CN2230760Y - Online glass coating apparatus for float process - Google Patents
Online glass coating apparatus for float process Download PDFInfo
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- CN2230760Y CN2230760Y CN 94222610 CN94222610U CN2230760Y CN 2230760 Y CN2230760 Y CN 2230760Y CN 94222610 CN94222610 CN 94222610 CN 94222610 U CN94222610 U CN 94222610U CN 2230760 Y CN2230760 Y CN 2230760Y
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Abstract
The utility model provides an online glass filming apparatus for a float process, comprising a large vehicle and a small vehicle which are used for supporting and transmitting a gas distribution device and a gas discharge device. Water cooling beams are arranged on the large vehicle and the small vehicle; the water cooling beams can be butted with each other to form a running orbit which crosses over a tin groove; the gas distribution device which is arranged on the water cooling beams is provide with a U-shaped mixed gas passage; the gas distribution device enables filming gas to form laminar flow on the surface of a glass ribbon; a U-shaped passage sweeping block device and a gas discharge slit sweeping device are arranged on the gas distribution device and the gas discharge device. The utility model uses the cold wall effect so that deposition of powder dust in the passage is effectively decreased. A powder dust sweeping device can carry out non-stop online sweeping in the tin groove. Filming glass has the advantages of good quality and high productive efficiency.
Description
The utility model is related to the equipment of glass coating, is a kind of equipment that is used for being given by several gases the glass ribbon surface deposition non-metallic film of motion in the floatation glass production line molten tin bath specifically.
Utilize chemical vapor deposition method at plate glass belt upper surface plated film, US Patent specification 4,496, a kind of equipment is disclosed in 045, this equipment makes plated film gas by distribution device in gas-fluid uniform distribution on glass ribbon width direction, gas forms the parallel direction stably stratified flow through the glass ribbon of " U " type guide channel and motion, and gas is derived passage by a gas and upwards discharged.This equipment is used for plated film after production for some time, can form a kind of silica flour that contains deposit near glass ribbon graphite block lower surface in U-shaped passage downstream, this deposit limited coating film area on U-shaped width of channel direction, and changed the direction that waste gas leaves sheet glass.This deposit contacts glass ribbon at last, and damages the glass face, so coating process is stopped and removes deposit.It is to be finished by a gas barrier that is placed in top, exhaust-duct that the waste gas of this equipment is derived, because this device closely is not connected with distribution device in gas-fluid, the operation and the exhaust effect of equipment is exerted an adverse impact.
The purpose of this utility model is at above-mentioned the deficiencies in the prior art part, and provides the equipment of the online glass coating of a kind of float glass process, this equipment to adopt cold wall construction design, can effectively slow down the deposit of deposit in the U-shaped passage; Distribution device in gas-fluid and gas barrier are installed clearing apparatus can realize that the deposit that does not stop in the online molten tin bath cleans; Distribution device in gas-fluid and gas barrier design are the body of combining closely, improve its exhaust effect and be convenient to production operation.
The technical scheme that realizes the utility model purpose is: the equipment of the online glass coating of a kind of float glass process, it has the cart that is used to support, send gas distribution and discharger and dolly, this cart and dolly provides orbit across molten tin bath for gas distribution and discharger.Its distribution device in gas-fluid has the mixed-gas channel of a U-shaped, and this passage width is basic suitable with substrate surface width to be coated.The elongated opening of U-shaped passage lower end makes mixed gas form laminar flow at glass surface, and the outlet of this passage and the inlet mouth of gas barrier join.On the bottom girder of cart and dolly, be provided with the lifting device that is used to adjust height of the carbody, be respectively equipped with the water-cooled beam that constitutes by cold water being fed in two groups of rectangular pipes and the pipe on this two car body, two beams dock in molten tin bath, form the orbit of striding molten tin bath crossbeam and gas distribution and discharger.One U-shaped cuts section bar and docks with two L shaped cutting section bar, and between two L shaped cutting section bar a horizontal dividing plate, constitute distribution device in gas-fluid main beam with center intake antrum and left and right two symmetrical backwater cavities.One rectangular section tube constitutes the gas exhausting device main beam with exhaust air chamber and waterway by establishing the less relatively rectangular section tube of