CN202494421U

CN202494421U - Device for measuring waveform of glass

Info

Publication number: CN202494421U
Application number: CN201220067025XU
Authority: CN
Inventors: 董清世; 吴培亮
Original assignee: Xinyi Energy Saving Glass (wuhu) Co Ltd
Current assignee: Xinyi Energy Saving Glass (wuhu) Co Ltd
Priority date: 2012-02-28
Filing date: 2012-02-28
Publication date: 2012-10-17
Anticipated expiration: 2022-02-28

Abstract

The utility model relates to a device for measuring a waveform of glass. The device comprises a support having rollers and a dial gauge arranged on the support; the dial gauge is provided with a dial plate and a probe which are connected to each other; the probe extends from a bottom surface of the support to contact a glass surface in order to measure the waveform of the glass. In the device, the support is provided with the rollers, such that the device can roll or slide on the to-be-measured glass surface; the probe of the dial gauge arranged on the support smoothly moves along the contour of the glass surface for continuously measuring or monitoring the waveform of the glass surface as well as displaying and recording waveform data through the dial plate. The device is advantaged in compact structure, low cost, convenient operation, fast measuring speed, high efficiency and capability of being widely used in monitoring or measuring the waveform of the glass in glass manufacture.

Description

The glass waveform meter

Technical field

The utility model relates to the measuring equipment in the glass processing, is specifically related to a kind of glass waveform meter.

Background technology

Glass is widely used in building, automobile and other industries and the daily life as a kind of light transmissive material.Along with social development; People are increasingly high to building the requirement of outer curtain wall aesthetic, and the factor that influences the building curtain wall aesthetic has aspects such as outer curtain wall material enough becomes, color, pattern, as the tempered glass of the most important components of outer curtain wall; Its flatness is the more key factor that influences the building curtain wall aesthetic; When the tempering flatness was relatively poor, the building glass curtain wall will produce serious optical skew, badly damaged aesthetic.

Clearly stipulate for the 5.4th among national standard " safety glass second portion tempered glass for building " the GB 15763.2-2005: " flexibility of plane tempered glass should be no more than 0.3% when arc, should be no more than 0.2% during waveform." the 6.4th clear and definite flexibility measuring method is following in the standard: " at room temperature place sample more than the 4H; Vertically stand up sample during measurement; And 2 cushion blocks on 1/4 place's pad below it grows limit ... Carry out partial waveform when measuring, with a ruler or metal wire along the parallel glass edge 25mm direction measure measurement length 300mm; Record the height of trough or crest with clearance gauge, and represent the flexibility of waveform divided by the percent behind the 300mm.”

As tempered glass manufacturing enterprise; Be to produce the excellent product of waveform degree, except that coming the control waveform through technology controlling and process, the control measurement of waveform also is a kind of important control device; By under the present state calibration method efficiency of measurement, when being unfavorable for producing in enormous quantities to the real-time control of waveform.

The utility model content

In view of this, low, the easy and simple to handle glass efficiently of a kind of cost waveform meter is provided.

The utility model is to realize like this; A kind of glass waveform meter; Comprise the support that has roller and be installed on the clock gauge on the support; Said clock gauge has dial plate and the probe that is connected, and said probe stretches out in the support bottom surface and is used for contacting to measure the waveform of glass surface with glass surface.

Further, be fixed with two parallel roller bearings on the said support, a pair of said roller is installed on each roller bearing.

Further, the spacing of two said roller bearings is 100-1000mm.

Preferably, the spacing of two said roller bearings is 100mm or 300mm.

Further, two said roller bearings are individually fixed in two ends of said support, and four rolling is positioned on the same surface level.

Further, said probe is used for being lower than said four rolling with the end of glass contact.

Further, said support has the mounting hole of an impenetrating thickness direction, and said probe passes said mounting hole, and said clock gauge is mounted on said mounting hole.

Further, said mounting hole site is in the interlude of said support.

Further, the length of said support is 150-1100mm.

In the above-mentioned glass waveform meter; Support is through being provided with roller; Thereby can on glass surface to be measured, roll or slide; The probe of rack-mount clock gauge moves along the glass surface contour smoothing, but the waveform of continuous coverage or monitoring glass surface, and through dial plate demonstration and wave recording data.Hence one can see that, and said structure is compact, and cost is low, and operation is convenient, and measuring speed is fast, and efficient is high.

Description of drawings

Below in conjunction with accompanying drawing the embodiment of the utility model is described, wherein:

Fig. 1 is the glass waveform meter master TV structure synoptic diagram that the utility model embodiment provides;

Fig. 2 is the plan structure synoptic diagram of the device among Fig. 1;

Side-looking structural representation when Fig. 3 is the measurement device among Fig. 1.

Embodiment

Below be further elaborated based on the specific embodiment of accompanying drawing to the utility model.Should be appreciated that specific embodiment described herein as just instance, and be not used in the protection domain that limits the utility model.

See also Fig. 1 and Fig. 2; Example goes out the glass waveform meter 10 of the utility model embodiment; This measurement mechanism 10 comprises the support 11 that has roller 12 and is installed on the clock gauge 14 on the support 11; Clock gauge 14 has the dial plate 15 and probe 16 that is connected, and probe 16 stretches out in support 11 bottom surfaces 110 and is used for contacting to measure the waveform of glass surface with glass surface.

Particularly, be fixed with two parallel roller bearings 112 on the support 11, a pair of above-mentioned rollers 12 is installed on each roller bearing 112.Preferably, two roller bearings 112 are individually fixed in two ends of support 11, and four rolling 12 is positioned on the same surface level; In other words; Two roller bearings 112 make support 11 support clock gauge 14 reposefully on same surface level, make things convenient for support 11 pasting glass surface and slide.Preferably, the spacing of two roller bearings is 100-1000mm, more preferably 300mm or 100mm.

Support 11 can adopt bakelite or other hard, should not deformation and material with processibility constitute.The length of support 11 is 150-1100mm, is the situation of 300mm or 100mm corresponding to the spacing of roller bearing, and the length of support 11 is preferably 350mm or 150mm; So that the installation roller bearing, width and highly being decided according to the actual requirements, for example; The length of support 11 is 350 o'clock; Width is 35mm, highly is 20mm, and major function is that the installation for roller 12, clock gauge 14 provides horizontal support.

Support 11 has the mounting hole 114 of an impenetrating thickness (perhaps height) direction, and probe 15 passes mounting hole 114, and clock gauge 14 is mounted on mounting hole 114.Particularly, mounting hole 114 is positioned at the interlude of support 11, for example in middle position mounting holes 114, so more accurately measures the glass surface waveform efficiently.

Clock gauge 14 can adopt normally used clock gauge, can directly be bought by market, and it shows that minimum scale value is 0.001mm, mainly comprises dial plate 15 that is used to show and the probe 16 that contacts with glass surface.Probe 16 is used for basic concordant with four rolling 12 with the end of glass contact, and for example, 16 ends of popping one's head in have a probe 17, and the position of probe 17 is basic with concordant in four rolling 12, so that contact with glass surface.

When concrete measurement or monitoring application; Clock gauge 14 carries out rezero operation when each the measurement, as shown in Figure 3, promotes support 11 during measurement and slides on the surface of glass 18; In illustrated embodiment; Be along moving perpendicular to the paper direction, the probe 16 of clock gauge 14 together moves on the surface of glass 18, and the numerical value that probe 16 is sensed the concave-convex surface wave form varies of glass 18 will show in dial plate 15 in real time.

In the above-mentioned glass waveform meter 10; Support 11 is through being provided with roller 12; Thereby can on the surface of glass 18 to be measured, roll or slide; The probe that is installed in the clock gauge 14 on the support 11 is smoothly mobile along the surface profile of glass 18, but the waveform on the surface of continuous coverage or monitoring glass 18, and through dial plate demonstration and wave recording data.Whole device is small and exquisite states compact conformation flexibly, and cost is low, and operation is convenient, and measuring speed is fast, and efficient is high.

More than be merely the preferred embodiment of the utility model,, any modification of being done within all spirit at the utility model and the principle, be equal to and replace and improvement etc., all should be included within the protection domain of the utility model not in order to restriction the utility model.

Claims

1. glass waveform meter; It is characterized in that; Comprise the support that has roller and be installed on the clock gauge on the support, said clock gauge has dial plate and the probe that is connected, and said probe stretches out in the support bottom surface and is used for contacting to measure the waveform of glass surface with glass surface.

2. glass waveform meter as claimed in claim 1 is characterized in that, is fixed with two parallel roller bearings on the said support, and a pair of said roller is installed on each roller bearing.

3. glass waveform meter as claimed in claim 2 is characterized in that, the spacing of two said roller bearings is 100-1000mm.

4. glass waveform meter as claimed in claim 2 is characterized in that, the spacing of two said roller bearings is 100mm or 300mm.

5. glass waveform meter as claimed in claim 2 is characterized in that, two said roller bearings are individually fixed in two ends of said support, and four rolling is positioned on the same surface level.

6. glass waveform meter as claimed in claim 5 is characterized in that, said probe is used for basic concordant with said four rolling with the end of glass contact.

7. glass waveform meter as claimed in claim 1 is characterized in that said support has the mounting hole of an impenetrating thickness direction, and said probe passes said mounting hole, and said clock gauge is mounted on said mounting hole.

8. glass waveform meter as claimed in claim 7 is characterized in that said mounting hole site is in the interlude of said support.

9. glass waveform meter as claimed in claim 1 is characterized in that, the length of said support is 150-1100mm.