CN105347698A - A roller press used for hollow glass - Google Patents
A roller press used for hollow glass Download PDFInfo
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- CN105347698A CN105347698A CN201510777949.7A CN201510777949A CN105347698A CN 105347698 A CN105347698 A CN 105347698A CN 201510777949 A CN201510777949 A CN 201510777949A CN 105347698 A CN105347698 A CN 105347698A
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Abstract
A roller press used for hollow glass is disclosed. The roller press comprises a rack. The rack comprises an input rack, a main rack and an output rack. The main rack from left to right is provided with a preheating chamber, a constant temperature heating chamber and a cooling chamber in order. A preheating device is disposed in the preheating chamber. The constant temperature heating chamber is provided with a constant temperature control system and a heating device. A cooling device is disposed in the cooling chamber. A first rolling device is disposed between the preheating chamber and the constant temperature heating chamber. A second rolling device is disposed between the constant temperature heating chamber and the cooling chamber, and is connected to a rolling distance adjusting device. A transmission mechanism is disposed in the rack, penetrates the rack horizontally, and is connected to a transmission driving mechanism. The roller press is simple in structure, scientific, convenient, highly targeted, and high in degree of automation. A finished product of the hollow glass is obtained by preheating, a first time of rolling, constant temperature heating, a second time of rolling, and cooling.
Description
Technical field
The present invention relates to a kind of double glazing roll squeezer.
Background technology
Glass rolling machine is the special double glazing equipment producing compound adhesive slip type double glazing.After two original sheet glass peripheries install joint strip, make it obtain a small amount of negative pressure and drier seal cavity by this machine heated baking, roll-in and sealing, and on gauge, reach predetermined requirement, thus obtain stand-by double glazing.
At present, there is following problem in the glass rolling machine that prior art is produced: after being the four overall heating and pressurizing sealings in limits to double glazing, have negative pressure in glass, easily produce that glass is uneven, adhesive tape distortion, frangible situation; Higher to vacuum system requirements, the used time is longer, cannot continuous seepage, and easily produce the problem such as bubble, displacement; Cannot carry out automatic transmission and location, cannot carry out stream line operation, very inconvenience, the very little and inefficiency of work range, process velocity can not meet the demand of people; Spacing between two blocks of glass not easily regulates.
Summary of the invention
The object of the present invention is to provide a kind of double glazing roll squeezer, this machine construction is simple, science is convenient, with strong points, level of automation is high, obtained the double glazing of finished product by preheating, the first roll-in, thermostatically heating, secondary roll-in, cooling process.Can automatically be located by transport sector and transmit, cooperation primary heater unit, rolling device, heating unit, the second rolling device and a refrigerating unit complete roll-in work, and the used time is short, working efficiency is high, and process velocity is fast, spacing-controllable.
In order to solve the problems of the technologies described above, adopt following technical scheme:
A kind of double glazing roll squeezer, comprise frame, frame comprises input chassis, mainframe and output frame, the left end of mainframe connects input chassis, the right-hand member of mainframe connects output frame, mainframe is provided with preheating chamber successively by left and the right side, thermostatically heating room and cooling room, the left end of preheating chamber is connected with input platform, the right-hand member of cooling room is connected with output stage, primary heater unit is provided with in preheating chamber, thermostatically heating indoor are provided with thermostatic control system and heating unit, refrigerating unit is provided with in cooling room, the first rolling device is provided with between preheating chamber and thermostatically heating room, the second rolling device is provided with between thermostatically heating room and cooling room, second rolling device is connected with roll-in spacing adjusting device, transport sector is provided with in frame, transport sector crosses frame, transport sector is connected with transmission driving mechanism.This machine first drives transport sector to start working by transmission driving mechanism, and the glass pieces be positioned over like this on delivery roll starts to travel forward.Glass pieces is introduced in preheating chamber carries out thermal pretreatment, under the effect of the first rolling device, carry out first time roll-in work; Then enter into thermostatically heating indoor and carry out thermostatically heating process, and go out the double glazing of finished product by the second rolling device and the roll-in of roll-in spacing adjusting device; Finally double glazing is transferred in cooling room and carries out cooling process, and exported by output stage.