a bore in the gusset.Inside upper part at this crossbeam has the bar shaped exhaust inlet, and the bottom is connected with the water wall attaching beam that is made of the external rectangular section tube of center water inlet pipe.Distribution device in gas-fluid main beam and gas barrier main beam connect by rectangular section tube, make it become an integral body.Have rectangular opening on the horizontal dividing plate between two L shaped cutting section bar, its top, hole is provided with the round tube of being with opening and joining with its hole on the wall, constitutes plated film gas inlet plenum.Be fixed with a bar shaped bloom below dividing plate, this bloom is provided with the even gas distribution spare that joins with rectangular opening.Upstream outside graphite block, center graphite block be by being bolted on the bar shaped bloom, constitutes the U-shaped mixed gas that is connected to even gas distribution spare the flow through upper part and the bottom of passage; Downstream interior side graphite block and outside graphite block are installed in the inboard of distribution device in gas-fluid and gas barrier attaching beam rectangular section tube respectively, constitute the downstream part of U-shaped air guide channel; Last graphite block and following graphite block are separately fixed at exhaust inlet place of gas barrier main beam, formation exhaust introduction chamber.Be provided with the U-shaped air guide channel cleaning piece of a bar shaped below the outside, upstream graphite block, center graphite block and the outside, downstream graphite block, this epirelief above cleaning piece partly stretches in the chamber, the end and downstream cavity of U-shaped passage.Be connected with the stay cord that the cleaning piece is moved respectively in the both sides of cleaning piece, this rope places respectively on the rotor wheel that is arranged on gas distribution and discharger main beam two ends.On the rotor wheel wheel shaft of one side, be provided with stay cord slide block tightening device and manual gear transmission mechanism.In the air chamber of gas barrier, be provided with the clearing apparatus that is used to remove the deposit of inlet mouth dust, this device has the angle bar of horizontal in the exhaust air chamber, which is provided with the cleaning bar parallel, have pull bar to extend outside the exhaust main beam side in a termination of angle bar with inlet mouth.The combination of gas distribution and discharger is provided with two pairs of road wheels, and wherein two road wheels are installed in the outside of distribution device in gas-fluid main beam; Two other is installed in the outside of gas barrier main beam.By these four road wheels gas distribution and discharger are placed on the cart water-cooled beam, and can move along docking with dolly water-cooled beam on formed two tracks across molten tin bath by cart water-cooled beam.On cart, be provided with the transmission winding plant that is used to transport gas distribution and discharger.
The technical scheme that realizes the utility model purpose also comprises: the inlet mouth place at the gas barrier main beam is arranged with the adjustment plate, and what this adjustments plate made that inlet mouth forms wide both sides, centre relative narrower does not wait the air-breathing slit of width.
Be arranged on cart and water-cooled beam on the dolly and be to be connected and to weld the less relatively rectangular section tube of a pair of bore respectively and constitute in the inboard of its pipe by separately a pair of rectangular section tube U-shaped binding beam by its top.Wherein big rectangular section tube is a water-cooled beam body pillar, and less relatively rectangular section tube constitutes orbit.Be provided with dolly water-cooled beam joint at cart water-cooled beam and engage liner, it is by a pair of insertion plate that is welded on dolly water-cooled beam both sides and be welded on a pair of limited block of cart water-cooled beam corresponding position and the guide deflection sheave on this piece constitutes.
The lifting device that is used to adjust height of the carbody is mounted in two step-down gears of four elevators, configuration coupking shaft and electric motor on the car bottom girder and connects the transmission shaft composition of elevator and step-down gear.Middle part at coupking shaft is provided with clutch coupling, and both sides are respectively equipped with manual clutch, and is separately installed with manual pulley at the axle two ends.Electric motor with coupking shaft by master and slave two belt pulleys and belt transmission.
On cart and dolly, be respectively arranged with the accent bending apparatus, it has the step-down gear that is fixed on the water-cooled beam and disposes handwheel, its speed reducer output shaft connects one and transfers cambered axle, these two ends are installed in respectively on the axle supporting base that is fixed in below the water-cooled beam, be provided with rope sling at the middle part of transferring cambered axle, this rope sling be hung on gas distribution and discharger crossbeam two ends below.
