CN206428145U - Brick more changing device is tied up for large-tonnage melting furnaces tank block - Google Patents

Abstract

The utility model belongs to online float glass technical field, relates generally to a kind of tie up brick more changing device for large-tonnage melting furnaces tank block.A kind of brick more changing device of tying up for large-tonnage melting furnaces tank block proposed has be attached to tank block outer upper once to tie up brick（8）；Once tying up brick（8）Outside build by laying bricks or stones and secondary tie up brick（9）；Once tie up brick（8）, secondary tie up brick（9）Upper surface and tank block（6）Upper surface is concordant；It is secondary to tie up brick（9）Lower surface higher than once tying up brick（8）Upper surface；Brick is tied up secondary（9）Lower surface is with once tying up brick（8）Outside wall surface between set angle steel I（3）；It is secondary to tie up brick（9）Outside wall surface on set angle steel III（1）；It is secondary to tie up brick（9）Outside wall surface on be additionally provided with angle steel II（7）.The utility model has process cycle short, the characteristics of simple to operate, job safety, reasonable installation quality.

Description

Brick more changing device is tied up for large-tonnage melting furnaces tank block

Technical field

The utility model belongs to online float glass technical field, relates generally to a kind of for large-tonnage melting furnaces pool wall Brick ties up brick more changing device.

Background technology

Melting furnaces tank block is one of float glass process visual plant composition material, according to melting furnaces pull amount, color, The tank block size that energy-saving effect difference is used is different with material；The quality of the tank block directly restriction melting furnaces kiln operation time limit, The length of the kiln operation time limit is directly played an important role to whole glass production line cost；In recent years, entering with society The development of step, the improvement of people's quality of life, and electronics industry, electronics, plant equipment, the service life of brick material quality itself are big Big extension, the melting furnaces kiln operation time limit is influenceed on the contrary is the mode or method for replacing tank block；Replace tank block mode or The quality of method directly affects the holistic cost of production line.

The major way or method that current melting furnaces tank block extends the melting furnaces operation time limit by substitute mode mainly have two The mode of kind；If directly outside old tank block using tie up brick mode or on the inside of the pool wall under water bag, enter while tying up brick mode in outside Row running；But above two mode has certain limitation and drawback；Brick mode is tied up in outside such as use and extends kiln pool wall The brick operation time limit is limited, and one 600-800 ton day melting furnaces in the general country can tie up brick number of times 3-4 times；Use model pool wall of the same race The brick melting furnaces operation time limit is general at 10 years or so, and PPG and Saint-Gobain's melting furnaces are general at 12 years or so；And use on the inside of melting furnaces pool wall Brick mode is tied up on the outside of lower water bag, although brick mode is directly tied up in outside on year-on-year basis can extend 1-2 years operation time limits, but opposing product Up-to-standard rate is low, stability is poor, specific energy consumption is high.

Utility model content

In order to solve the above technical problems, the purpose of this utility model is to propose a kind of tying up for large-tonnage melting furnaces tank block Brick more changing device.

The utility model adopts the following technical scheme that to complete above-mentioned utility model purpose：

It is a kind of to tie up brick more changing device for large-tonnage melting furnaces tank block, it is described tie up brick more changing device and have be attached to pool wall Brick outer upper once ties up brick；The lower surface and the clay brick positioned at tank block outer lower portion for once tying up brick fit；One It is secondary tie up to build by laying bricks or stones on the outside of brick secondary tie up brick；Once tie up brick, the secondary upper surface for tying up brick concordant with tank block upper surface；It is secondary to tie up brick Lower surface be higher than and once tie up the upper surface of brick；Angle steel I is set between the secondary outside wall surface tied up brick lower surface and once tie up brick； One side of the angle steel I fits with once tying up the outside wall surface of brick, and another side fits with the secondary lower surface for tying up brick；The angle Steel I is fixed on tank block by jackscrew I；It is provided with the secondary outside wall surface for tying up brick to be corroded in secondary brick of tying up When, add on the outside of it and build the angle steel III that third layer ties up brick；Described angle steel III makes to tie up brick with secondary, once tie up by jackscrew III Brick, tank block are fixed as one；The distance between described jackscrew III and tank block upper surface are 100mm；It is described secondary to tie up brick Outside wall surface on be additionally provided with angle steel II, described angle steel II is located at the lower section of angle steel III, and the size of the angle steel II is more than The size of angle steel III, ties up the 4th layer of brick thickness more than third layer building thickness by laying bricks or stones on angle steel III and ties up brick, described angle steel II is tied up brick, once ties up brick, tank block and be fixed as one by jackscrew II with secondary；Between the jackscrew II and tank block upper surface Distance be 200mm.

The utility model proposes it is a kind of for large-tonnage melting furnaces tank block tie up brick more changing device, in float glass high temperature Under running status, according to carry out operation is put in face of melting furnace structure size and the planned descending liquid of workload, both can with specific aim more Change or repairing area tank block, more serious tank block is corroded individually while can also pinpoint and replace；Period both may not be used Changed with stopping production cold repair, increase capacity loss, while can also replace early stage ties up brick, it is that follow-up brick extension melting furnaces of tying up again are transported The row time limit concedes space.Brick operation can be changed, repairs and tied up at any time after reduction melting furnaces liquid level, not only without bulb glass water accident, The personal safety of operating personnel can also be greatly improved.Simultaneously in comparatively safe, loose, comfortable working environment, operating personnel Former tank block and its surface adhesion glass phase can quickly be removed online, can flexible modulation tie up brick position and gap；For subsequent production And the inborn advantage of brick raising is tied up again, it can be greatly shortened and tie up the brick cycle again, be tied up while can be greatly reduced Capacity loss during brick；It is above-mentioned that brick operating type is tied up to the large-tonnage melting furnaces descending liquid face full kiln pool wall of progress, solve original routine The limitation of operating type, using such a operating type, both can extend the melting furnaces operation time limit, together in former conventional tie up on brick foundation When can also tie up brick again to be follow-up and concede working space；This, which changes, ties up brick mode and has process cycle short, simple to operate, operation peace Entirely, installation quality rationally, the problems such as avoid secondary pollution again.Validity is high during operation, and easy for installation, manipulation is simple, expense Relatively low the characteristics of.

Brief description of the drawings

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

In figure：1st, angle steel III, 2, jackscrew III, 3, angle steel I, 4, jackscrew I, 5, clay brick, 6, tank block, 7, angle steel II, 8, Once tie up brick, 9, it is secondary tie up brick, 10, A points, 11, B points, 12, jackscrew II.

Embodiment

The utility model is illustrated with reference to the drawings and specific embodiments：

As shown in figure 1, a kind of tie up brick more changing device for large-tonnage melting furnaces tank block, described ties up brick more changing device tool There is be attached to tank block outer upper once to tie up brick；Once tie up the lower surface of brick 8 and the clay brick positioned at the outer lower portion of tank block 6 5 fit；Built by laying bricks or stones in the outside for once tying up brick 8 and secondary tie up brick 9；Once tie up on brick 8, the secondary upper surface for tying up brick 9 and tank block 6 End face is concordant；The secondary lower surface for tying up brick 9 is higher than the upper surface for once tying up brick 8；The lower surface of brick 8 and brick 8 is once tied up in secondary tie up Outside wall surface between set angle steel I 3；One side of the angle steel I 3 fits with once tying up the outside wall surface of brick 8, another side with it is secondary The lower surface for tying up brick 9 fits；The angle steel I 3 is fixed on tank block 6 by jackscrew I；The secondary outside wall surface for tying up brick 8 On be provided with when it is secondary tie up brick and corrode when, for its outside plus build the angle steel III 1 that third layer ties up brick；Described angle steel III 1 Make to tie up brick 9 with secondary, once tie up brick 8, tank block 6 and be fixed as one by jackscrew III 2；On described jackscrew III 2 and tank block 6 The distance between end face is 100mm；Angle steel II 7, II 7, described angle steel are additionally provided with the secondary outside wall surface for tying up brick 9 Size in the lower section of angle steel III 1, and the angle steel II 7 is more than the size of angle steel III 1, to build thickness by laying bricks or stones on angle steel III 1 The 4th layer of brick thickness is tied up more than third layer and ties up brick, and described angle steel II 7 is tied up brick 9, once ties up brick by jackscrew II 12 with secondary 8th, tank block 9 is fixed as one；The distance between the jackscrew II 12 and the upper surface of tank block 6 are 200mm；The angle steel I 3, The size of angle steel II 7 is 100 × 100（mm）；The size of angle steel III is 50 × 50（mm）.

The utility model is in use, in order to ensure to tie up the sealing of brick again, it is necessary in time to former tank block and viscous figure brick Surface is cleared up and polished, according to respective melting furnaces tank block space and pool wall erosion location and tank block chi after the completion of polishing It is very little, tie up brick specification from required；The utility model ties up comprising the following steps that for brick operation：

1）The height of liquid level in melting furnaces is declined into 500~600mm first, 3~4 times tied up on the outside of tank block are then removed Tie up brick；In the embodiment, the liquid level in melting furnaces rushes A points 10 and drops to B points 11；

2）Top patch in the outside of tank block 6 once ties up brick 8 and once ties up the lower surface of brick 8 with being located under the outside of tank block 6 The clay brick 5 in portion fits；Built by laying bricks or stones in the outside for once tying up brick 8 and secondary tie up brick 9；Once tie up brick 8, the secondary upper surface for tying up brick 9 It is concordant with the upper surface of tank block 6；The secondary lower surface for tying up brick 9 is higher than the upper surface for once tying up brick 8；The lower surface of brick 9 is tied up secondary Angle steel I 3 is set between the outside wall surface with once tying up brick 8；One side of the angle steel I 3 fits with once tying up the outside wall surface of brick 8, Another side fits with the secondary lower surface for tying up brick 9；The angle steel I 3 is fixed on tank block 6 by jackscrew I；It is described secondary to tie up Be provided with the outside wall surface of brick 9 when it is secondary tie up brick and corrode when, for its outside plus build the angle steel III 1 that third layer ties up brick； Described angle steel III 1 makes to tie up brick 9 with secondary, once tie up brick 8, tank block 6 and be fixed as one by jackscrew III 2；Described jackscrew The distance between III 2 and the upper surface of tank block 6 are 100mm；Angle steel II 7, institute are additionally provided with the secondary outside wall surface for tying up brick 9 The angle steel II 7 stated is located at the lower section of angle steel III 1, and size of the size more than angle steel III 1 of the angle steel II 7, in angle steel Build thickness on III 1 by laying bricks or stones and tie up brick more than the 4th layer that third layer ties up brick thickness, described angle steel II 7 is tied up by jackscrew II 12 with secondary Brick 9, once tie up brick 8, tank block 6 and be fixed as one；The distance between the jackscrew II 12 and the upper surface of tank block 6 are 200mm； The angle steel I 3, the size of angle steel II 7 are 100 × 100（mm）；The size of angle steel III is 50 × 50（mm）.

Claims (1)

1. a kind of tie up brick more changing device for large-tonnage melting furnaces tank block, it is characterised in that：Described ties up brick more changing device tool There is be attached to tank block outer upper once to tie up brick（8）；Once tie up brick（8）Lower surface with positioned at tank block（6）Outer lower portion Clay brick（5）Fit；Once tying up brick（8）Outside build by laying bricks or stones and secondary tie up brick（9）；Once tie up brick（8）, secondary tie up brick（9） Upper surface and tank block（6）Upper surface is concordant；It is secondary to tie up brick（9）Lower surface higher than once tying up brick（8）Upper surface；Two It is secondary to tie up brick（9）Lower surface is with once tying up brick（8）Outside wall surface between set angle steel I（3）；The angle steel I（3）One side with once Tie up brick（8）Outside wall surface fit, another side is with secondary tying up brick（9）Lower surface fit；The angle steel I（3）Pass through jackscrew I It is fixed on tank block（6）On；It is described secondary to tie up brick（9）Outside wall surface on be arranged on it is secondary when tying up brick and corroding, on the outside of it Plus build the angle steel III that third layer ties up brick（1）；Described angle steel III（1）Pass through jackscrew III（2）Make to tie up brick with secondary（9）, once tie up Brick（8）, tank block（6）It is fixed as one；Described jackscrew III（2）With tank block（6）The distance between upper surface is 100mm； It is described secondary to tie up brick（9）Outside wall surface on be additionally provided with angle steel II（7）, described angle steel II（7）Positioned at angle steel III（1）Under Side, and the angle steel II（7）Size be more than angle steel III（1）Size, in angle steel III（1）On build thickness by laying bricks or stones more than the 3rd Layer ties up the 4th layer of brick thickness and ties up brick, described angle steel II（7）Pass through jackscrew II（12）Brick is tied up with secondary（9）, once tie up brick （8）, tank block（6）It is fixed as one；The jackscrew II（12）With tank block（6）The distance between upper surface is 200mm.