Further, transmission driving mechanism comprises driving motor and transmission shaft, driving motor is arranged in input chassis, driving motor is connected with driving motor output shaft, driving motor output shaft is provided with driving toothed gear, transmission shaft is provided with follower gear, and driving toothed gear is meshed with follower gear, and transmission shaft connects transport sector.Transmission driving mechanism drives driving motor output shaft to rotate by driving motor, under the engagement of driving toothed gear and follower gear, is passed on transmission shaft, passes to transport sector by transmission shaft by the motivating force on driving motor output shaft.
Further, transport sector comprises transmission chain and gear frame, transmission chain is provided with drive sprocket, driving chain wheel and fifth wheel, be provided with transmission axle and coupling shaft in gear frame, on transmission axle, cover has delivery roll, and delivery roll is in being horizontally arranged between gear frame, drive sprocket is placed on transmission shaft, and driving chain wheel is placed on transmission axle.
Further, coupling shaft comprises coupling shaft and lower coupling shaft, and fifth wheel comprises fifth wheel and lower fifth wheel, and on upper coupling shaft, cover has upper fifth wheel, and upper fifth wheel and transmission chain match, and on lower coupling shaft, cover has lower fifth wheel, and lower fifth wheel and transmission chain match.Transport sector drives upper fifth wheel, lower fifth wheel and driving chain wheel to start to rotate by drive sprocket, and under the effect of transmission chain, drive transmission axle to start to rotate, such delivery roll just can drive glass pieces to carry out roll-in work.
Further, primary heater unit comprises preheating support, and preheating support comprises preheating support and lower preheating support, upper preheating support is positioned at the top of gear frame, lower preheating support is positioned at the below of gear frame, and upper preheating support is provided with preheating tube, and lower preheating support is provided with lower preheating tube.Primary heater unit, by the upper preheating tube on upper preheating support and lower preheating support and lower preheating tube, carries out thermal pretreatment to the upper surface of glass pieces and lower surface, is that the first rolling device is done first time roll-in work to glass pieces and prepared.Be provided with halogen lamp (not shown in FIG.) in upper preheating tube and lower preheating tube, halogen lamp working efficiency is high, and pre-heat effect is good.
Further, heating unit comprises heated holder, heated holder comprises heated holder and lower heated holder, upper heated holder is positioned at the top of gear frame, lower heated holder is positioned at the below of gear frame, upper heated holder is provided with heating tube, and lower heated holder is provided with lower heating tube, and upper heating tube is all connected thermostatic control system with lower heating tube.Heating unit, by the upper heating tube in upper heated holder and lower heated holder and lower heating tube, carries out thermostatically heating process to the upper surface of glass pieces and lower surface, is that the second rolling device is done second time roll-in work to glass pieces and prepared.Upper heating tube and lower heating tube are far infrared rays fluorescent tube, and rate of heating is fast, and thermo-efficiency is high.
Further, refrigerating unit comprises cooling tank, cooling tank comprises cooling tank and lower cooling tank, upper cooling tank is positioned at the top of gear frame, lower cooling tank is positioned at the below of gear frame, be provided with refrigeration cycle pipe in upper cooling tank, be provided with lower refrigeration cycle pipe in lower cooling tank, upper refrigeration cycle pipe and lower refrigeration cycle pipe are connected with cold and hot switch room.Refrigerating unit provides water coolant by cold and hot switch room for upper refrigeration cycle pipe and lower refrigeration cycle pipe, goes up cooling tank and lower cooling tank like this and just can carry out cooling process for the glass pieces after roll-in, increase work efficiency.
Further, first rolling device comprises the first roll-in room, first roll-in indoor are provided with the first roller frame and the first carrier roller frame, first roller frame is positioned at the top of the first roll-in room, first carrier roller frame is positioned at the below of the first roll-in room, and the first roller frame is provided with the first pressure roller, and the first carrier roller frame is provided with the first carrying roller, the upper end of the first roller frame is provided with first piston bar, and first piston bar is connected with the first cylinder.First rolling device promotes first piston bar by the first cylinder and makes flexible translational motion, and such first roller frame just can drive the first pressure roller to carry out roll-in work.First pressure roller and the first carrying roller are ebonite roller, by ebonite roller by glass pieces roll-in to definite shape, for the work of heating unit and the second rolling device is prepared.
Further, second rolling device comprises the second roll-in room, second roll-in indoor are provided with the second roller frame and the second carrier roller frame, second roller frame is positioned at the top of the second roll-in room, and the second carrier roller frame is positioned at the below of the second roll-in room, and the second roller frame is provided with the second pressure roller, second carrier roller frame is provided with the second carrying roller, the upper end of the second roller frame is provided with the second piston rod, and the second piston rod is connected with the second cylinder, and the lower end of the second carrier roller frame connects roll-in spacing adjusting device.Second rolling device promotes the second piston rod by the second cylinder and makes flexible translational motion, and such second roller frame just can drive the second pressure roller to carry out roll-in work.Second pressure roller and the second carrying roller are soft roll, by soft roll and roll-in spacing adjusting device, control the spacing between glass better, make it reach the requirement of production.
Further, roll-in spacing adjusting device comprises adjustment motor and ball screw, motor is regulated to be connected with adjustment motor output shaft, the other end of motor output shaft is regulated to be connected with worm-gear speed reducer, worm-gear speed reducer connects ball screw, ball screw is provided with ball nut, and ball nut is connected with adjustment seat, and adjustment seat connects the second carrier roller frame.Roll-in spacing adjusting device rotates by regulating motor output shaft, under the effect of worm-gear speed reducer, ball screw is driven also and then to rotate, like this under the effect of ball nut, adjustment seat just can be driven to make upper and lower translational motion, by mobile whole second carrier roller frame, control the spacing between glass, make the double glazing of production reach production requirement.
Owing to adopting technique scheme, there is following beneficial effect:
The present invention is a kind of double glazing roll squeezer, and this machine construction is simple, science is convenient, with strong points, level of automation is high, is obtained the double glazing of finished product by preheating, a roll-in, thermostatically heating, secondary roll-in, cooling process.Can automatically be located by transport sector and transmit, coordinate primary heater unit, the first rolling device, heating unit, the second rolling device and refrigerating unit to complete roll-in work, the used time be short, working efficiency is high, and process velocity is fast, spacing-controllable.This machine first drives transport sector to start working by transmission driving mechanism, and the glass pieces be positioned over like this on delivery roll starts to travel forward.Glass pieces is introduced in preheating chamber carries out thermal pretreatment, under the effect of the first rolling device, carry out first time roll-in work; Then enter into thermostatically heating indoor and carry out thermostatically heating process, and go out the double glazing of finished product by the second rolling device and the roll-in of roll-in spacing adjusting device; Finally double glazing is transferred in cooling room and carries out cooling process, and exported by output stage.
Transmission driving mechanism drives driving motor output shaft to rotate by driving motor, under the engagement of driving toothed gear and follower gear, is passed on transmission shaft, passes to transport sector by transmission shaft by the motivating force on driving motor output shaft.Transport sector drives upper fifth wheel, lower fifth wheel and driving chain wheel to start to rotate by drive sprocket, and under the effect of transmission chain, drive transmission axle to start to rotate, such delivery roll just can drive glass pieces to carry out roll-in work.