The drawing of accompanying drawing is described as follows:
Fig. 1 is the structural representation that this filming equipment is installed on narrow section of floatation glass production line molten tin bath;
Fig. 2 is gas distribution and discharger section of structure;
Fig. 3 is gas distribution and discharger assembly structure vertical view;
Fig. 4 is A-A part sectioned view of Fig. 3;
Fig. 5 is the side-view of distribution device in gas-fluid exhaust beam;
Fig. 6 is an exhaust beam inlet mouth DUST CLEANING front view;
Fig. 7 is B-B sectional view of Fig. 6;
Fig. 8 is a U-shaped air guide channel cleaning piece motor system assembling front view;
Fig. 9 is the vertical view of Fig. 8;
Figure 10 is the C-C view of Fig. 8;
Figure 11 is large and small car water-cooled beam docking structure vertical view;
Figure 12 is a water-cooled beam docking facilities topology view;
Figure 13 is the D-D sectional view of Figure 11;
Figure 14 is the lifting device structure figure of large and small car;
Figure 15 is that gas distribution and discharger send hoisting system figure;
Figure 16 is that gas distribution and discharger are transferred the bending apparatus topology view.
Below in conjunction with accompanying drawing embodiment of the present utility model is described in detail:
What Fig. 1 illustrated is that this filming equipment is installed on the situation on the float glass process production line.Cart 2 and dolly 9 place on the track 1 of molten tin bath 6 both sides floors, and its cart is provided with the water-cooled beam 3 of horizontal, and water-cooled beam 8, the two water-cooled beams that dolly is provided with horizontal stretch into molten tin bath and dock by docking facilities 7, form the continuous track across molten tin bath.The body 12 of combining closely that distribution device in gas-fluid and gas are discharged dress places on the cart water-cooled beam, and can be delivered in the molten tin bath along its continuous track by the transmission winding plant 4 on its car.Below two water-cooled beams 3 and 8, be respectively arranged with gas distribution and discharger accent bending apparatus 5 by body inner side.Be separately installed with the lifting device 10 that is used to adjust the water-cooled depth of beam on the bottom girder of cart 2 and dolly 9, this lifting device can be adjusted distribution device in gas-fluid and advance and be the 3-80 millimeter apart from high between the glass ribbon 11.
Fig. 2 has specifically provided the form that is provided with of distribution device in gas-fluid and gas exhausting device 12 structures and DUST CLEANING.-U-shaped cuts section bar and 13 14 docks with two L shaped cutting section bar, and between two L shaped cutting section bar horizontal dividing plate 18, constitute distribution device in gas-fluid main beam with center intake antrum 15 and left and right two symmetrical backwater cavities 19.One rectangular section tube 29 constitutes the gas exhausting device main beam with exhaust chest 28 and waterway 34 by establishing the less relatively rectangular section tube of a bore 30 in the gusset 35.Be provided with round tube 36 as water inlet pipe in waterway 34, chamber 34 is as drain chamber.The inboard of pipe 29 and 30 has strip shape gob, with coaming plate two strip shape gobs is connected and composed exhaust inlet, and this mouthful place is provided with the adjustment plate 27 that is used to regulate A/F.Be connected with by center water inlet pipe 38 external rectangular section tubes 37 in the bottom of gas barrier main beam inboard and constitute attaching beam with waterway 39.Have rectangular opening on the horizontal dividing plate 18 two L shaped cutting section bar between 14.Its top, hole is provided with the round tube 16 of being with opening and joining with it on the wall, constitutes plated film gas inlet plenum 17.Be fixed with the bar shaped bloom 49 of a band even gas distribution spare 46 below dividing plate 18, this bloom is adjusted the location by its lateral adjustment screw 44, and the rectangular opening on its even gas distribution spare 46 and the dividing plate 18 joins, and joint is by sealing strip 50 sealings.The outside, upstream graphite block 47, center graphite block 43 is fixed on bar shaped bloom 49 and the steel plate 42 by tight fixed bolt, forms the first half and the bottom 45 of the U-shaped gas guide path that is connected to even gas distribution spare.Downstream interior side graphite block 21 is fixed on cut section bar 13 inboard of U-shaped by stainless steel 20, the outside, downstream graphite block 41 is fixed on the inboard of rectangular section tube 37 by piece of stainless steel 40, constitute the downstream part 22 of U-shaped air guide channel.Last graphite block 23 and following graphite block 25 are connected on the piece of stainless steel 26 that is fixed in rectangular section tube 29 exhaust inlets place, constitute exhaust introduction chamber 24.U-shaped air guide channel cleaning piece 48 rely on the inside rectangular tank in both sides be configured in the outside, upstream graphite block, center graphite block and the outside, downstream graphite block below, this epirelief above cleaning piece partly stretches in the chamber, the end and downstream cavity of U-shaped air guide channel.The venting port clearing apparatus constitutes by establishing the cleaning bar 33 that is parallel to venting port on the angle bar 32 that is flat in the discharge chamber 28.
