CN206244643U - Air grid system and be provided with the glass tempering furnace of the system that liquid cold wind cold junction is closed - Google Patents
Air grid system and be provided with the glass tempering furnace of the system that liquid cold wind cold junction is closed Download PDFInfo
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- CN206244643U CN206244643U CN201621182261.0U CN201621182261U CN206244643U CN 206244643 U CN206244643 U CN 206244643U CN 201621182261 U CN201621182261 U CN 201621182261U CN 206244643 U CN206244643 U CN 206244643U
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Abstract
The air grid system that a kind of liquid cold wind cold junction is closed, including air grid bar, the air grid bar are provided with adjacent liquid cold passage and air-cooled passage；Air grid bar correspondence liquid cold passage is provided with inlet and liquid outlet, and coolant enters liquid cold passage from inlet, to being left from liquid outlet after the heat exchange cooling of air grid bar；The air-cooled passage of air grid bar correspondence is provided with air inlet and some air outlets, and cooling wind enters air-cooled passage from air inlet, is then sprayed to glass through air outlet, realizes tempering effect；Glass tempering effect is good, efficiency high, and effective tempering width is big, and noise is small.A kind of glass tempering furnace, including air cooling system and liquid cooling system, and described air grid system；Air cooling system includes air compressor, cooling driers and compressed air gas tank, it is ultra-thin while the tempering problem of ultra-wide that the utility model breaches annealing furnace unit safety glass, safety glass thickness can as little as 2.5mm -3mm, and meet national standard, while effectively glass tempering width is up to 1800 2800mm.
Description
Technical field
The utility model is related to the air grid system on a kind of glass tempering furnace, the wind that more particularly to a kind of liquid cold wind cold junction is closed
Grating system and it is provided with the glass tempering furnace of the system.
Background technology
Chinese patent literature CN203346265U disclosed a kind of improved glass tempering furnace on December 18th, 2013
Air grid system, specifically discloses two air grid components of the case shape including being arranged on air grid live-roller upper and lower, each air grid group
Part is combined by multiple air grid bars and constituted, described each air grid bar by air inlet box body and air outlet, air outlet along air inlet box body length
Degree direction extend be connected to air inlet box body side and with the inner space of air inlet box body, set along length bearing of trend in air outlet
There is independent cold air air flue, constituted between cold air air flue outer wall and air outlet inwall, air inlet box body inner chamber and cold wind air channel, correspondence
Multiple cold wind exhaust vents and cold air venthole, cold air air flue one end are offered respectively on cold wind air channel and the air outlet of cold air air flue
Portion sets cold air air inlet, and the cold air inlet connected with multiple air inlet box bodies is provided with the end of each air grid component, cold
Wind air inlet is connected with blower fan by pipeline, and cold air air inlet is connected with compressor by pipeline.Air grid in the structure is long-term
Worked under hot environment, own temperature is higher, cause the air temperature of delivered inside to raise, the air temperature of final blowout
It is higher, to the tempering less effective of glass；The structural volume of the air grid bar is larger, takes certain space, and cold for transmitting
The air inlet box body cavity volume of wind is also larger, is easily caused internal pressure deficiency, influences the effective width of glass tempering, additionally,
The noise that the internal structure of the air grid bar is produced when working is larger, and heat energy is not reclaimed.
Traditional handicraft safety glass thickness is more than 3.2mm in current industry, while effectively glass tempering width is not more than
1800mm, the power of fan of high pressure tempering section (section) is more than 500kw, and high energy consumption, noise is more than 110 decibels, and noise is big,
Influence surrounding environment.
Therefore, it is necessary to be further improved.
Utility model content
The purpose of this utility model aims to provide a kind of simple and reasonable, and air grid bar can lower the temperature in time, glass tempering effect
Really good, efficiency high, the effective width of glass tempering is big, the air grid system that the liquid cold wind cold junction that noise is small during work is closed；And it is whole
Machine small volume, reaches energy-conserving and environment-protective requirement, and use cost is low, the glass tempering furnace of high working efficiency, to overcome in the prior art
Weak point.
The air grid system that a kind of liquid cold wind cold junction designed by this purpose is closed, including some air grid bars being arranged side by side, its
It is characterised by：The air grid bar is provided with adjacent liquid cold passage and air-cooled passage；Air grid bar correspondence liquid cold passage is provided with feed liquor
Mouth and liquid outlet, coolant enter liquid cold passage from inlet, to being left from liquid outlet after the heat exchange cooling of air grid bar；Air grid bar pair
Air-cooled passage is answered to be provided with air inlet and some air outlets, cooling wind enters air-cooled passage from air inlet, then through air outlet to glass
Glass sprays, and realizes tempering effect.
The liquid cold passage and/or air-cooled passage are extended linearly along the length direction of air grid bar, and through air grid bar two ends.
The air-cooled passage both ends protrude from air grid bar both ends respectively, and air-cooled passage two ends be respectively arranged with it is air-cooled
End cap, is communicated with the air inlet of air-cooled passage at least one air-cooled end cap；Liquid cold passage two ends are respectively arranged with liquid cold end cap.
This air grid system also includes being arranged at the location-plate at some air grid bar two ends, and some air grid bars pass through location-plate side by side
It is fixed.
End socket end plate is respectively arranged between the air grid bar two ends and corresponding location-plate, air grid bar passes through end socket end plate
Regulation is fixed on location-plate, and location-plate and/or end socket end plate correspondence air inlet are provided with avoiding structure.
The air grid bar is a metal tube；Liquid cold passage section is U-shaped, and air-cooled passage outside is at least partly cold logical by liquid
Road is coated；The overall length direction along air grid bar of some air outlets is arranged.
A kind of glass tempering furnace, including glass delivery systems, heating section, high pressure tempering section (section) and low pressure cooling
Section, it is characterised in that：High pressure tempering section (section) includes liquid cooling system, and a set of above such as any one of claim 1-5 institute
State the air grid system of liquid cold wind cold junction conjunction；Air cooling system includes the air compressor, cooling driers and the compressed air gas that are sequentially connected
Tank, so that cooling wind, the air inlet in the outlet air end connection air grid system of air cooling system is obtained；Liquid cooling system includes liquid reserve tank, enters
Liquid pipe and drain pipe, feed tube two ends connect inlet and liquid reserve tank in air grid system respectively, and drain pipe two ends connect respectively
Liquid outlet and liquid reserve tank in air grid system；The pump housing is provided with feed tube and/or drain pipe；Effective fiberglass of air grid system
Change width is 1000-2800mm.
The glass delivery systems include some conveying rolling bar and drive devices being arranged side by side, and drive device drives some
Conveying rolls bar simultaneously and/or synchronous working, makes glass in realization conveying on some conveying rolling bars.
Two sets of the air grid system setting, and it is respectively placed in the upper and lower of glass delivery systems, going out in two air grid systems
Tuyere is set towards glass direction respectively, is spaced between conveying rolling bar and coordinated, some air grid bars in the air grid system of lower section with it is some
Conveying rolling bar dislocation coordinates.The air compressor power of high pressure tempering section (section) is 150kw--400kw；Safety glass is thick
Degree can as little as 2.5mm--3mm.
Pressure roller is provided with the air grid system of top, guide pillar is provided with pressure roller, be provided with guide pin bushing in air grid system
Roller seat, guide pillar cooperation is inserted in guide pin bushing, so that pressure roller is slided up and down with respect to air grid system.
The utility model is by liquid cooling function on fan system, making the air grid bar can lower the temperature in time, it is to avoid due to cooling wind
Temperature raises and the tempering effect of glass is impacted, and improves tempering efficiency；The area of section of air-cooled passage is smaller, can
Ensure that there is enough pressure inside, so as to the effective width of glass tempering can effectively be extended, the width up to 1800-2800mm,
And the noise that the wind structure of grid is produced when can also effectively reduce work.In addition, being provided with the glass tempering of the air grid system
Stove can effectively reduce the occupancy volume of whole machine, and coolant can be recycled, and reach energy-conserving and environment-protective requirement, and use cost is low,
Operating efficiency increases.
It is ultra-thin while the tempering problem of ultra-wide, safety glass thickness that the utility model breaches annealing furnace unit safety glass
Can as little as 2.5mm -3mm, and meet national standard, while effectively glass tempering width is up to 1800-2800mm；High pressure tempering
The air compressor power of section (section) is 150kw--400kw；Only conventional fan power is 75%, energy-saving obvious,
Noise drops to 60 decibels -70 decibels, and noise is substantially reduced, and protects surrounding environment.Water after liquid cooling system heat exchange cooling has one
Constant temperature degree, can be used for employee's bathing, and heat energy recovery rate is up to 30% -40% after tested.
Brief description of the drawings
Fig. 1 is the exploded view (single air grid bar) of the embodiment air grid system of the utility model one；
Fig. 2 is the side view of the embodiment air grid system apoplexy grizzly bar of the utility model one；
Fig. 3 is the sectional view (part) in A-A directions in Fig. 2；
Fig. 4 is the main structure diagram of the embodiment glass tempering furnace of the utility model one；
Fig. 5 is the side structure schematic view of the embodiment glass tempering furnace of the utility model one；
Fig. 6 is fan system and the plane of glass delivery systems assembling in the embodiment glass tempering furnace of the utility model one
Figure；
Fig. 7 is fan system and the solid of glass delivery systems assembling in the embodiment glass tempering furnace of the utility model one
Figure；
Fig. 8 is the sectional view of pressure roller in the embodiment glass tempering furnace of the utility model one；
Fig. 9 is the front view of roller seat in the embodiment glass tempering furnace of the utility model one；
Figure 10 is the sectional view in B-B directions in Fig. 9.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment is further described to the utility model.
It is described referring to the air grid system that Fig. 1-Figure 10, this liquid cold wind cold junction are closed, including some air grid bars 15 being arranged side by side
Air grid bar 15 is provided with adjacent liquid cold passage and air-cooled passage 15.5；It is cold logical that the top of air grid bar 15 is respectively provided on two sides with connection liquid
The inlet 15.1 and liquid outlet 15.2 in road, coolant enter liquid cold passage from inlet 15.1, air grid bar 15 is exchanged heat and is lowered the temperature
Left from liquid outlet 15.2 afterwards；The air-cooled passage 15.5 of the correspondence of air grid bar 15 is provided with air inlet 14.1 and some air outlets 15.6, cold
But wind enters air-cooled passage 15.5 from air inlet 14.1, is then sprayed to glass a through air outlet 15.6, realizes tempering effect.It is logical
Cross and set up liquid cooling function, air grid bar 15 is lowered the temperature in time, it is to avoid its long-time hot operation, also avoid cooling down air temperature liter
Height, influences glass tempering effect；Additionally, air-cooled passage 15.5 reduces compared with traditional structure volume, internal pressure is sufficient, therefore,
In the case of ensuring that pressure is enough, can proper extension air grid bar 15 length, making the effective width of glass tempering increases, and width can
Up to 1800-2800mm, this is that existing glass tempering furnace institute is inaccessiable；Further, the structure of air grid bar 15 of this structure can be effective
The noise produced during work is reduced, and overall volume is smaller, manufacturing cost reduction.
Furtherly, the liquid cold passage and air-cooled passage 15.5 are extended linearly along the length direction of air grid bar 15, and are passed through
Wear the two ends of air grid bar 15.The penetration type in two air channels is set, and can improve the cooling effect of air grid bar 15 and having for extension glass tempering
Effect width, simple and reasonable, dependable performance.
Furtherly, the both ends of air-cooled passage 15.5 protrude from the both ends of air grid bar 15 respectively, prevent two tunnel ends
Influenced each other during mouth closing；The two ends of air-cooled passage 15.5 are respectively fitted with air-cooled end cap 14, wherein an air-cooled end cap 14 is provided with
Connect the air inlet 14.1 of air-cooled passage 15.5, the convenient connection wind regime of air inlet 14.1；Liquid cold passage two ends are respectively fitted with U-shaped
Liquid cold end cap 13.
Furtherly, this air grid system also includes being arranged at the location-plate 11 at some two ends of air grid bar 15, some air grid bars
15 are fixed side by side by location-plate 11, make overall structure more reliable and more stable, and easy to assembly simple.
Furtherly, end socket end plate 12, wind are respectively arranged between the two ends of air grid bar 15 and corresponding location-plate 11
Grizzly bar 15 is adjusted by end socket end plate 12 and is fixed on location-plate 11, and location-plate 11 and the correspondence air inlet 14.1 of end socket end plate 12 set
There is avoiding structure, wherein, the avoiding structure on location-plate 11 is breach 11.1, and the avoiding structure on end socket end plate 12 is and air intake
The corresponding through hole 12.1 of 14.1 shapes of mouth.End socket end plate 12 is fixedly connected air-cooled end cap 14, the relative positioning plate 11 of end socket end plate 12
Can lateral adjustments, it is and fixed, so that the lateral attitude to air grid bar 15 is adjusted.
Furtherly, referring to Fig. 2, the air grid bar 15 is an aluminium alloy body, and is integrally formed；Liquid cold passage section is in
It is U-shaped, and aluminium alloy body is uiform section, is made up of the first liquid cold passage 15.3 and two second liquid cold passages 15.4, the first liquid is cold
Passage 15.3 is connected with the second liquid cold passage 15.4, and the first liquid cold passage 15.3 is arranged at the top of air-cooled passage 15.5, and two the
Two liquid cold passages 15.4 are respectively arranged at the both sides of air-cooled passage 15.5, and the structure can effectively improve the intensity of air grid bar 15；In view of
Said structure, the outside of air-cooled passage 15.5 is at least partly coated by liquid cold passage；Some air outlets 15.6 are overall along air grid bar 15
Length direction arrangement, and set two discharge tuyeres 15.6, it is angled to each other.
A kind of glass tempering furnace, including framework 1, glass delivery systems 2, heating section, high pressure tempering section are (section) and low
Pressure cooling section, high pressure tempering section includes air cooling system and liquid cooling system, and the air grid system that a set of the above liquid cold wind cold junction is closed
System 3；Air cooling system includes the air compressor 4, cooling driers 5 and the compressed air gas tank 6 that are sequentially connected, is fitted to each other work to make
Wind must be cooled down, the air inlet 14.1 in the outlet air end connection air grid system 3 of air cooling system realizes that cooling hearsay delivers to air-cooled passage
15.5 technique effect；Liquid cooling system includes liquid reserve tank 7, feed tube 9 and drain pipe 10, and the two ends of feed tube 9 connect air grid respectively
Inlet 15.1 and liquid reserve tank 7 in system 3, the two ends of drain pipe 10 connect liquid outlet 15.2 and storage in air grid system 3 respectively
Liquid case 7；The pump housing 8 is provided with feed tube 9；Effective glass tempering width of air grid system 3 is 1800-2800mm.Coolant exists
In the presence of the pump housing 8, liquid cold passage is entered through feed tube 9, after completing heat exchange cooling work, then liquid storage is back to through drain pipe 10
Case 7, or according to different needs, the coolant after heat exchange is made into other purposes and is used, so as to reach energy-conserving and environment-protective, circulation profit
With the technique effect of cost reduction；The coolant that the present embodiment is used is water, and the water after heat exchange cooling has uniform temperature, can
Recycle in terms of other, such as：Winter washes one's hands, have a bath etc..
The utility model high pressure tempering section (section) is supplied with air compressor, does not have blower fan, only low pressure cooling section
Use blower fan.
Furtherly, the glass delivery systems 2 include some conveying rolling bar 16 and drive devices being arranged side by side, and drive
Device drives some conveying rolling bars 16 simultaneously and synchronously to work, and glass a is rolled in some conveyings and realize lateral transfer on bars 16.For
Prevent from skidding, conveying rolling bar 16 surface can improve friction by setting skid resistant course.
Furtherly, two sets of the air grid system setting, and it is respectively placed in the upper and lower of glass delivery systems 2, two air grids
Air outlet 15.6 in system is set towards glass a directions respectively；For make lower section air grid system can smooth steelinh glass a,
It is spaced between conveying rolling bar 16 and is coordinated, some air grid bars 15 in the air grid system of lower section coordinates with some conveying rolling dislocation of bar 16,
Air outlet 15.6 is from steelinh glass a between two conveying rolling bars 16, and its is simple and reasonable.High pressure tempering section (section)
Air compressor power is 150kw--400kw；Safety glass thickness can as little as 2.5mm--3mm.
Furtherly, the air grid system bottom of top is provided with the pressure roller 17 for flattening glass a, is provided with pressure roller 17
Guide pillar 19, is provided with the roller seat 18 with guide pin bushing 18.1 in air grid system, the cooperation of guide pillar 19 is inserted in guide pin bushing 18.1, to guide
Pressure roller 17 is slided up and down with respect to air grid system, realizes position adjustments, strong adaptability.
Above-mentioned is preferred scheme of the present utility model, and general principle of the present utility model, principal character has been shown and described
With advantage of the present utility model.Those skilled in the art should be recognized that the utility model is not restricted to the described embodiments, on
State and simply illustrate principle of the present utility model described in embodiment and specification, do not departing from the utility model spirit and scope
On the premise of the utility model also have various changes and modifications, it is new that these changes and improvements both fall within this claimed practicality
In the range of type.The claimed scope of the utility model is defined by appending claims and its equivalent.
Claims (10)
1. the air grid system that a kind of liquid cold wind cold junction is closed, including some air grid bars (15) being arranged side by side, it is characterised in that：It is described
Air grid bar (15) is provided with liquid cold passage and air-cooled passage (15.5)；Air grid bar (15) correspondence liquid cold passage is provided with inlet
(15.1) and liquid outlet (15.2), coolant enters liquid cold passage from inlet (15.1), after air grid bar (15) heat exchange cooling
Left from liquid outlet (15.2)；The air-cooled passage (15.5) of air grid bar (15) correspondence is provided with air inlet (14.1) and some air outlets
(15.6), cooling wind enters air-cooled passage (15.5) from air inlet (14.1), is then sprayed to glass (a) through air outlet (15.6)
Go out, realize tempering effect.
2. the air grid system that liquid cold wind cold junction is closed according to claim 1, it is characterised in that：The liquid cold passage and/or wind
Cold passage (15.5) is extended linearly along the length direction of air grid bar (15), and through air grid bar (15) two ends.
3. the air grid system that liquid cold wind cold junction is closed according to claim 2, it is characterised in that：The air-cooled passage (15.5) two
End protrudes from air grid bar (15) both ends respectively, and air-cooled passage (15.5) two ends are respectively arranged with air-cooled end cap (14), extremely
The air inlet (14.1) of air-cooled passage (15.5) is communicated with a few air-cooled end cap (14)；Liquid cold passage two ends are respectively arranged with
Liquid cold end cap (13).
4. the air grid system that liquid cold wind cold junction is closed according to claim 3, it is characterised in that：Also include being arranged at some air grids
The location-plate (11) at bar (15) two ends, some air grid bars (15) are fixed side by side by location-plate (11).
5. the air grid system that liquid cold wind cold junction is closed according to claim 4, it is characterised in that：Air grid bar (15) two ends with
End socket end plate (12) is respectively arranged between corresponding location-plate (11), air grid bar (15) is adjusted by end socket end plate (12) and fixed
On location-plate (11), location-plate (11) and/or end socket end plate (12) correspondence air inlet (14.1) are provided with avoiding structure.
6. the air grid system that liquid cold wind cold junction is closed according to claim 5, it is characterised in that：The air grid bar (15) is a gold medal
Category body；Liquid cold passage section is U-shaped, and air-cooled passage (15.5) outside is at least partly coated by liquid cold passage；Some air outlets
(15.6) the overall length direction along air grid bar (15) is arranged.
7. a kind of glass tempering furnace, including glass delivery systems (2), heating section, high pressure tempering section (section) and low pressure cooling
Section, it is characterised in that：High pressure tempering section (section) includes liquid cooling system, and a set of above such as any one of claim 1-5 institute
State the air grid system (3) of liquid cold wind cold junction conjunction；Air cooling system includes the air compressor (4), cooling driers (5) and the pressure that are sequentially connected
Contracting air cylinder (6), so that cooling wind is obtained, the outlet air end of air cooling system connects the air inlet (14.1) on air grid system (3)；Liquid
Cooling system includes liquid reserve tank (7), feed tube (9) and drain pipe (10), and feed tube (9) two ends connect in air grid system (3) respectively
Inlet (15.1) and liquid reserve tank (7), drain pipe (10) two ends connect respectively liquid outlet (15.2) in air grid system (3) and
Liquid reserve tank (7)；The pump housing (8) is provided with feed tube (9) and/or drain pipe (10)；Effective glass tempering of air grid system (3) is wide
It is 1000-2800mm to spend.
8. glass tempering furnace according to claim 7, it is characterised in that：The glass delivery systems (2) are if including dry doubling
Arrange the conveying for setting and roll bar (16) and drive device, drive device drive some conveyings rolling bar (16) while and/or synchronous working,
Make glass (a) in realization conveying on some conveyings rolling bar (16).
9. glass tempering furnace according to claim 8, it is characterised in that：The air grid system sets two sets, and puts respectively
Set towards glass (a) direction respectively in the air outlet (15.6) on the upper and lower of glass delivery systems (2), two air grid systems, it is defeated
Interval coordinates between sending rolling bar (16), and some air grid bars (15) in the air grid system of lower section are matched somebody with somebody with some conveying rolling bar (16) dislocation
Close；The air compressor power of high pressure tempering section (section) is 150kw--400kw；Safety glass thickness can as little as 2.5mm--
3mm。
10. glass tempering furnace according to claim 9, it is characterised in that：Pressure roller is provided with the air grid system of top
(17) guide pillar (19), is provided with pressure roller (17), the roller seat (18) with guide pin bushing (18.1), guide pillar is provided with air grid system
(19) coordinate and be inserted in guide pin bushing (18.1), so that pressure roller (17) is slided up and down with respect to air grid system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621182261.0U CN206244643U (en) | 2016-11-02 | 2016-11-02 | Air grid system and be provided with the glass tempering furnace of the system that liquid cold wind cold junction is closed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621182261.0U CN206244643U (en) | 2016-11-02 | 2016-11-02 | Air grid system and be provided with the glass tempering furnace of the system that liquid cold wind cold junction is closed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206244643U true CN206244643U (en) | 2017-06-13 |
Family
ID=58997189
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621182261.0U Withdrawn - After Issue CN206244643U (en) | 2016-11-02 | 2016-11-02 | Air grid system and be provided with the glass tempering furnace of the system that liquid cold wind cold junction is closed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206244643U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106365423A (en) * | 2016-11-02 | 2017-02-01 | 佛山市顺德区晟阳机械有限公司 | Wind grating system capable of combining liquid cooling and air cooling, and glass tempering furnace provided with wind grating system |
-
2016
- 2016-11-02 CN CN201621182261.0U patent/CN206244643U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106365423A (en) * | 2016-11-02 | 2017-02-01 | 佛山市顺德区晟阳机械有限公司 | Wind grating system capable of combining liquid cooling and air cooling, and glass tempering furnace provided with wind grating system |
| CN106365423B (en) * | 2016-11-02 | 2019-03-26 | 佛山市顺德区晟阳机械有限公司 | The air grid system of the air-cooled combination of liquid cooling and the glass tempering furnace for being provided with the system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170613 Effective date of abandoning: 20190326 |