Primary heater unit, by the upper preheating tube on upper preheating support and lower preheating support and lower preheating tube, carries out thermal pretreatment to the upper surface of glass pieces and lower surface, is that the first rolling device is done first time roll-in work to glass pieces and prepared.Be provided with halogen lamp (not shown in FIG.) in upper preheating tube and lower preheating tube, halogen lamp working efficiency is high, and pre-heat effect is good.Heating unit, by the upper heating tube in upper heated holder and lower heated holder and lower heating tube, carries out thermostatically heating process to the upper surface of glass pieces and lower surface, is that the second rolling device is done second time roll-in work to glass pieces and prepared.Upper heating tube and lower heating tube are far infrared rays fluorescent tube, and rate of heating is fast, and thermo-efficiency is high.Refrigerating unit provides water coolant by cold and hot switch room for upper refrigeration cycle pipe and lower refrigeration cycle pipe, goes up cooling tank and lower cooling tank like this and just can carry out cooling process for the glass pieces after roll-in, increase work efficiency.
First rolling device promotes first piston bar by the first cylinder and makes flexible translational motion, and such first roller frame just can drive the first pressure roller to carry out roll-in work.First pressure roller and the first carrying roller are ebonite roller, by ebonite roller by glass pieces roll-in to definite shape, for the work of heating unit and the second rolling device is prepared.Second rolling device promotes the second piston rod by the second cylinder and makes flexible translational motion, and such second roller frame just can drive the second pressure roller to carry out roll-in work.Second pressure roller and the second carrying roller are soft roll, by soft roll and roll-in spacing adjusting device, control the spacing between glass better, make it reach the requirement of production.Roll-in spacing adjusting device rotates by regulating motor output shaft, under the effect of worm-gear speed reducer, ball screw is driven also and then to rotate, like this under the effect of ball nut, adjustment seat just can be driven to make upper and lower translational motion, by mobile whole second carrier roller frame, control the spacing between glass, make the double glazing of production reach production requirement.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the invention will be further described:
Fig. 1 is the structural representation of a kind of double glazing roll squeezer in the present invention;
Fig. 2 is the perspective view of transport sector and transmission driving mechanism in the present invention;
Fig. 3 is the internal structure schematic diagram of preheating chamber in the present invention;
Fig. 4 is the structural representation of the first rolling device in the present invention;
Fig. 5 is the internal structure schematic diagram of thermostatically heating room in the present invention;
Fig. 6 is the structural representation of the second rolling device and roll-in spacing adjusting device in the present invention;
Fig. 7 is the structural representation of cooling room in the present invention;
Embodiment
As shown in Figures 1 to 7, a kind of double glazing roll squeezer, comprises frame 1, and frame 1 comprises input chassis 11, mainframe 12 and exports frame 13, and the left end of mainframe 12 connects input chassis 11, and the right-hand member of mainframe 12 connects output frame 13.Mainframe 12 is provided with preheating chamber 15, thermostatically heating room 16 and cooling room 17 successively by left and the right side, and the left end of preheating chamber 15 is connected with input platform 14, and the right-hand member of cooling room 17 is connected with output stage 18.Be provided with primary heater unit 2 in preheating chamber 15, be provided with thermostatic control system 35 and heating unit 3 in thermostatically heating room 16, in cooling room 17, be provided with refrigerating unit 4.Be provided with the first rolling device 5 between preheating chamber 15 and thermostatically heating room 16, be provided with the second rolling device 6, second rolling device 6 between thermostatically heating room 16 and cooling room 17 and be connected with roll-in spacing adjusting device 7.Be provided with transport sector 8 in frame 1, transport sector 8 crosses frame 1, and transport sector 8 is connected with transmission driving mechanism 9.This machine construction is simple, science is convenient, with strong points, level of automation is high, is obtained the double glazing of finished product by preheating, a roll-in, thermostatically heating, secondary roll-in, cooling process.Can automatically be located by transport sector 8 and transmit, coordinate primary heater unit 2, first rolling device 5, heating unit 3, second rolling device 6 and refrigerating unit 4 to complete roll-in work, the used time be short, working efficiency is high, and process velocity is fast, spacing-controllable.
Transmission driving mechanism 9 comprises driving motor 91 and transmission shaft 82, driving motor 91 is arranged in input chassis 11, driving motor 91 is connected with driving motor output shaft 92, driving motor output shaft 92 is provided with driving toothed gear 93, transmission shaft 82 is provided with follower gear 94, driving toothed gear 93 is meshed with follower gear 94, and transmission shaft 82 connects transport sector 8.Transmission driving mechanism 9 drives driving motor output shaft 92 to rotate by driving motor 91, at driving toothed gear 93 with under the engagement of follower gear 94, motivating force on driving motor output shaft 92 is passed on transmission shaft 82, passes to transport sector 8 by transmission shaft 82.Transport sector 8 comprises transmission chain 87 and gear frame 80, transmission chain 87 is provided with drive sprocket 95, driving chain wheel 86 and fifth wheel, transmission axle 85 and coupling shaft is provided with in gear frame 80, on transmission axle 85, cover has delivery roll 81, delivery roll 81 is in being horizontally arranged between gear frame 80, and drive sprocket 95 is placed on transmission shaft 82, and driving chain wheel 86 is placed on transmission axle 85.Coupling shaft comprises coupling shaft 83 and lower coupling shaft 84, fifth wheel comprises fifth wheel 88 and lower fifth wheel 89, and on upper coupling shaft 83, cover has upper fifth wheel 88, and upper fifth wheel 88 matches with transmission chain 87, on lower coupling shaft 84, cover has lower fifth wheel 89, and lower fifth wheel 89 matches with transmission chain 87.Transport sector 8 drives upper fifth wheel 88, lower fifth wheel 89 and driving chain wheel 86 to start to rotate by drive sprocket 95, and under the effect of transmission chain 87, drive transmission axle 85 to start to rotate, such delivery roll 81 just can drive glass pieces to carry out roll-in work.
Primary heater unit 2 comprises preheating support, preheating support comprises preheating support 21 and lower preheating support 22, upper preheating support 21 is positioned at the top of gear frame 80, lower preheating support 22 is positioned at the below of gear frame 80, upper preheating support 21 is provided with preheating tube 23, and lower preheating support 22 is provided with lower preheating tube 24.Primary heater unit 2, by the upper preheating tube 23 on upper preheating support 21 and lower preheating support 22 and lower preheating tube 24, carries out thermal pretreatment to the upper surface of glass pieces and lower surface, is that the first rolling device 5 pairs of glass pieces are done first time roll-in work and prepared.Be provided with halogen lamp (not shown in FIG.) in upper preheating tube 23 and lower preheating tube 24, halogen lamp working efficiency is high, and pre-heat effect is good.Heating unit 3 comprises heated holder, heated holder comprises heated holder 31 and lower heated holder 32, upper heated holder 31 is positioned at the top of gear frame 80, lower heated holder 32 is positioned at the below of gear frame 80, upper heated holder 31 is provided with heating tube 33, lower heated holder 32 is provided with lower heating tube 34, and upper heating tube 33 is all connected thermostatic control system 35 with lower heating tube 34.Heating unit 3, by the upper heating tube 33 in upper heated holder 31 and lower heated holder 32 and lower heating tube 34, carries out thermostatically heating process to the upper surface of glass pieces and lower surface, is that the second rolling device 6 pairs of glass pieces are done second time roll-in work and prepared.Upper heating tube 33 and lower heating tube 34 are far infrared rays fluorescent tube, and rate of heating is fast, and thermo-efficiency is high.Refrigerating unit 4 comprises cooling tank, cooling tank comprises cooling tank 41 and lower cooling tank 42, upper cooling tank 41 is positioned at the top of gear frame 80, lower cooling tank 42 is positioned at the below of gear frame 80, refrigeration cycle pipe 43 is provided with in upper cooling tank 41, be provided with lower refrigeration cycle pipe 44 in lower cooling tank 42, upper refrigeration cycle pipe 43 and lower refrigeration cycle pipe 44 are connected with cold and hot switch room 45.Refrigerating unit 4 provides water coolant by cold and hot switch room 45 for upper refrigeration cycle pipe 43 and lower refrigeration cycle pipe 44, goes up cooling tank 41 and lower cooling tank 42 like this and just can carry out cooling process for the glass pieces after roll-in, increase work efficiency.
First rolling device 5 comprises the first roll-in room 51, the first roller frame 52 and the first carrier roller frame 53 is provided with in first roll-in room 51, first roller frame 52 is positioned at the top of the first roll-in room 51, first carrier roller frame 53 is positioned at the below of the first roll-in room 51, first roller frame 52 is provided with the first pressure roller 54, the upper end that first carrier roller frame 53 is provided with the first carrying roller 55, first pressure roller 54 frame 52 is provided with first piston bar 56, and first piston bar 56 is connected with the first cylinder 57.First rolling device 5 promotes first piston bar 56 by the first cylinder 57 and makes flexible translational motion, and such first pressure roller 54 frame 52 just can drive the first pressure roller 54 to carry out roll-in work.First pressure roller 54 and the first carrying roller 55 are ebonite roller, by ebonite roller by glass pieces roll-in to definite shape, for the work of heating unit 3 and the second rolling device 6 is prepared.Second rolling device 6 comprises the second roll-in room 61, the second roller frame 62 and the second carrier roller frame 63 is provided with in second roll-in room 61, second roller frame 62 is positioned at the top of the second roll-in room 61, second carrier roller frame 63 is positioned at the below of the second roll-in room 61, second roller frame 62 is provided with the second pressure roller 64, second carrier roller frame 63 is provided with the second carrying roller 65, the upper end of the second pressure roller 64 frame 62 is provided with the second piston rod 66, the lower end that second piston rod 66 is connected with the second cylinder 67, second carrying roller 65 frame 63 connects roll-in spacing adjusting device 7.Second rolling device 6 promotes the second piston rod 66 by the second cylinder 67 and makes flexible translational motion, and such second pressure roller 64 frame 62 just can drive the second pressure roller 64 to carry out roll-in work.Second pressure roller 64 and the second carrying roller 65 are soft roll, by soft roll and roll-in spacing adjusting device 7, control the spacing between glass better, make it reach the requirement of production.Roll-in spacing adjusting device 7 comprises adjustment motor 71 and ball screw 74, regulate motor 71 to be connected with and regulate motor output shaft 72, the other end of motor output shaft 72 is regulated to be connected with worm-gear speed reducer 73, worm-gear speed reducer 73 connects ball screw 74, ball screw 74 is provided with ball nut 75, ball nut 75 is connected with adjustment seat 76, and adjustment seat 76 connects the second carrier roller frame 63.Roll-in spacing adjusting device 7 rotates by regulating motor output shaft 72, under the effect of worm-gear speed reducer 73, ball screw 74 is driven also and then to rotate, like this under the effect of ball nut 75, adjustment seat 76 just can be driven to make upper and lower translational motion, by mobile whole second carrier roller frame 63, control the spacing between glass, make the double glazing of production reach production requirement.
The principle of work of a kind of double glazing roll squeezer of the present invention: this machine first drives transport sector 8 to start working by transmission driving mechanism 9, and the glass pieces be positioned over like this on delivery roll 81 starts to travel forward.Glass pieces is introduced in preheating chamber 15 carries out thermal pretreatment, under the effect of the first rolling device 5, carry out first time roll-in work; Then enter in thermostatically heating room 16 and carry out thermostatically heating process, and go out the double glazing of finished product by the second rolling device 6 and roll-in spacing adjusting device 7 roll-in; Finally double glazing is transferred in cooling room 17 and carries out cooling process, and exported by output stage 18.
These are only specific embodiments of the invention, but technical characteristic of the present invention is not limited thereto.Any based on the present invention, for solving substantially identical technical problem, realize substantially identical technique effect, done ground simple change, equivalent replacement or modification etc., be all covered by among protection scope of the present invention.
Claims (10)
1. a double glazing roll squeezer, comprise frame, described frame comprises input chassis, mainframe and output frame, the left end of described mainframe connects described input chassis, the right-hand member of described mainframe connects described output frame, it is characterized in that: described mainframe is provided with preheating chamber successively by left and the right side, thermostatically heating room and cooling room, the left end of described preheating chamber is connected with input platform, the right-hand member of described cooling room is connected with output stage, primary heater unit is provided with in described preheating chamber, described thermostatically heating indoor are provided with thermostatic control system and heating unit, refrigerating unit is provided with in described cooling room, the first rolling device is provided with between described preheating chamber and described thermostatically heating room, the second rolling device is provided with between described thermostatically heating room and described cooling room, described second rolling device is connected with roll-in spacing adjusting device, transport sector is provided with in described frame, described transport sector crosses described frame, described transport sector is connected with transmission driving mechanism.
2. a kind of double glazing roll squeezer according to claim 1, it is characterized in that: described transmission driving mechanism comprises driving motor and transmission shaft, described driving motor is arranged in described input chassis, described driving motor is connected with driving motor output shaft, described driving motor output shaft is provided with driving toothed gear, described transmission shaft is provided with follower gear, and described driving toothed gear is meshed with described follower gear, and described transmission shaft connects described transport sector.
3. a kind of double glazing roll squeezer according to claim 2, it is characterized in that: described transport sector comprises transmission chain and gear frame, described transmission chain is provided with drive sprocket, driving chain wheel and fifth wheel, be provided with transmission axle and coupling shaft in described gear frame, on described transmission axle, cover has delivery roll, and described delivery roll is in being horizontally arranged between described gear frame, described drive sprocket is placed on described transmission shaft, and described driving chain wheel is placed on described transmission axle.
4. a kind of double glazing roll squeezer according to claim 3, it is characterized in that: described coupling shaft comprises coupling shaft and lower coupling shaft, described fifth wheel comprises fifth wheel and lower fifth wheel, on described upper coupling shaft, cover has described upper fifth wheel, described upper fifth wheel and described transmission chain match, on described lower coupling shaft, cover has described lower fifth wheel, and described lower fifth wheel and described transmission chain match.
5. a kind of double glazing roll squeezer according to claim 3, it is characterized in that: described primary heater unit comprises preheating support, described preheating support comprises preheating support and lower preheating support, described upper preheating support is positioned at the top of described gear frame, described lower preheating support is positioned at the below of described gear frame, described upper preheating support is provided with preheating tube, and described lower preheating support is provided with lower preheating tube.
6. a kind of double glazing roll squeezer according to claim 3, it is characterized in that: described heating unit comprises heated holder, described heated holder comprises heated holder and lower heated holder, described upper heated holder is positioned at the top of described gear frame, described lower heated holder is positioned at the below of described gear frame, described upper heated holder is provided with heating tube, and described lower heated holder is provided with lower heating tube, and described upper heating tube is all connected described thermostatic control system with described lower heating tube.
7. a kind of double glazing roll squeezer according to claim 3, it is characterized in that: described refrigerating unit comprises cooling tank, described cooling tank comprises cooling tank and lower cooling tank, described upper cooling tank is positioned at the top of described gear frame, described lower cooling tank is positioned at the below of described gear frame, be provided with refrigeration cycle pipe in described upper cooling tank, be provided with lower refrigeration cycle pipe in described lower cooling tank, described upper refrigeration cycle pipe and described lower refrigeration cycle pipe are connected with cold and hot switch room.
8. a kind of double glazing roll squeezer according to claim 1, it is characterized in that: described first rolling device comprises the first roll-in room, described first roll-in indoor are provided with the first roller frame and the first carrier roller frame, described first roller frame is positioned at the top of described first roll-in room, described first carrier roller frame is positioned at the below of described first roll-in room, described first roller frame is provided with the first pressure roller, described first carrier roller frame is provided with the first carrying roller, the upper end of described first roller frame is provided with first piston bar, and described first piston bar is connected with the first cylinder.
9. a kind of double glazing roll squeezer according to claim 1, it is characterized in that: described second rolling device comprises the second roll-in room, described second roll-in indoor are provided with the second roller frame and the second carrier roller frame, described second roller frame is positioned at the top of described second roll-in room, described second carrier roller frame is positioned at the below of described second roll-in room, described second roller frame is provided with the second pressure roller, described second carrier roller frame is provided with the second carrying roller, the upper end of described second roller frame is provided with the second piston rod, described second piston rod is connected with the second cylinder, the lower end of described second carrier roller frame connects described roll-in spacing adjusting device.
10. a kind of double glazing roll squeezer according to claim 9, it is characterized in that: described roll-in spacing adjusting device comprises adjustment motor and ball screw, described adjustment motor is connected with adjustment motor output shaft, the other end of described adjustment motor output shaft is connected with worm-gear speed reducer, described worm-gear speed reducer connects described ball screw, described ball screw is provided with ball nut, and described ball nut is connected with adjustment seat, and described adjustment seat connects described second carrier roller frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510777949.7A CN105347698A (en) | 2015-11-13 | 2015-11-13 | A roller press used for hollow glass |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510777949.7A CN105347698A (en) | 2015-11-13 | 2015-11-13 | A roller press used for hollow glass |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105347698A true CN105347698A (en) | 2016-02-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510777949.7A Withdrawn CN105347698A (en) | 2015-11-13 | 2015-11-13 | A roller press used for hollow glass |
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| CN (1) | CN105347698A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106477918A (en) * | 2016-08-15 | 2017-03-08 | 湖南玉丰真空科学技术有限公司 | Vacuum glass dynamic rolling device |
| CN107935412A (en) * | 2017-12-28 | 2018-04-20 | 信义玻璃（营口）有限公司 | Horizontal glass rolling device and glass production line |
| CN112159079A (en) * | 2020-09-04 | 2021-01-01 | 安徽鑫民玻璃股份有限公司 | Glass product calendering device |
| CN114873550A (en) * | 2022-05-23 | 2022-08-09 | 四川高晟医药包材科技有限公司 | Production and processing device and method for ampoule bottles |
-
2015
- 2015-11-13 CN CN201510777949.7A patent/CN105347698A/en not_active Withdrawn
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106477918A (en) * | 2016-08-15 | 2017-03-08 | 湖南玉丰真空科学技术有限公司 | Vacuum glass dynamic rolling device |
| CN107935412A (en) * | 2017-12-28 | 2018-04-20 | 信义玻璃（营口）有限公司 | Horizontal glass rolling device and glass production line |
| CN112159079A (en) * | 2020-09-04 | 2021-01-01 | 安徽鑫民玻璃股份有限公司 | Glass product calendering device |
| CN112159079B (en) * | 2020-09-04 | 2022-12-27 | 安徽鑫民玻璃股份有限公司 | Glass product calendering device |
| CN114873550A (en) * | 2022-05-23 | 2022-08-09 | 四川高晟医药包材科技有限公司 | Production and processing device and method for ampoule bottles |
| CN114873550B (en) * | 2022-05-23 | 2024-02-23 | 四川高晟医药包材科技有限公司 | Ampoule bottle production and processing device and method |
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Application publication date: 20160224 |