Fig. 3, Fig. 4 have provided the syndeton of distribution device in gas-fluid and discharger.The main beam of distribution device in gas-fluid and the main beam of gas exhausting device are coupled together by four rectangular pipes 54 and the flange 53 on it forms an integral body.Four road wheels 31 are two groups and are installed in its both sides.
Fig. 5, Fig. 6, Fig. 7 have provided the structure of the air-breathing slit and the exhaust clearing apparatus of gas barrier particularly.Several piece is adjusted plate 27 and is arranged on the gas barrier inlet mouth by symmetrical ladder by holding screw, the narrow not wide air-breathing slit in wide both sides in the middle of forming.The exhaust DUST CLEANING is a pair of, and it has horizontal angle bar 32 in discharge chamber 28, extends the cleaning bar 33 in the air-breathing slit on it by being threaded, and is provided with pull bar 55 in a side of angle bar 32 and extend out to outside the gas barrier main beam side.
Fig. 8, Fig. 9 and Figure 10 provide the concrete structure of U-shaped air guide channel cleaning piece motor system.The two ends of the cleaning piece 48 that graphite is made are separately fixed on the heat-resistant steel wire rope 51, rope 51 is arranged on a pair of rotor wheel 52, the a pair of rotor wheel of left end is fixed on the left end of gas distribution and discharger main beam by wheel shaft 58 and supporting plate 56, the a pair of rotor wheel of right-hand member is fixed on the sliding shoe 67 by wheel shaft 59 and resting support 66, and sliding shoe 67 cooperates with a slide block slot 68 that is fixed on gas distribution and discharger main beam right-hand member.End at wheel shaft 59 is equipped with driven bevel pinion 63, with the gear shaft terminal of the driving bevel gear 64 of gear 63 engagement manual pulley 65 is installed.Be provided with a tensioning screw 60 on retaining plate 57, an end of this screw rod is connected in sliding shoe 67, and the other end is provided with tensioning spring 61 and adjusts nut 62.
Figure 11, Figure 12 and Figure 13 have specifically provided the structure and the butt joint form of water-cooled beam 3 and 8.A pair of rectangular section tube 69 connects and composes the body pillar of water-cooled beam by the U-shaped binding beam 71 of top.Inboard at pipe 69 is welded the less relatively rectangular section tube of a bore 70 respectively, forms the orbit of gas distribution and discharger.Be provided with at two water-cooled beam joints and engage liner 7, it is by a pair of insertion plate 72 that is welded on dolly water-cooled beam 8 both sides and be welded on a pair of limited block 74 of cart water-cooled beam 3 corresponding positions and the guide deflection sheave 73 on the piece 74 constitutes.
Figure 14 has provided the structure of large and small car lifting device 10, and two step-down gears 80 link to each other by input shaft 83, and this transmission shaft is linked to each other with motor 77 by the belt pulley on shaft upper pulley 81, pulley belt 79 and the motor 78.Be provided with clutch coupling 82 at transmission shaft 83 middle parts, two ends of axle are equipped with manual pulley 85, dispose four angle ends that 84, four elevators 75 of manual clutch are separately positioned on body frame between wheel 85 and the step-down gear 80 spools 83, have transmission shaft 76 to link to each other between this elevator 75 and the step-down gear 80.Its elevator upper end adopts ball to connect with vehicle frame, and is flexible to guarantee adjusting one-sided car body lifting.
Figure 15 has specifically provided the structure of the transmission winding plant 4 that is used to transport gas distribution and discharger.It has the supporting mass 86,91 and 93 that is individually fixed on cart 2 car bodies, reel 92 is installed on the supporting mass 94, rotor wheel 94 respectively is housed on the supporting mass 86 and 93, send wireline 96 and be around in reel and be closed loop by two rotor wheels respectively, rope clamp can be installed on the following semi-ring of rope 96 and gas distribution be linked to each other with discharger with rope 96 by this rope clamp.Electric motor 90 is installed above reel 92, belt pulley 89 is installed on this motor output shaft, and by the belt pulley 87 on belt 88 connection step-down gears 92 input shafts, for reel provides rotational power.
