14 sends by focused lamp cover 15 is converged; 2 fans 16 rotate simultaneously, lower the temperature in time to the halogen lamp tube 14 being in the condition of high temperature, to improve the serviceable life of signal light control case entirety.
Glass specimen to be measured is lain in a horizontal plane on the table top 31 of glass specimen platform 3, operating personnel touch dynamic glass specimen with have gentle hands, it is made to move horizontally along with the rolling of table top 31 upper surface silica gel universal wheel, and arrive the opposite side of table top 31 through the below of signal light control case 1 from the either side of table top 31, make the irradiation of whole plate face by light of glass specimen.
In the below of glass specimen through signal light control case 1, by regulating height and the angle of lamp house supporting rack 2, make the visible ray launched in signal light control case 1, all the time be irradiated on glass specimen by the rectangle light hole below it, and make glass specimen surface obtain best light, whether convenient have mouldy situation to observe exactly to glass specimen surface.
Light is irradiated on glass specimen by transparency 13, forms light color striking contrast effect, the situation of glass specimen surface from mildewing more easily, is more clearly observed on its surface.During the rectangular frame 31 of glass specimen on glass specimen platform table top, the black light-absorbing plate 34 installed below table top 31, also for whether observation glass specimen has the observation of Signs of Mould to provide the observation background of black, the effect of black light-absorbing plate 34 not only Absorbable rod through the light of glass specimen, avoid light secondary reflection to the adverse effect of observed result, also for the mouldy situation of observation glass specimen provides strong color contrast background, improve the accuracy of observation.
Claims (6)
1. a weathering of glass observation device, comprises signal light control case and glass specimen platform, and this signal light control case is positioned on glass specimen platform; It is characterized in that, it is also provided with:
One lamp house supporting rack, is supported between described signal light control case bottom surface and the table top of glass specimen platform;
The table top that described glass specimen platform is installed in this cantilever tip by the support of a setting perpendicular to the ground, level is formed; Wherein, table top is a rectangular frame, and its thickness is 70-100mm; The long frame of rectangular frame is identical with the width of short frame, is 70-100mm; Parallel with its long frame and some stay pipes are housed at equal intervals between the long frame on this rectangular frame 2 limit, 2 ends of stay pipe are fixed on the 2 short frames in limit of described rectangular frame respectively; The upper surface equi-spaced apart of every root stay pipe is fixed with the universal wheel that several can make glass translation to be measured;
One black light-absorbing plate, to be positioned at immediately below described rectangular frame and to be fixedly connected with its bottom surface;
Described signal light control case comprises the lamp house casing of bottom surface opening, focused lamp cover, halogen lamp tube and the radiator fan be fixed in this lamp house casing; Wherein, focused lamp cover is laterally loaded on the bottom of this lamp house casing inner chamber, the two ends of this focused lamp cover respectively with lamp house casing length to both sides inwall be fixedly connected with; Two ends in focused lamp cover are fixed with the lamp socket installing halogen lamp tube; The opening of light housing bottom surface is a rectangle light hole; The length of this rectangle light hole is longer than the length of described halogen lamp tube, and its width is identical with the width of lamp house casing base plate, is 150-200mm; Described radiator fan is at least equipped with one, and it is fixed on the lamp house casing inwall of described halogen lamp tube side;
Offer groove in the left and right sides of described lamp house casing bottom surface opening part and the periphery level of rear side, the groove width of groove is 4mm, and groove depth is 150-200mm; In described groove, level is inserted with a transparency identical with described lamp house casing bottom surface openings of sizes; Described transparency is the glass sheet of the wide striped of colourless ultrawhite band black and white, and the thickness of this glass sheet is 2mm.
2. weathering of glass observation device as claimed in claim 1, is characterized in that: the entirety of described rectangular frame is long is 1100-1300mm, and wide is 1000-1200mm; The interior length of this rectangular frame is 1000-1200mm, and inner width is 900-1100mm; Described stay pipe is 3-5 root, is spaced apart 120-150mm between adjacent 2 stay pipes; Universal wheel installation number on every root stay pipe is equal, is 5-7; Spacing between adjacent 2 universal wheels is identical, is 120-150mm.
3. weathering of glass observation device as claimed in claim 2, is characterized in that: together, width is identical with the overall width of described framework for the length of described black light-absorbing plate and the interior appearance of described rectangular frame; The wide of this black light-absorbing plate is fixedly connected with to limit with the short frame underrun screw of described rectangular frame, and the length of black light-absorbing plate is fixedly connected with to limit with the long frame underrun screw of described rectangular frame.
4. weathering of glass observation device as claimed in claim 3, it is characterized in that: described stay pipe is metal tube, the xsect of this metal tube is square; Every root square metal tube upper surface is equipped with 6 universal wheels along its length to equi-spaced apart, and the diameter of each universal wheel is 40-60mm; Described black light-absorbing plate is formed by tackifier is bonding with plank by one deck black light-absorbing cloth, and its thickness is 10-15mm; Described universal wheel is silica gel universal wheel or rubber universal wheel.
5. the weathering of glass observation device as described in any one of claim 1-4, is characterized in that: described lamp house supporting rack is the syndeton of adjustable-height and angle; The first half of this syndeton is the corrosion resistant plate that 2 pieces of centres have rectangular through holes, and the latter half is the stainless steel column of 1 both sides band groove; 2 pieces of corrosion resistant plates lay respectively at the both sides above stainless steel column, and 2 pieces of corrosion resistant plates are slidably connected respectively by the groove of the bolt respectively carried and described stainless steel column both sides; The upper end of 2 pieces of described corrosion resistant plates is affixed with described lamp house casing one side respectively; Bottom and the described rectangular frame length of described stainless steel column are affixed to the middle part of upper surface side frame.
6., by a test method for weathering of glass observation device observation weathering of glass described in claim 5, comprise step as follows:
1) described weathering of glass observation device is arranged in the darkroom of a dull thread irradiation;
2) switch on power, open the switch of described signal light control case, glass specimen to be measured is lain in a horizontal plane in step 1) in described weathering of glass observation device glass specimen platform table top rectangular frame on;
3) regulate height and the angle of described lamp house supporting rack, make the visible ray launched in this signal light control case be radiated on described glass specimen completely;
4) manually touch described glass specimen, make it along with step 2) rolling of universal wheel described in rectangular frame and moving horizontally;
5) step 4) described glass specimen in step 3) when passing through between the setting off by contrast of the radiation of visible light launched and described black light-absorbing plate, utilize described visible ray whether to have Signs of Mould to observe to this glass specimen, and will mouldy glass specimen be had to choose as unacceptable product process;
Wherein, step 5) below of described visible ray also has level to plug the step being made transparency by the glass sheet of the wide striped of described colourless ultrawhite band black and white, strengthens the observation whether described glass specimen being had to Signs of Mould.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210442198.XA CN102928429B (en) | 2012-11-08 | 2012-11-08 | Device for observing weathering of glass and test method for observing weathering of glass by using device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210442198.XA CN102928429B (en) | 2012-11-08 | 2012-11-08 | Device for observing weathering of glass and test method for observing weathering of glass by using device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102928429A CN102928429A (en) | 2013-02-13 |
| CN102928429B true CN102928429B (en) | 2015-04-22 |
Family
ID=47643280
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210442198.XA Active CN102928429B (en) | 2012-11-08 | 2012-11-08 | Device for observing weathering of glass and test method for observing weathering of glass by using device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102928429B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107576670B (en) * | 2017-09-29 | 2020-05-12 | 中航三鑫太阳能光电玻璃有限公司 | Observation device for microbubbles on glass |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61223605A (en) * | 1985-03-29 | 1986-10-04 | Fuji Photo Film Co Ltd | Method for inspecting surface shape |
| US4653912A (en) * | 1984-09-19 | 1987-03-31 | Saint-Gobain Vitrage | Inspection booth for substrates coated with a thin film |
| CN2887285Y (en) * | 2006-03-03 | 2007-04-11 | 岳闽燕 | Multifunctional folding type medical bracket |
| CN101027547A (en) * | 2004-09-27 | 2007-08-29 | 奥林巴斯株式会社 | Substrate holder for substrate inspecting apparatus, and substrate inspecting apparatus |
| CN201021039Y (en) * | 2007-04-05 | 2008-02-13 | 汪祺翔 | Multi-functional magnetic pen rack |
| CN202869996U (en) * | 2012-11-08 | 2013-04-10 | 中国建材检验认证集团秦皇岛有限公司 | Glass weathering observing device |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10111450B4 (en) * | 2001-03-09 | 2005-02-10 | Schott Ag | Method and apparatus for evaluating streaks |
| CN1995986A (en) * | 2006-01-05 | 2007-07-11 | 元中光学仪器国际贸易（上海）有限公司 | Detection system for large-sized panel display device |
| CN202281750U (en) * | 2011-11-01 | 2012-06-20 | 江苏强盛石化机械有限公司 | Detection device |
-
2012
- 2012-11-08 CN CN201210442198.XA patent/CN102928429B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4653912A (en) * | 1984-09-19 | 1987-03-31 | Saint-Gobain Vitrage | Inspection booth for substrates coated with a thin film |
| JPS61223605A (en) * | 1985-03-29 | 1986-10-04 | Fuji Photo Film Co Ltd | Method for inspecting surface shape |
| CN101027547A (en) * | 2004-09-27 | 2007-08-29 | 奥林巴斯株式会社 | Substrate holder for substrate inspecting apparatus, and substrate inspecting apparatus |
| CN2887285Y (en) * | 2006-03-03 | 2007-04-11 | 岳闽燕 | Multifunctional folding type medical bracket |
| CN201021039Y (en) * | 2007-04-05 | 2008-02-13 | 汪祺翔 | Multi-functional magnetic pen rack |
| CN202869996U (en) * | 2012-11-08 | 2013-04-10 | 中国建材检验认证集团秦皇岛有限公司 | Glass weathering observing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102928429A (en) | 2013-02-13 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203025117U (en) | Armored glass inspection tool | |
| CN203117141U (en) | Sample rack for cone calorimeter | |
| CN102928429B (en) | Device for observing weathering of glass and test method for observing weathering of glass by using device | |
| CN205484081U (en) | Gear visual inspection device for industrial robot | |
| CN202869996U (en) | Glass weathering observing device | |
| CN205786056U (en) | A kind of test material preparation device measuring asphalt surface free energy | |
| CN205426806U (en) | Optical element surface quality detection device and testing platform thereof | |
| CN104796087B (en) | Photovoltaic cell concentration test device | |
| CN205426762U (en) | Glass piece stress spot inspection lamp house | |
| CN201828510U (en) | Detector for detecting base paper fiber structures | |
| CN208537879U (en) | Corner coaxial light source | |
| CN202662655U (en) | Lifting inspection bench for photovoltaic components | |
| CN210862432U (en) | Automobile oil pipe testing fixture with high detection efficiency | |
| CN206803930U (en) | A kind of device of radiographic measurement structure | |
| CN202533375U (en) | Inspection device for lower surface of steel plate | |
| CN206430702U (en) | The optical measurement device in gap | |
| CN207571053U (en) | A kind of plastic pipe surface defect detection apparatus | |
| CN106932400A (en) | A kind of AFA3G grid spacers outward appearance automatic detection device | |
| CN214472659U (en) | Precise high-temperature test box structure | |
| CN105243952B (en) | The automatic experimental facilities of coating application | |
| CN216051411U (en) | Glass detection table | |
| CN209593375U (en) | A kind of device of testing solar battery I-V curve | |
| CN220650445U (en) | Large-piece frosted glass inspection observation table | |
| CN217786331U (en) | Multi-functional epoxy membrane plastics finished product weight detection device | |
| CN202916208U (en) | Component appearance inspection worktable |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |