CN203513502U

CN203513502U - Glass lamination production line

Info

Publication number: CN203513502U
Application number: CN201320552035.7U
Authority: CN
Inventors: 樊晖
Original assignee: Individual
Current assignee: Zhengzhou Xinchuang Glass Technology Co ltd
Priority date: 2013-09-05
Filing date: 2013-09-05
Publication date: 2014-04-02
Anticipated expiration: 2023-09-05

Abstract

The utility model relates to the technical field of glass lamination, and particularly relates to a glass lamination production line which comprises a cleaning device, a first detection device, a dust removal device, an anti-static device, a lamination device, a cutting device and a second detection device sequentially arranged along the glass sheet transmission direction, wherein the lamination device comprises an upper extrusion roller and a lower extrusion roller; the upper extrusion roller and the lower extrusion roller are arranged in parallel up and down; the lower extrusion roller is driven to rotate by a motor; a film supply frame and a recovery frame are also arranged above the lamination device; an arrangement rod is arranged below the film supply frame. The glass lamination production line provided by the utility model can sequentially finish each process of glass lamination and has a high automation degree; the dust removal device comprises multiple upper dust sticky paper rolls, upper dust sticky rollers, lower dust sticky rollers and lower dust sticky paper rolls, and the anti-static device comprises multiple static rods, thus the dust removal and anti-static effects are relatively good; experiments indicate that the dust removal rate and anti-static rate both exceed 99%, thereby being favorable for improving the product quality.

Description

Adhering film to glass production line

Technical field

The utility model relates to adhering film to glass technical field, particularly a kind of adhering film to glass production line.

Background technology

Existing glass, especially surface is provided with the glass of metal-plated rete, conventionally can paste layer protecting film, with the metal-plated rete on protective glass surface, is not destroyed, and conventional glassy membrane comprises PET, PVC, PE etc.

The pad pasting at present glass being carried out generally comprises following operation: glass is carried out to dedusting → destatic → pad pasting → detection.Existing equipment is all generally for single track operation, for example sheet glass is carried out the dust removal installation of dedusting, and the cleaning apparatus of dust removal installation is all fairly simple, for example, cleaning apparatus generally only adopts a pair of cleaning roller, cause like this dedusting and the effect that destatics poor, general dust removal efficiency and destatic rate and can only reach 80% left and right, had a strong impact on the quality of product after pad pasting, and working (machining) efficiency is not high yet.In the situation of having relatively high expectations for the exterior quality of glass after pad pasting in addition, can not or can only there is dust in former of pad pasting front glass on a small quantity, but existing equipment is when operation, is relatively difficult to realize.

Utility model content

The utility model is in order to solve at present due to the dedusting of adhering film to glass equipment and the efficiency of device such as to destatic not high, affect the problem of the quality of the product after adhering film to glass, particularly, on the basis of improving the quality of products, the continuous industrialization that realizes product is produced and a kind of adhering film to glass production line of providing.

For reaching above-mentioned functions, the technical scheme that the utility model provides is:

A kind of adhering film to glass production line, comprise in the direction of sheet glass transmission and be successively set on washing unit, the first proofing unit, cleaning apparatus, Destaticizing device, film sticking apparatus, cutting unit and the second detection device in frame, described film sticking apparatus comprises extrusion roll and lower extrusion roll, described upper extrusion roll and described lower extrusion roll be arranged in parallel up and down side by side, described lower extrusion roll is driven and is rotated by motor, the top of described film sticking apparatus is also provided with to film frame and reclaims frame, and the described below of film frame of giving is provided with arrangement bar.

Preferably, described washing unit comprises several cleaning groups, and described cleaning group comprises a pair of spray colunm and a pair of cleaning roller arranging in opposite directions, on described cleaning roller, is coated with bristle.

Preferably, described the first proofing unit and second detection device comprise respectively several detectors, and described detector is arranged in frame and is positioned at the below of described sheet glass.

Preferably, described cleaning apparatus comprises binding dust paper roll on several, upper Roller for sticking dust, lower Roller for sticking dust and lower binding dust paper roll; Described upper binding dust paper roll and described upper Roller for sticking dust outside surface are tangent; Described lower Roller for sticking dust and described lower binding dust paper roll outside surface are tangent.

Preferably, described Destaticizing device comprises several electrostatic rod.

Preferably, described cutting unit comprises upper cutter and lower cutter, and described lower cutter is fixedly installed in frame, and described upper cutter is driven and done motion up and down by hoisting appliance.

Preferably, described hoisting appliance is cylinder or oil cylinder.

Preferably, described upper extrusion roll and described lower extrusion roll are rubber rolls.

The beneficial effects of the utility model are: by being successively set on washing unit, the first proofing unit, cleaning apparatus, Destaticizing device, film sticking apparatus, cutting unit and the second detection device in frame in the direction along sheet glass transmission, each procedure that can complete successively adhering film to glass, level of automation is higher; And cleaning apparatus comprises binding dust paper roll on several, upper Roller for sticking dust, lower Roller for sticking dust and lower binding dust paper roll, Destaticizing device contains a plurality of electrostatic rod, therefore dedusting and the effect that destatics are better, experiment shows, adopt the utility model dust removal efficiency and destatic rate sensible more than 99%, be therefore conducive to improve the quality of product.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Embodiment

Below in conjunction with 1 pair of the utility model of accompanying drawing, be further elaborated:

A kind of adhering film to glass production line as shown in Figure 1, sheet glass 9 transmits by the transfer roller 100 being arranged in frame, transfer roller 100 is driven and is rotated by motor (not shown), adhering film to glass production line comprises in the direction of sheet glass 9 transmission and is successively set on the washing unit 1 in frame, the first proofing unit 2, cleaning apparatus 3, Destaticizing device 4, film sticking apparatus 5, cutting unit 6 and second detection device 7, film sticking apparatus 5 comprises extrusion roll 51 and lower extrusion roll 52, upper extrusion roll 51 and lower extrusion roll 52 be arranged in parallel up and down side by side, lower extrusion roll 52 is driven and is rotated by motor, upper extrusion roll 51 and lower extrusion roll 52 are rubber roll, gapped between upper extrusion roll 51 and lower extrusion roll 52, for glassy membrane 101 is well pressed together on sheet glass 9, gap between upper extrusion roll 51 and lower extrusion roll 52 is smaller through the thickness of sheet glass 9.

The top of film sticking apparatus 5 is provided with to film frame 8 and reclaims frame 10, glassy membrane volume 102 is arranged on on film frame 8, lower extrusion roll 52 drives sheet glass 9 to move forward while rotating under motor (not shown) drives, the sheet glass 9 of while due to the effect campaign of frictional force drives upper extrusion roll 51 to rotate, glassy membrane 101 is close on sheet glass 9 by upper extrusion roll 51, for guaranteeing when the pad pasting, glassy membrane 101 is wrinkle resistant, thereby improve the quality of product, as shown in Figure 1, be provided with arrangement bar 8 to the below of film frame 8, regulating rod is in order to smooth glassy membrane 101.

Sheet glass 9 needs to dispose the greasy dirt sticking on sheet glass 9 before pad pasting, the utility model cleans by 1 pair of sheet glass 9 of washing unit, washing unit 1 comprises two cleaning groups 11, cleaning group 11 comprises a pair of spray colunm 111 and a pair of cleaning roller 112 arranging in opposite directions, on cleaning roller 112, be coated with bristle, when sheet glass 9 enters into washing unit 1 by transfer roller 100 drives, the spray colunm 111 that is arranged on sheet glass 9 above and belows can spray scavenging solution to sheet glass 9, cleaning roller 112 rotates simultaneously, bristle on cleaning roller 112 can clean the greasy dirt on sheet glass 9.

For preventing that the sheet glass 9 of crackle or other defect from entering next process or coming into the market, washing unit 1 below and cutting unit 6 after be respectively arranged with the first proofing unit 2 and second detection device 7, the first proofing unit 2 and second detection device 7 comprise respectively several detectors, and detector is arranged in frame and is positioned at the below of sheet glass 9.

Cleaning apparatus 3 comprises binding dust paper roll 31 on several, upper Roller for sticking dust 32, lower Roller for sticking dust 33 and lower binding dust paper roll 34; Upper binding dust paper roll 31 and upper Roller for sticking dust 32 outside surfaces are tangent; Lower Roller for sticking dust 33 and lower binding dust paper roll 34 outside surfaces are tangent.For reaching the quantity of binding dust paper roll 31 on better cleaning effect, upper Roller for sticking dust 32, lower Roller for sticking dust 33 and lower binding dust paper roll 34, be respectively 5～20; Sheet glass 9 is when entering into cleaning apparatus 3, the dust that upper and lower two surfaces of sheet glass 9 bond can be bonded to respectively on upper Roller for sticking dust 32 and lower Roller for sticking dust 33 after contacting with lower Roller for sticking dust 33 with upper Roller for sticking dust 32, and be bonded to Roller for sticking dust 32 and dust on lower Roller for sticking dust 33 can because of with the contacting of upper binding dust paper roll 31 and lower binding dust paper roll 34, and be finally bonded to binding dust paper roll 31 and lower binding dust paper roll 34, thereby realize cleaning sheet glass 9.After sticking dust, upper binding dust paper roll 31 and lower binding dust paper roll 34 can directly to upper binding dust paper roll 31 and lower binding dust paper roll 34, change, and easy to use.

As shown in Figure 1, Destaticizing device 4 comprises that 3 pairs are separately positioned on sheet glass 9 above and below electrostatic rod.

Sheet glass 9 is after film sticking apparatus 5 pad pastings, need be cut off by 6 pairs of glassy membranes 101 of cutting unit, cutting unit 6 comprises upper cutter 61 and lower cutter 62, lower cutter 62 is fixedly installed in frame, upper cutter 61 is driven and is done motion up and down by hoisting appliance 63, in the present embodiment, hoisting appliance 63 is to adopt cylinder, certainly follows that we also can select the products such as oil cylinder according to actual needs hoisting appliance 63.

The above embodiment, it is preferred embodiments of the present utility model, be not to limit practical range of the present utility model, the equivalence of doing according to structure, feature and principle described in the utility model claim therefore all changes or modifies, and all should be included in the utility model patent claim.

Claims

1. an adhering film to glass production line, it is characterized in that: comprise in the direction of sheet glass (9) transmission and be successively set on the washing unit (1) in frame, the first proofing unit (2), cleaning apparatus (3), Destaticizing device (4), film sticking apparatus (5), cutting unit (6) and second detection device (7), described film sticking apparatus (5) comprises extrusion roll (51) and lower extrusion roll (52), described upper extrusion roll (51) and described lower extrusion roll (52) be arranged in parallel up and down side by side, described lower extrusion roll (52) is driven and is rotated by motor, the top of described film sticking apparatus (5) is also provided with to film frame (8) and reclaims frame (10), the described below of film frame (8) of giving is provided with arrangement bar (8).

2. adhering film to glass production line as claimed in claim 1, it is characterized in that: described washing unit (1) comprises several cleaning groups (11), described cleaning group (11) comprises a pair of spray colunm (111) and a pair of cleaning roller (112) arranging in opposite directions, and described cleaning roller is coated with bristle on (112).

3. adhering film to glass production line as claimed in claim 1, it is characterized in that: described the first proofing unit (2) and second detection device (7) comprise respectively several detectors, and described detector is arranged in frame and is positioned at the below of described sheet glass (9).

4. adhering film to glass production line as claimed in claim 1, is characterized in that: described cleaning apparatus (3) comprises binding dust paper roll (31) on several, upper Roller for sticking dust (32), lower Roller for sticking dust (33) and lower binding dust paper roll (34); Described upper binding dust paper roll (31) and described upper Roller for sticking dust (32) outside surface are tangent; Described lower Roller for sticking dust (33) and described lower binding dust paper roll (34) outside surface are tangent.

5. adhering film to glass production line as claimed in claim 1, is characterized in that: described Destaticizing device (4) comprises several electrostatic rod.

6. adhering film to glass production line as claimed in claim 1, it is characterized in that: described cutting unit (6) comprises upper cutter (61) and lower cutter (62), described lower cutter (62) is fixedly installed in frame, and described upper cutter (61) is driven and done motion up and down by hoisting appliance (63).

7. adhering film to glass production line as claimed in claim 6, is characterized in that: described hoisting appliance (63) is cylinder or oil cylinder.

8. the adhering film to glass production line as described in claim 1 to 7 any one, is characterized in that: described upper extrusion roll (51) and described lower extrusion roll (52) are rubber rolls.