Figure 16 provides a kind of being used for that gas distribution and discharger are transferred curved device.An a pair of axle supporting base 99 and a step-down gear 102 be fixed on the water-cooled beam below, transfer cambered axle 100 to be assemblied on the supporting base, be provided with becket bridle 98 at the middle part of axle 100, an external part of axle 100 connects step-down gear 102 output shafts by flange 101, and a side of step-down gear 102 is equipped with shakes handwheel 97.This transfers bending apparatus 5 is a pair of, be installed in the following of large and small car water-cooled beam respectively and lean on body inner side, becket bridle 98 is socketed on the hook of gas distribution and discharger one side during use, by shaking handwheel, by becket bridle and link up with the side of drop-down gas distribution and discharger, be that fulcrum can be adjusted gas distribution and the amount of deflection of discharger in molten tin bath with its road wheel 31.
The equipment of the online glass plated film of the float glass process that the utility model provides owing to adopted the cold wall construction design of the waterway 19 of being close to U-shaped channel lumens wall and 39, can reduce the deposit of dust in the U-shaped air guide channel effectively.The U-shaped air guide channel purging system of She Zhiing and the clearing apparatus of gas barrier simultaneously can realize easily that glass coating produces cleaning in the online molten tin bath, to enhance productivity, guarantee coating quality.
The incorporate design of its distribution device in gas-fluid and gas exhausting device makes things convenient for production operation, improves exhaust effect.
The exhaust slit designs is become middle wide, and the narrow form in both sides can make gas barrier produce uniform suction in glass ribbon width direction, and it is streamlined stable to guarantee that the plated film mixed gas forms at glass surface, helps coating quality.
Transfer the setting of bending apparatus can adjust the flexural deformation that distribution device in gas-fluid and discharger main beam produce effectively in molten tin bath, reduce the amount of deflection of beam, guarantee the accuracy of distance between plated film production unit and the glass ribbon.Play the effect that improves the glass coating quality simultaneously.
Claims (8)
1, the equipment of the online glass coating of a kind of float glass process, it comprises and is used for supporting, send the cart and the dolly of distribution device in gas-fluid and gas barrier, distribution device in gas-fluid has the mixed gas passage of a U type, the lower end of U type passage is provided with and makes mixed gas form streamlined elongated opening at glass surface, it is characterized in that: supporting, send the cart (2) of distribution device in gas-fluid and discharger (12) and the bottom girder of dolly (9) and be provided with the lifting device (10) of adjusting height of the carbody, be respectively equipped with the water-cooled beam (3) and (8) that constitute by two groups of rectangular pipes on its two car body, can in molten tin bath (6), dock, formation is across the orbit of molten tin bath, the top of distribution device in gas-fluid by U-shaped cut section bar (13) dock with two L shaped cutting section bar (14) and constitute distribution device in gas-fluid water-cooled main beam, by rectangular section tube (29), (30) and rectangular section tube (37), water inlet pipe (38) constitutes gas exhausting device water-cooled main beam and water-cooled attaching beam, two main beams form an integral body by rectangular section tube (54) connection, bottom at the U-shaped passage of distribution device in gas-fluid is provided with the air guide channel clearing apparatus, be provided with dust deposit clearing apparatus at the inlet mouth place of gas barrier, on cart (2), be provided with the transmission winding plant (4) that is used to transport gas distribution and discharger.
2, the equipment of the online glass coating of float glass process according to claim 1, it is characterized in that: between two L shaped cutting section bar, be provided with a horizontal dividing plate (18), plate has rectangular opening on (18), its top, hole is provided with the round tube (16) of a band opening, below dividing plate (18), be fixed with a bar shaped bloom (49), this bloom is provided with the even gas distribution spare (46) that joins with rectangular opening, the outside, upstream graphite block (47), center graphite block (43) is fixed on bloom (49) and the bloom (42), constitute upper part and bottom (45) of the U-shaped mixed gas flow path passage that is connected to even gas distribution spare, downstream interior side graphite block (21) and outside graphite block (41) are positioned on U-shaped the cut section bar inboard of (13) and the inboard of rectangular section tube (37) respectively, constitute the downstream part (22) of U-shaped air guide channel, last graphite block (23) and following graphite block (25) are separately fixed at exhaust inlet place that rectangle is cut into pipe (29), constitute exhaust introduction chamber (24).
3, the equipment of the online glass coating of float glass process according to claim 1, it is characterized in that: said air guide channel clearing apparatus has one and is arranged on the outside, upstream graphite block, the U-shaped air guide channel cleaning piece (48) of a following strip of center graphite block and the outside, downstream graphite block, the both sides of this cleaning piece are connected with the stay cord (51) that the cleaning piece is moved respectively, rope (51) places respectively on the rotor wheel (52) that is arranged on gas distribution and discharger main beam two ends, is provided with stay cord slide block tightening device and manual gear transmission mechanism on the rotor wheel wheel shaft (60) of one side.
4, the equipment of the online glass coating of float glass process according to claim 1, it is characterized in that: the dust deposit clearing apparatus that said gas barrier inlet mouth place is provided with is configured in the air chamber (28), it has the angle bar (32) of horizontal in exhaust chest, which is provided with a cleaning bar (33) parallel, have pull bar to extend outside the exhaust main beam side in a termination of angle bar (32) with inlet mouth.
5, the equipment of the online glass coating of float glass process according to claim 1 is characterized in that: be arranged with at the inlet mouth place of gas barrier main beam and adjust plate (27), what this adjustments plate made that gas port forms wide both sides, centre relative narrower does not wait the air-breathing slit of width.
6, the equipment of the online glass coating of float glass process according to claim 1, it is characterized in that: be arranged on water-cooled beam (3) and (8) on cart (2) and the dolly (9) and be by separately a pair of rectangular section tube (69) the U-shaped binding beam (71) by its top and is connected and in inboard less relatively rectangular section tube of a bore (70) formation of welding respectively of pipe (69), wherein pipe (69) is a water-cooled beam body pillar, pipe (70) constitutes orbit, be provided with at water-cooled beam (3) and (8) joint and engage liner (7), it is by a pair of insertion plate (72) that is welded on dolly water-cooled beam (8) both sides and be welded on a pair of limited block (74) and the formation of the guide deflection sheave (73) on the piece (74) of cart water-cooled beam (3) corresponding position.
7, the equipment of the online glass coating of float glass process according to claim 1, it is characterized in that: the lifting device (10) that is used to adjust height of the carbody is by four elevators (75) that are installed on the car bottom girder, the transmission shaft (76) of two step-down gears (80) of configuration input shaft (83) and electric motor (77) and connection elevator and step-down gear is formed, the axle middle part of transmission shaft (83) is provided with clutch coupling (82), both sides are respectively equipped with manual clutch (84), the two axial ends of its (83) is separately installed with manual pulley (85), and the same coupking shaft of motor (77) (83) is by belt pulley (78), (81) and belt (79) transmission.
8, the equipment of the online glass coating of float glass process according to claim 1, it is characterized in that: on cart (2) and dolly (9), be respectively arranged with and transfer bending apparatus (5), it has the step-down gear (102) that is fixed on the water-cooled beam and disposes handwheel (97), its speed reducer output shaft connects one and transfers cambered axle (100), these two ends are installed in respectively on the axle supporting base (99) that is fixed in below the water-cooled beam, be provided with a rope sling (98) at the middle part of transferring cambered axle, this rope sling be hung on gas distribution and discharger crossbeam two ends below.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94222610 CN2230760Y (en) | 1994-09-26 | 1994-09-26 | Online glass coating apparatus for float process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94222610 CN2230760Y (en) | 1994-09-26 | 1994-09-26 | Online glass coating apparatus for float process |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2230760Y true CN2230760Y (en) | 1996-07-10 |
Family
ID=33836580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 94222610 Expired - Fee Related CN2230760Y (en) | 1994-09-26 | 1994-09-26 | Online glass coating apparatus for float process |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2230760Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100340512C (en) * | 2005-11-08 | 2007-10-03 | 浙江大学蓝星新材料技术有限公司 | Apparatus for on-line coating film of float glass |
| CN105424401A (en) * | 2015-09-18 | 2016-03-23 | 福耀集团通辽有限公司 | Float glass production line cold end glass sampler and application method |
| WO2022183738A1 (en) * | 2021-03-02 | 2022-09-09 | 浙江大学 | Reactor for chemical vapor deposition method-based coated glass |
-
1994
- 1994-09-26 CN CN 94222610 patent/CN2230760Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100340512C (en) * | 2005-11-08 | 2007-10-03 | 浙江大学蓝星新材料技术有限公司 | Apparatus for on-line coating film of float glass |
| CN105424401A (en) * | 2015-09-18 | 2016-03-23 | 福耀集团通辽有限公司 | Float glass production line cold end glass sampler and application method |
| CN105424401B (en) * | 2015-09-18 | 2017-11-21 | 福耀集团通辽有限公司 | Float glass production line cold side glass sampler and application method |
| WO2022183738A1 (en) * | 2021-03-02 | 2022-09-09 | 浙江大学 | Reactor for chemical vapor deposition method-based coated glass |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |