CN207600631U - A kind of glass tempering temperature measuring equipment - Google Patents
A kind of glass tempering temperature measuring equipment Download PDFInfo
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- CN207600631U CN207600631U CN201721847968.3U CN201721847968U CN207600631U CN 207600631 U CN207600631 U CN 207600631U CN 201721847968 U CN201721847968 U CN 201721847968U CN 207600631 U CN207600631 U CN 207600631U
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Abstract
The utility model is related to a kind of glass tempering temperature measuring equipment, which is arranged on tempering apparatus bottom, measures the temperature of lower glass surface, which is equipped with column, porcelain tube, protection eyeglass, temperature probe, protective case, baffle and small bellows；To meet common and coated glass tempering production requirement simultaneously, ensure to measure the consistency of temperature, the present apparatus is mounted on tempering apparatus bottom, measures lower glass surface（I.e. non-coated surface）Temperature；The present apparatus is applied on glass fibre reinforced plastic equipment, the production of tempered glass is carried out using the technique of control glass tapping temperature, previous operating personnel are changed with the glass tempering process of micro-judgment heating time, the qualification rate of glass tempering product and the stability of quality are improved, the rational mounting structure of temperature probe provides reliable guarantee for the stable operation of this glass fibre reinforced plastic equipment.
Description
Technical field
The utility model is related to glass tempering thermometry field, specifically a kind of glass tempering temperature measuring equipment.
Background technology
Traditional glass fibre reinforced plastic equipment does not have temperature probe at present, be all usage time length control the heating of glass into
Journey, the setting of time span is that operating personnel rule of thumb carry out.Due to the materials variance, difference in thickness and fiberglass of glass
Change equipment performance difference etc., empirically heating time can not possibly be calculated so accurate, thus just operating personnel is needed to exist
It is constantly summarized in practice, however the experience for depending on operating personnel unduly can influence the qualification rate of product and the stability of quality.
Utility model content
There is no temperature probe for above-mentioned existing glass fibre reinforced plastic equipment, depending on the experience of operating personnel unduly can influence to produce
The problems such as stability of the qualification rates of product and quality, the utility model provides a kind of glass tempering temperature measuring equipment.
In order to solve the above technical problems, the technical solution adopted in the utility model is：
A kind of glass tempering temperature measuring equipment, the device are arranged on tempering apparatus bottom, measure the temperature of lower glass surface,
The device is equipped with column, porcelain tube, protection eyeglass, temperature probe, protective case, baffle and small bellows；The column is two-part knot
Structure, the height and gradient of epimere column are adjusted, and the temperature probe is arranged on the top of column, and temperature probe is externally provided with guarantor
Sheath, the protective case are double-layer structure, and outer wall is equipped with air inlet and air outlet, between two layers can circulation, protection
It covers bottom and is equipped with baffle, protection eyeglass is arranged on the top of temperature probe, and porcelain tube is arranged on right over protection eyeglass, the small wind
Case is set there are one air inlet, two air outlets, and air inlet air duct is connected with outer fan, and an air outlet is directly directed at protection
Eyeglass, another air outlet are connected by small air hose with the air inlet of protective case outer wall.
The column includes column I and column II, and column II is arranged on the top of column I by nut I and bolt I.
The device is additionally provided with sealing cover, and sealing cover is slidably arranged in outside protection eyeglass, and folding is controlled by cylinder.
The porcelain tube bottom is mounted in porcelain tube seat, and porcelain tube seat is fixed porcelain tube using interior external conical sleeve structure.
The protective case is arranged on the top of column by connector, passes through bolt II and spiral shell between protective case and connector
Mother II connects.
The beneficial effects of the utility model：
Glass tempering temperature measuring equipment provided by the utility model sets two-part pillar construction, the height of epimere column
It is adjusted with gradient；Temperature probe is arranged in protective case, protective case uses double-layer structure, and outer wall is equipped with outlet and inlet
Each one of mouth, external wind enters from air inlet, through being discharged between protective case double wall from air outlet, plays cooling temperature probe
Effect；Temperature probe top setting protection eyeglass, can play the role of protecting temperature probe, distinguished and admirable be blown from what small bellows came out
It sweeps in protection lens surface, while preventing dust from falling, also functions to the effect of cooling；Tempering apparatus internal insulation in order to control
Cotton slag particle largely falls in protective glass on piece, a piece porcelain tube of installation between protection eyeglass and measured glass, in the use of porcelain tube seat
External conical sleeve structure fixes porcelain tube, facilitates the replacement of porcelain tube；The light path of gradient, that is, temperature probe of temperature probe passes through spiral shell
Bolt II and nut II are adjusted, and for accurately adjusting, are prevented tempering apparatus inner body or porcelain tube from interfering temperature probe light path, are ensured
Temperature measurement accuracy；To meet common and coated glass tempering production requirement simultaneously, ensure to measure the consistency of temperature, this is filled
It puts mounted on tempering apparatus bottom, measures lower glass surface（I.e. non-coated surface）Temperature；The present apparatus is applied in glass tempering
In equipment, the production of tempered glass is carried out using the technique of control glass tapping temperature, changes previous operating personnel with experience
Judge the glass tempering process of heating time, improve the qualification rate of glass tempering product and the stability of quality, temperature probe
Rational mounting structure provides reliable guarantee for the stable operation of this glass fibre reinforced plastic equipment.
Description of the drawings
Fig. 1 the utility model structure diagrams；
Fig. 2 the utility model partial structural diagrams；
Reference numeral：1st, column I, 2, nut I, 3, bolt I, 4, column II, 5, cylinder, 6, sealing cover, 7, porcelain tube, 8,
Porcelain tube seat, 9, counter flange, 10, bolt II, 11, nut II, 12, protection eyeglass, 13, temperature probe, 14, protective case, 15, gear
Plate, 16, small bellows, 17, air hose, 18, small air hose.
Specific embodiment
The utility model is further elaborated With reference to embodiment.
A kind of glass tempering temperature measuring equipment, the device are arranged on tempering apparatus bottom, measure the temperature of lower glass surface,
The device is equipped with column, sealing cover 6, porcelain tube 7, protection eyeglass 12, temperature probe 13, protective case 14, baffle 15 and small bellows 16；
The column is II 4 two-part structure of column I 1 and column, and column I 1 is installed on the ground by foundation bolt, and column II 4 is logical
It crosses bolt I 3 and nut I 2 with I 1 top of column to be connected, the height and gradient of column II 4 are adjustable by bolt I 3 and nut I 2
Section, the temperature probe 13 are arranged on the top of column, and temperature probe 13 is externally provided with protective case 14, and the protective case 14 is bilayer
Structure, outer wall are equipped with air inlet and air outlet, between two layers can circulation, 14 bottom of protective case is equipped with baffle 15, protects
Protecting lens 12 are arranged on the top of temperature probe 13, and porcelain tube 7 is arranged on right over protection eyeglass 12, and the small bellows 16 are equipped with one
A air inlet, two air outlets, air inlet air duct 17 are connected with outer fan, and an air outlet is directly directed at protection eyeglass
12, another air outlet is connected by small air hose 18 with the air inlet of 14 outer wall of protective case.
Temperature probe 13 is arranged in protective case 14, protective case 14 use double-layer structure, 14 outer wall of protective case be equipped with into and out of
Each one of air port, it is external distinguished and admirable from air inlet entrance, through being discharged between 14 double wall of protective case from air outlet, play cooling and survey
The effect of temperature probe 13.
The top setting protection eyeglass 12 of temperature probe 13, protection eyeglass 12 are sealed with sealing cover 6, the folding of sealing cover 6
It is automatically controlled by cylinder 5.12 surface of eyeglass is being protected from the distinguished and admirable purging that small bellows 16 come out, it is same preventing dust from falling
When, also function to the effect of cooling.
Tempering apparatus internal insulation cotton slag particle largely falls on protection eyeglass 12 in order to control, in protection eyeglass 12 and is measured
A piece porcelain tube 7 is installed, porcelain tube seat 8 is fixed porcelain tube 7 using interior external conical sleeve structure, facilitates the replacement of porcelain tube 7 between glass.Porcelain
8 bottom of tube socket is equipped with counter flange 9, and counter flange 9 is arranged on the top of protective case 14 by column.
The protective case 14 is arranged on the top of column by connector, passes through bolt II between protective case 14 and connector
10 and nut II 11 connect, bolt II 10 and nut II are for accurately adjusting gradient, that is, temperature probe 13 of temperature probe 13
Light path prevents tempering apparatus inner body or porcelain tube 7 from interfering 13 light path of temperature probe, ensure that temperature measurement accuracy.
By setting two-part pillar construction, the height and gradient of epimere column are adjusted the utility model, and thermometric is visited
Head is arranged on the top of epimere column, and height and gradient can be adjusted therewith；Temperature probe is arranged in protective case, is protected
Using double-layer structure, outer wall is equipped with each one into and out of air port set, and external wind enters from air inlet, through protective case double wall it
Between from air outlet discharge, play the role of cool down temperature probe；Temperature probe top setting protection eyeglass, can play protection and survey
The effect of temperature probe is being protected lens surface from the distinguished and admirable purging that small bellows come out, while preventing dust from falling, is being also functioned to
The effect of cooling；Tempering apparatus internal insulation cotton slag particle largely falls in protective glass on piece in order to control, in protection eyeglass and is measured
A piece porcelain tube is installed, porcelain tube seat is fixed porcelain tube using interior external conical sleeve structure, facilitates the replacement of porcelain tube between glass；Thermometric is visited
The light path of gradient, that is, temperature probe of head is adjusted by bolt II and nut II, for accurately adjusting, is prevented in tempering apparatus
Portion's part or porcelain tube interference temperature probe light path, ensure that temperature measurement accuracy；To meet common and coated glass tempering life simultaneously
Production requirement ensures to measure the consistency of temperature, the present apparatus is mounted on tempering apparatus bottom, measures lower glass surface, that is, non-plated film
The temperature in face；The present apparatus is applied on glass fibre reinforced plastic equipment, tempered glass is carried out using the technique of control glass tapping temperature
Production, change previous operating personnel with the glass tempering process of micro-judgment heating time, improve glass tempering product
Qualification rate and quality stability, the rational mounting structure of temperature probe provides for the stable operation of this glass fibre reinforced plastic equipment
Reliable guarantee.
The utility model is related to a kind of novel glass tempering temperature probe mounting structures, can effectively apply in a kind of elder generation
Into glass fibre reinforced plastic equipment on, this glass fibre reinforced plastic equipment be using control glass tapping temperature technique carry out tempered glass
Production.The structure includes probe, two-part column, double shielding box, protection eyeglass and pneumostop lid, small bellows, porcelain
Pipe etc..This temperature probe mounting structure is applied on a kind of advanced glass fibre reinforced plastic equipment, has ensured the stable operation of equipment,
Reduce the dependence to production operation Personnel Skill Levels, improve the qualification rate of tempered glass product and the stabilization of quality
Property.The utility model can be applicable on a kind of advanced glass fibre reinforced plastic equipment.This glass fibre reinforced plastic equipment is using control glass
The technique of tapping temperature carries out the production of tempered glass, changes previous operating personnel with the fiberglass of micro-judgment heating time
Chemical industry skill, improves the qualification rate of glass tempering product and the stability of quality, and the rational mounting structure of temperature probe is this
The stable operation of glass fibre reinforced plastic equipment provides reliable guarantee.
Claims (5)
1. a kind of glass tempering temperature measuring equipment, it is characterised in that：The device is arranged on tempering apparatus bottom, measures glass following table
The temperature in face, the device are equipped with column, porcelain tube（7）, protection eyeglass（12）, temperature probe（13）, protective case（14）, baffle（15）
And small bellows（16）；The column is two-part structure, and the height and gradient of epimere column are adjusted, the temperature probe
（13）It is arranged on the top of column, temperature probe（13）It is externally provided with protective case（14）, the protective case（14）For double-layer structure,
Outer wall is equipped with air inlet and air outlet, between two layers can circulation, protective case（14）Bottom is equipped with baffle（15）, protective glass
Piece（12）It is arranged on temperature probe（13）Top, porcelain tube（7）It is arranged on protection eyeglass（12）Surface, the small bellows（16）
If there are one air inlet, two air outlets, air inlet air duct（17）It is connected with outer fan, an air outlet is directly to certainly
Protecting lens（12）, another air outlet passes through small air hose（18）With protective case（14）The air inlet of outer wall is connected.
2. glass tempering temperature measuring equipment as described in claim 1, it is characterised in that：The column includes column I（1）With it is vertical
Column II（4）, column II（4）Pass through nut I（2）With bolt I（3）It is arranged on column I（1）Top.
3. glass tempering temperature measuring equipment as described in claim 1, it is characterised in that：The device is additionally provided with sealing cover（6）, it is close
Capping（6）It is slidably arranged in protection eyeglass（12）Outside, by cylinder（5）Control folding.
4. glass tempering temperature measuring equipment as described in claim 1, it is characterised in that：The porcelain tube（7）Bottom is mounted on porcelain
Tube socket（8）It is interior, porcelain tube seat（8）Using interior external conical sleeve structure by porcelain tube（7）It is fixed.
5. glass tempering temperature measuring equipment as described in claim 1, it is characterised in that：The protective case（14）Pass through connector
It is arranged on the top of column, protective case（14）Pass through bolt II between connector（10）With nut II（11）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721847968.3U CN207600631U (en) | 2017-12-26 | 2017-12-26 | A kind of glass tempering temperature measuring equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721847968.3U CN207600631U (en) | 2017-12-26 | 2017-12-26 | A kind of glass tempering temperature measuring equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207600631U true CN207600631U (en) | 2018-07-10 |
Family
ID=62766636
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721847968.3U Active CN207600631U (en) | 2017-12-26 | 2017-12-26 | A kind of glass tempering temperature measuring equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207600631U (en) |
-
2017
- 2017-12-26 CN CN201721847968.3U patent/CN207600631U/en active Active
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