CN206266433U - A kind of U-shaped glass tempering processing system - Google Patents
A kind of U-shaped glass tempering processing system Download PDFInfo
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- CN206266433U CN206266433U CN201621366237.2U CN201621366237U CN206266433U CN 206266433 U CN206266433 U CN 206266433U CN 201621366237 U CN201621366237 U CN 201621366237U CN 206266433 U CN206266433 U CN 206266433U
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- preheating
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- feed roller
- horizontal feed
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Abstract
The utility model provides a kind of U-shaped glass tempering processing system, including conveying mechanism, it is characterised in that also preheating mechanism, heating arrangements, tempering mechanism including being connected with conveying mechanism successively.Tempering treatment can be carried out to various types of U-shaped glass, because heating arrangements use the upper and lower heating mantles of open-close type, cleaning maintenance easily can be carried out to heating arrangements inside, and the EGR that preheating mechanism is used, only needing the thermal source of very little just can meet preheating, reduce the consumption to the energy, and tempering mechanism uses adjustable reinforcing device, the tempering effect of glass can be adjusted, and adapt to the U-shaped glass of different height.The utility model structure is relatively simple, and the maintaining to the later stage offers convenience.
Description
Technical field
The utility model is related to a kind of processing system, particularly a kind of U-shaped glass tempering processing system, belongs to Machine Design
Manufacturing technology field.
Background technology
Safety glass is a kind of by chemically or physically method, its surface is possessed the specific glass of compression.Due to it
With structural strength and good heat endurance higher, therefore it is widely used in building, manufacture and industrial and mineral field.Use thing at present
The safety glass of reason method production, is to be heated to softening temperature by by common glass, then with large-scale blast apparatus to it
Fast cooling, so that glass surface forms uniform compression, and inside then forms tensile stress.But existing safety glass life
There is complex structure in producing line, energy consumption is too high, maintain the problem of inconvenience.And there is tempering for the tempering of U-shaped glass
It is uneven, and tempering section cannot adapt to different height U-shaped glass problem.It is therefore desirable to be changed to prior art
Enter.
The content of the invention
There are problems that complexity, reliability be low, tempering, this reality to solve existing safety glass production processing system
With a kind of U-shaped glass tempering processing system of new offer.
The utility model is completed by following technical proposal：A kind of U-shaped glass tempering processing system, including conveying mechanism,
Characterized by further comprising the preheating mechanism, heating arrangements, tempering mechanism that are connected with conveying mechanism successively, wherein：
Preheating mechanism includes being set in it preheating cover of cavity, the horizontal feed roller in preheating cover cavity, horizontal feed
Roller is connected by transmission device with engine, and preheating cover is provided with the circulation preheating device connected with cavity, defeated will pass through
After sending roller that U-shaped glass is conveyed into cavity, make to form hot fluid circulation in cavity by circulating heater, so as to U-shaped glass
Uniformly heated.
The horizontal feed roller is set up in parallel many, every two ends of conveying roller respectively with the axle being arranged on the outside of preheating cover
Hold and bearing block is matched, wherein one end is connected with transmission device, drive conveying roller to run will pass through transmission device.
The transmission device includes the first helical gear being arranged on every conveying roller roll shaft, and each first helical gear is equal
It is meshed with corresponding second helical gear on power transmission shaft is arranged on, length and the preheating cover length of the power transmission shaft are adapted, transmission
Two ends of axle are fixed on preheating cover corresponding end by bearing and bearing block respectively, and the power transmission shaft of wherein one end is provided with driven chain
Wheel, the driven sprocket is connected with the drive sprocket on power machine output shaft by driving-chain, under being driven in engine, passed through
Drive sprocket, driving-chain, driven sprocket, power transmission shaft, the transmission of helical gear pair, drive each conveying roller to rotate, and complete to conveying roller
On U-shaped glass conveying.
The circulation preheating device includes the circulating fan and exhaust duct group at the top of preheating cover, located at preheating cover both sides
Blast pipe group and gas igniter on wall：
Described circulating fan sets many, is distributed in preheating cover top, each vertical rotating shaft of circulating fan
It is connected with the engine main shaft at the top of preheating cover after stretching out through preheating cover roof；
The exhaust duct group include interval located at preheating cover at the top of many vertical branch pipes, and with many vertical branch pipes on
The connected level supervisor in end, the lower end of the vertical branch pipe of each of which root connects with preheating cover cavity, and in each vertical branch pipe
It is upper that control valve is set, by the setting of each vertical branch pipe and control valve, control the regional temperature；
The blast pipe group sets multigroup, is disposed on preheating cover sidepiece, and each group includes the water being connected with air blower
Flat air inlet main pipe, the vertical winding pipe being connected with horizontal air inlet main pipe, vertical winding pipe upper end be located at horizontal feed roller
The preheating cover cavity of top is connected, and lower end is connected with the preheating cover cavity below horizontal feed roller, and blast pipe group sets
For multigroup, interval is on the side wall of preheating cover side；
The gas igniter sets multiple, is disposed on the upper and lower position of preheating cover sidepiece, each gas ignition
Device includes the gas nozzle in preheating cover cavity, is connected with gas nozzle and the combustion gas outside preheating cover, air mixing
Pipe, combustion gas mixing pipe is connected with gas supply pipe and air manifold respectively by threeway, wherein air manifold and preheating
Cover cavity is connected, and the air that will be preheated by air supply pipe in cover cavity sends into mixing tube, for mixed combustion；
The U-shaped glass on conveying roller in preheating cover is preheated by above-mentioned circulation preheating device.
The heating arrangements include being set in it upper and lower heating mantles of cavity, the horizontal feed roller in cavity, located at defeated
The upper and lower electrical heating elements above and below roller are sent, wherein：Horizontal feed roller is connected with Power Drive Unit, upper heating mantles
Both sides are provided with lowering or hoisting gear, and upper heating mantles cavity and are additionally provided with air current circulation, so that U-shaped glass is with horizontal feed roller
Into after cavity, it is heated properly in the presence of electrical heating elements and air current circulation, additionally by lifting actuator
Upper heating mantles is raised above, is easy to clear up cavity inside and safeguarded.
The horizontal feed roller is set up in parallel many, each two end of horizontal feed roller respectively with located at heating mantles outside
Bearing and bearing block it is matched, the roll shaft of wherein one end is connected with Power Drive Unit, will pass through Power Drive Unit
Drive conveying roller operation.
The Power Drive Unit includes the first belt wheel on each roll shaft of horizontal feed roller one end, each
First belt wheel is connected by respective transmission belt the second belt wheel corresponding with horizontal drive shaft, the length of the horizontal drive shaft
It is adapted with heating mantles length, two ends of horizontal drive shaft are fixed on heating mantles corresponding end, water by bearing and bearing block respectively
Moving axis of flating pass is provided with driven pulley, and the driven pulley is connected by main transmission belt with the driving pulley on power machine output shaft,
Under being driven in engine, by driving pulley, main transmission belt, driven pulley, horizontal drive shaft and thereon each second
Belt wheel, each self-corresponding transmission belt, the transmission of the first belt wheel, drive each horizontal feed roller synchronous and stably rotate, and it is right to complete
The steady conveying of the U-shaped glass on horizontal feed roller, prevent that U-shaped glass from occurring in heating process by unstable movement is broken
Damage problem.
The lowering or hoisting gear includes being symmetrically set in the vertical support guide post of multiple in the outside of lower heating mantles two, and symmetrically sets
In multiple column sleeves in the outside of upper heating mantles two, each vertical support guide post top is provided with screw, and each supports lead vertically
It is socketed with the lower slide of corresponding column sleeve to post upper end, vertical spiral shell is equipped with each vertical support guide post and correspondence column sleeve
Bar, the bearing and outside of the screw bolt, upper end on the vertical screw rod and vertical support guide post top through column sleeve roof
Transmission mechanism is connected, and to rotate vertical screw rod in the case where transmission mechanism drives, and then column sleeve is driven upper heating mantles along vertically
Support guide post is moved up and down.
The transmission mechanism includes being arranged on the horizontal bevel gear of each vertical screw rod upper end, is arranged on vertical equity transmission
The vertical bevel gear of multiple on bar, each vertical bevel gear is meshed with corresponding horizontal bevel gear, and the vertical equity is passed
Lever sets four, wherein two are distributed in heating mantles top side, another two are distributed in heating mantles top opposite side, per side
Two vertical equity drive link the inners be respectively equipped with vertical bevel gear, two vertical bevel gears are driven rod end with transverse horizontal
The vertical bevel gear in portion is meshed, and transverse horizontal drive link middle part is provided with driven gear, driven gear and power machine output shaft
On driving gear be meshed, under being driven in same engine, by driving and driven gear, transverse horizontal drive link, three
The individual bevel gear transmission being meshed, drives four vertical equity drive links and vertical bevel gear thereon and each water being meshed
Flat bevel-gear rotating, so it is synchronous drive each vertical screw rod synchronous axial system, finally make column sleeve drive upper heating mantles rising or under
Drop.
The many transverse directions that the air current circulation includes in upper heating mantles cavity and is located at below electrical heating elements
Horizontal blast branch pipe, the fan at the top of upper heating mantles, wherein：Every transverse horizontal blowpipe bottom is provided with multiple gas
Hole, outer end are connected after being upwardly extended through upper heating mantles with outside blast main, will pass through blast main, transverse horizontal
Blowpipe is to air and heating is conveyed in cavity after, thermal current is circulated by fan.
The tempering mechanism includes frame, the horizontal feed roller in frame, in the frame of horizontal feed roller upper and lower
The upper and lower reinforcing device being connected with lowering or hoisting gear is provided with, controls reinforcing device to close up or open will pass through lowering or hoisting gear, from
And tempering treatment is carried out to the U-shaped glass on horizontal feed roller, while entering trip temperature adjustment according to tempering performance requirement.
The horizontal feed roller is set up in parallel many, each two end of horizontal feed roller respectively with the axle in frame
Hold and bearing block is matched, the roll shaft of wherein one end is connected with Power Drive Unit, will pass through Power Drive Unit drive
Conveying roller runs.
The Power Drive Unit includes the sprocket wheel being arranged on each roll shaft of horizontal feed roller same side, each sprocket wheel
It is connected with same chain, chain is connected with the drive sprocket on power machine output shaft, under being driven in engine, passes through
Drive sprocket, chain, the transmission of each sprocket wheel, drive horizontal feed roller to rotate, and complete the shifting to the U-shaped glass on horizontal feed roller
It is dynamic.
Tightrope or flexible roller set being all wound with the every horizontal feed roller, being avoided with will pass through tightrope or flexible roller set
The vibration occurred in course of conveying, so as to ensure being normally carried out for U-shaped glass tempering.
The reinforcing device includes being separately positioned on the upper bellows and lower bellows of horizontal feed roller upper and lower, each wind
Case includes multiple interior bellows with cavity being set up in parallel, and each bellows bottom is provided with several through holes, and top is set to one end
The low oblique top of the high, other end, low side closing is high-end to be connected with blast pipe, makes to enter bellows by incoming air area from large to small
Air quantity, wind speed equably spray from each through hole, and then meet U-shaped glass tempering requirement.
The lowering or hoisting gear includes being respectively arranged on the vertical equity rotating shaft of frame top both sides, every vertical equity rotating shaft two
End is arranged with sprocket wheel respectively, and each sprocket wheel is provided with lifting chain, and the one end for lifting chain is connected with upper bellows, the other end and leeward
Case is connected, and driven sprocket is respectively equipped with two vertical equity rotating shafts, and two driven sprockets are defeated with engine by driving-chain respectively
Two drive sprockets on shaft are connected, under being driven in engine, by two drive sprockets, two driving-chain synchronizations
Two vertical equity axis of rotation are driven, then upper and lower bellows is synchronously closed up or is separated by lifting chain, for setting tempering temperature
Degree.
The conveying mechanism is conventional roller path.
The utility model has following advantages and effect：Using such scheme, can be to various types of U by the system
Type glass carries out tempering treatment, due to using open-close type case in bringing-up section, easily bringing-up section inside can be cleared up
Maintenance.And the EGR that preheating section is used, only needing the thermal source of very little just can meet preheating, reduce the consumption to the energy.Steel
Change section and use adjustable reinforcing device, be adjusted such that it is able to the tempering effect to glass, and adapt to the U-shaped of different height
Glass.The utility model structure is relatively simple, and the maintaining to the later stage offers convenience.An actually preferable safety glass production
Processing system.
Brief description of the drawings
Fig. 1 is the utility model system structure diagram；
Fig. 2 is the front view of preheating mechanism 1 in Fig. 1；
Fig. 3 is the sectional view of Fig. 2；
Fig. 4 is the front view of heating arrangements 2 in Fig. 1；
Fig. 5 is the sectional view of Fig. 4；
Fig. 6 is another state diagram of Fig. 4；
Fig. 7 is the front view of tempering mechanism 3 in Fig. 1；
Fig. 8 is the side view of Fig. 7.
Specific embodiment
The utility model is further described below in conjunction with the accompanying drawings.
The U-shaped glass tempering processing system that the utility model is provided, including conveying mechanism, and successively with conveying mechanism phase
Preheating mechanism 1, heating arrangements 2, tempering mechanism 3 even, wherein：
The conveying mechanism 4 is conventional roller path；The conveying mechanism 4 is set to two, is separately positioned on stem, tail
Portion；The preheating mechanism 1 includes being set in it preheating cover 11 of cavity 126, the horizontal feed roller in preheating 11 cavitys 126 of cover
13, horizontal feed roller 13 is connected by transmission device 12 with engine 117, and preheating cover 11 is provided with what is connected with cavity 126
Circulation preheating device, horizontal feed roller 13 is set up in parallel many, every two ends of conveying roller respectively be arranged on preheating cover outside
Bearing and bearing block 125 it is matched, wherein one end is connected with transmission device 12, transmission device 12 include be arranged on every it is defeated
Send the first helical gear 114 on roller roll shaft, each first helical gear 114 be arranged on corresponding second on power transmission shaft 116
Helical gear 115 is meshed, and length and preheating 11 length of cover of the power transmission shaft 116 are adapted, and two ends of power transmission shaft 116 pass through respectively
Bearing and bearing block 111 are fixed on preheating 11 corresponding ends of cover, and the power transmission shaft 116 of wherein one end is provided with driven sprocket, and this is driven
Sprocket wheel is connected by driving-chain 118 with the drive sprocket on the output shaft of engine 117, and circulation preheating device includes being covered located at preheating
The circulating fan 124 and exhaust duct group 15 at 11 tops, blast pipe group 14 and gas ignition on 11 two sides of preheating cover
Device 121：Circulating fan 124 sets many, is distributed in the top of preheating cover 11, each vertical rotating shaft of circulating fan 124
123 main shafts of engine 16 covered after 11 roofs stretch out with the top of preheating cover 11 through preheating are connected；Exhaust duct group 15 is wrapped
Include many piece vertical branch pipes 17 of the interval located at the top of preheating cover 11, and the level supervisor being connected with many vertical upper ends of branch pipe 17
18, the lower end of the vertical branch pipe 17 of each of which root connects with preheating 11 cavitys 126 of cover, and is set on each vertical branch pipe 17
Control valve 19；Blast pipe group 14 sets multigroup, is disposed on preheating 11 sidepieces of cover, and each group includes being connected with air blower 113
Horizontal air inlet main pipe 112, the vertical winding pipe 110 being connected with horizontal air inlet main pipe 112, the upper end of vertical winding pipe 110
It is connected with the preheating cover cavity positioned at the top of horizontal feed roller 13, lower end is empty with the preheating cover for being located at the lower section of horizontal feed roller 13
Chamber is connected, blast pipe group 14 be set to it is multigroup, interval located at preheating cover side side wall on；Gas igniter 121 sets multiple,
The upper and lower position of preheating 11 sidepieces of cover is disposed on, each gas igniter 121 is included located at preheating 11 cavitys 126 of cover
Interior gas nozzle 127, is connected and combustion gas, air mixing tube 120 outside preheating cover 11 with gas nozzle 127, and combustion gas is mixed
Close pipe 120 be connected with gas supply pipe 119 and air manifold 122 respectively by threeway, wherein air manifold 122 with it is pre-
The cavity 126 of heat cover 11 is connected.
The input of heating arrangements 2 is connected with the output end of preheating mechanism 1, and the heating arrangements 2 include setting cavity in it
230 upper heating mantles 25, lower heating mantles 21, the horizontal feed roller 229 in cavity 230, located at the top of conveying roller 229 with
Upper electrical heating elements 224, the lower electrical heating elements 231 of side, wherein：Horizontal feed roller 229 is connected with Power Drive Unit 22,
The both sides of upper heating mantles 25 are provided with lowering or hoisting gear 23, and the cavity of upper heating mantles 25 and are additionally provided with air current circulation, horizontal feed
Roller 229 is set up in parallel many, each two end of horizontal feed roller 229 respectively with the bearing and bearing block on the outside of heating mantles
223 is matched, and wherein the roll shaft of one end is connected with Power Drive Unit 22, and Power Drive Unit 22 includes being located at each water
The first belt wheel 216 on the roll shaft of the one end of flat conveying roller 229, each first belt wheel 216 passes through respective transmission belt 217 and water
Corresponding second belt wheel 218 on moving axis 219 of flating pass is connected, and length and the heating mantles length of horizontal drive shaft 219 are adapted, level
Two ends of power transmission shaft 219 are fixed on heating mantles corresponding end by bearing and bearing block 220 respectively, and horizontal drive shaft 219 is provided with
Driven pulley, the driven pulley is connected by main transmission belt 222 with the driving pulley on the output shaft of engine 221, lowering or hoisting gear
23 include the vertical support guide post 24 of the multiple for being symmetrically set in 21 liang of outsides of lower heating mantles, and are symmetrically set in 25 liang of heating mantles
Multiple column sleeves 26 in outside, each vertical top of support guide post 24 is provided with screw, on each vertical support guide post 24
Hold and be socketed with the lower slide of corresponding column sleeve 26, vertical spiral shell is equipped with each vertical support guide post 24 and correspondence column sleeve 26
Bar 27, the screw bolt on the vertical screw rod 27 and the vertical top of support guide post 24, upper end through the roof of column sleeve 26 bearing
29 are connected with outside transmission mechanism 212, and transmission mechanism 212 includes being arranged on the horizontal bevel gear of each upper end of vertical screw rod 27
29, be arranged on the vertical bevel gears 210 of multiple on vertical equity drive link 211, each vertical bevel gear 210 with it is corresponding
Horizontal bevel gear 29 is meshed, and the vertical equity drive link 211 sets four, wherein two are distributed in heating mantles top side,
Another two are distributed in heating mantles top opposite side, and two the inners of vertical equity drive link 211 per side are respectively equipped with vertical umbrella
Gear, the vertical bevel gear 213 of two vertical bevel gears with the end of transverse horizontal drive link 225 is meshed, the transverse horizontal
The middle part of drive link 225 is provided with driven gear, and driven gear is meshed with the driving gear on the output shaft of engine 214, and air-flow is followed
The many transverse horizontal blowpipes 227 that loop device includes in upper heating mantles cavity 230 and is located at below electrical heating elements,
Fan 226 at the top of upper heating mantles, wherein：Every bottom of transverse horizontal blowpipe 227 is provided with multiple stomatas 228, outer
Hold and be connected with outside blast main 215 after being upwardly extended through upper heating mantles 25.Exhaust is provided with the top of upper heating mantles 25
Hole 251.
The input of tempering mechanism 3 is connected with the output end of heating arrangements 2, and the tempering mechanism 3 includes frame 31, is located at
Horizontal feed roller 320 in frame 31, the frame 31 of the upper and lower of horizontal feed roller 320 is provided with and is connected with lowering or hoisting gear 37
Upper and lower reinforcing device 32, horizontal feed roller 320 is set up in parallel many, each two end of horizontal feed roller 320 respectively with set
Matched in the bearing in frame 31 and bearing block 313, wherein the roll shaft of one end is connected with Power Drive Unit 33, and power drives
Dynamic device 33 includes the sprocket wheel 39 being arranged on each roll shaft of the same side of horizontal feed roller 320, each sprocket wheel 39 with it is same
Root chain 310 is connected, and chain 310 is connected with the drive sprocket 311 on the output shaft of engine 318, on every horizontal feed roller 320
Tightrope 319 is all wound with, reinforcing device 32 includes being separately positioned on the upper bellows 34 and leeward of the upper and lower of horizontal feed roller 320
Case 312, each bellows include multiple interior bellows with cavity being set up in parallel, and each bellows bottom is provided with several through holes
321, top is set to the oblique top that one end is high, the other end is low, and low side is closed, and high-end to be connected with blast pipe 314, lowering or hoisting gear 37 includes
The vertical equity rotating shaft 36 of the top both sides of frame 31 is respectively arranged on, the every two ends of vertical equity rotating shaft 36 are arranged with sprocket wheel respectively
315, each sprocket wheel 315 is provided with lifting chain 35, and the one end for lifting chain 35 is connected with upper bellows 34, the other end and lower bellows
312 are connected, and driven sprocket is respectively equipped with two vertical equity rotating shafts 36, and two driven sprockets pass through driving-chain 316 and move respectively
Two drive sprockets 317 on the output shaft of power machine 38 are connected.
Claims (9)
1. a kind of U-shaped glass tempering processing system, including conveying mechanism, it is characterised in that also including being connected with conveying mechanism successively
Preheating mechanism, heating arrangements, tempering mechanism, wherein：
Preheating mechanism includes being set in it preheating cover of cavity, and the horizontal feed roller in preheating cover cavity, horizontal feed roller leads to
Cross transmission device to be connected with engine, preheating cover is provided with the circulation preheating device connected with cavity；
The heating arrangements include being set in it upper and lower heating mantles of cavity, the horizontal feed roller in cavity, located at conveying roller
Above and below upper and lower electrical heating elements, wherein：Horizontal feed roller is connected with Power Drive Unit, upper heating mantles both sides
It is provided with lowering or hoisting gear, and upper heating mantles cavity and is additionally provided with air current circulation；
The tempering mechanism includes frame, and the horizontal feed roller in frame, the frame of horizontal feed roller upper and lower is provided with
The upper and lower reinforcing device being connected with lowering or hoisting gear.
2. U-shaped glass tempering processing system according to claim 1, it is characterised in that：
The horizontal feed roller of the preheating mechanism is set up in parallel many, and every two ends of conveying roller are respectively with to be arranged on preheating cover outer
The bearing and bearing block of side are matched, and wherein one end is connected with transmission device；The transmission device includes being arranged on every conveying
The first helical gear on roller roll shaft, each first helical gear be arranged on corresponding second helical gear on power transmission shaft and mutually nibble
Close, the length of the power transmission shaft is adapted with preheating cover length, two ends of power transmission shaft are fixed on pre- by bearing and bearing block respectively
Hot cover corresponding end, the power transmission shaft of wherein one end is provided with driven sprocket, and the driven sprocket passes through driving-chain and power machine output shaft
On drive sprocket be connected, under being driven in engine, by drive sprocket, driving-chain, driven sprocket, power transmission shaft, helical teeth
Take turns to transmission, drive each conveying roller to rotate, complete the conveying to the U-shaped glass on conveying roller；
The horizontal feed roller of the heating arrangements is set up in parallel many, each two end of horizontal feed roller respectively with located at heating
Bearing and bearing block on the outside of cover is matched, and the roll shaft of wherein one end is connected with Power Drive Unit, the Power Drive Unit
Including the first belt wheel on each roll shaft of horizontal feed roller one end, each first belt wheel passes through respective transmission belt
The second belt wheel corresponding with horizontal drive shaft is connected, and length and the heating mantles length of the horizontal drive shaft are adapted, level
Two ends of power transmission shaft are fixed on heating mantles corresponding end by bearing and bearing block respectively, and horizontal drive shaft is provided with driven pulley,
The driven pulley is connected by main transmission belt with the driving pulley on power machine output shaft；
The horizontal feed roller of the tempering mechanism is set up in parallel many, each two end of horizontal feed roller respectively with located at frame
On bearing and bearing block it is matched, the roll shaft of wherein one end is connected with Power Drive Unit；The Power Drive Unit includes
Be arranged on the sprocket wheel on each roll shaft of horizontal feed roller same side, each sprocket wheel is connected with same chain, chain with it is dynamic
Drive sprocket on power machine output shaft is connected.
3. U-shaped glass tempering processing system according to claim 1, it is characterised in that：The circulation of the preheating mechanism is pre-
Thermal include located at preheating cover at the top of circulating fan and exhaust duct group, located at preheating cover two side on blast pipe group and
Gas igniter：Described circulating fan sets many, is distributed in preheating cover top, and each the vertical of circulating fan turns
Axle is connected after stretching out through preheating cover roof with the engine main shaft at the top of preheating cover；The exhaust duct group includes interval
The many vertical branch pipes at the top of preheating cover, and the level supervisor being connected with many vertical branch pipe upper ends, each of which root
The lower end of vertical branch pipe is connected with preheating cover cavity, and control valve is set on each vertical branch pipe；The gas igniter
Set multiple, be disposed on the upper and lower position of preheating cover sidepiece, each gas igniter is included in preheating cover cavity
Gas nozzle, be connected with gas nozzle and positioned at preheating cover outside combustion gas, air mixing tube, combustion gas mixing pipe pass through three reduction of fractions to a common denominators
It is not connected with gas supply pipe and air manifold, wherein air manifold is connected with preheating cover cavity.
4. U-shaped glass tempering processing system according to claim 3, it is characterised in that：The blast pipe of the preheating mechanism
Group sets multigroup, is disposed on preheating cover sidepiece, and each group includes the horizontal air inlet main pipe being connected with air blower, enters with level
The connected vertical winding pipe of wind supervisor, vertical winding pipe upper end is connected with the preheating cover cavity above horizontal feed roller
Logical, lower end is connected with the preheating cover cavity being located at below horizontal feed roller, and blast pipe group is set to multigroup, and interval is located at preheating cover
On the side wall of side.
5. U-shaped glass tempering processing system according to claim 1, it is characterised in that：The lifting dress of the heating arrangements
The vertical support guide posts of multiple including being symmetrically set on the outside of lower heating mantles two are put, and is symmetrically set in the outside of heating mantles two
Multiple column sleeves, each vertical support guide post top is provided with screw, each vertical support guide post upper end and corresponding column sleeve
Lower slide socket, be equipped with vertical screw rod in each vertical support guide post and correspondence column sleeve, the vertical screw rod with it is perpendicular
The screw bolt on allotment support lead column top, upper end are connected through the bearing of column sleeve roof with the transmission mechanism of outside；
The many transverse horizontals that the air current circulation includes in upper heating mantles cavity and is located at below electrical heating elements
Blowpipe, the fan at the top of upper heating mantles, wherein：Every transverse horizontal blowpipe bottom is provided with multiple stomatas, outer
Hold and be connected with outside blast main after being upwardly extended through upper heating mantles.
6. U-shaped glass tempering processing system according to claim 5, it is characterised in that：The lifting dress of the heating arrangements
Transmission mechanism in putting includes being arranged on the horizontal bevel gear of each vertical screw rod upper end, is arranged on vertical equity drive link
Multiple vertical bevel gears, each vertical bevel gear is meshed with corresponding horizontal bevel gear, and the vertical equity drive link sets
Four are put, wherein two are distributed in heating mantles top side, another two are distributed in heating mantles top opposite side, two per side
Vertical equity drive link the inner is respectively equipped with vertical bevel gear, and two vertical bevel gears are vertical with transverse horizontal transmission boom end
Common bevel gear is meshed, and transverse horizontal drive link middle part is provided with driven gear, the master on driven gear and power machine output shaft
Moving gear is meshed.
7. U-shaped glass tempering processing system according to claim 1, it is characterised in that：The tempering dress of the tempering mechanism
Upper bellows and lower bellows including being separately positioned on horizontal feed roller upper and lower are put, each bellows is set up in parallel including multiple
The interior bellows with cavity, each bellows bottom is provided with several through holes, and top is set to the oblique top that one end is high, the other end is low,
Low side is closed, high-end to be connected with blast pipe.
8. U-shaped glass tempering processing system according to claim 1, it is characterised in that：The lifting dress of the tempering mechanism
The vertical equity rotating shaft including being respectively arranged on frame top both sides is put, every vertical equity rotating shaft two ends are arranged with sprocket wheel respectively,
Each sprocket wheel is provided with lifting chain, and the one end for lifting chain is connected with upper bellows, and the other end is connected with lower bellows, two longitudinal water
Driven sprocket is respectively equipped with flat turn axle, two driven sprockets are respectively by two drive chains on driving-chain and power machine output shaft
Wheel is connected.
9. U-shaped glass tempering processing system according to claim 1, it is characterised in that：Every water of the tempering mechanism
Tightrope or flexible roller set are all wound with flat conveying roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621366237.2U CN206266433U (en) | 2016-12-13 | 2016-12-13 | A kind of U-shaped glass tempering processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621366237.2U CN206266433U (en) | 2016-12-13 | 2016-12-13 | A kind of U-shaped glass tempering processing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206266433U true CN206266433U (en) | 2017-06-20 |
Family
ID=59045288
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621366237.2U Expired - Fee Related CN206266433U (en) | 2016-12-13 | 2016-12-13 | A kind of U-shaped glass tempering processing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206266433U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108373272A (en) * | 2018-04-17 | 2018-08-07 | 深圳市诸脉科技有限公司 | A kind of glass tempering automatic assembly line |
-
2016
- 2016-12-13 CN CN201621366237.2U patent/CN206266433U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108373272A (en) * | 2018-04-17 | 2018-08-07 | 深圳市诸脉科技有限公司 | A kind of glass tempering automatic assembly line |
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Granted publication date: 20170620 Termination date: 20181213 |