CN205501105U

CN205501105U - Glass kiln regenerator check brick

Info

Publication number: CN205501105U
Application number: CN201620217745.8U
Authority: CN
Inventors: 陈国平
Original assignee: Shaanxi University of Science and Technology
Current assignee: Shaanxi University of Science and Technology
Priority date: 2016-03-21
Filing date: 2016-03-21
Publication date: 2016-08-24
Anticipated expiration: 2026-03-21

Abstract

The utility model provides a glass kiln regenerator check brick, outward appearance including the check brick adopts trilateral contained angle to be 120 symmetrical Y font structure, the trilateral convex -concave structure that is equipped with respectively from top to bottom for spacing when building the checker by laying bricks or stones and stable, three check are brick to enclose into a cellular checkerwork cell of regular hexagon when building the checker, and the interior outside of the big face of every limit direction of height of check brick is fluted, in order to increase heat transfer area. The utility model discloses a glass kiln regenerator check brick encloses into the hexagon checkerwork cell after building into the checker, and the heat transfer can both be participated in in every limit, and the heat transfer area of unit checker is great, and the heat utilization efficiency is higher, and its substance is lower moreover, the operation of being convenient for during the shaping, and the loading of kiln volume is corresponding increase also, has improved the cost performance of brick material.

Description

A kind of glass kiln heat accumulation chamber checker brick

Technical field:

This utility model belongs to glassmaking art, is specifically related to a kind of glass kiln heat accumulation chamber grid Brick.

Background technology:

The glass kiln heat accumulation chamber of current art more and more trends towards using the material of thinner thickness as heat exchanger Part, has developed many excellent, checker brick of efficient energy-saving, wherein uses more, heat utilization efficiency relatively High surely belongs to anistree spool tile.Anistree spool tile thinner thickness, the heat transfer area that Unit Cell daughter is had is relatively Greatly, structure is relatively stable, and its weak point is because its closed building by laying bricks or stones used causes changing of four side opposite the angles Hot side can not play heat exchanger efficiency, and additionally its distinctive shape and bigger substance are to forming operation, loading of kiln mode It is many unfavorable to bring.

Utility model content:

The purpose of this utility model is the defect for above-mentioned current art, it is provided that a kind of glass furnace stores Hot cell checker brick.

For achieving the above object, this utility model be the technical scheme is that

A kind of glass kiln heat accumulation chamber checker brick, the profile of these checker brick uses three limit angles to be 120 ° right Claim Y-shaped structure；Three limits are respectively equipped with convex-concave structure up and down, spacing and stable in time building checker by laying bricks or stones； Three blocks of checker brick surround a regular hexagon cellular checkerwork cell when building checker by laying bricks or stones.2. according to claim 1 institute The glass kiln heat accumulation chamber checker brick stated, it is characterised in that: big of every limit short transverse of checker brick inside and outside Side is fluted.

This utility model is further improved by: checker brick adjacent two layers is that the fissure of displacement is piled up, whole masonry shape Become a cellular stereochemical structure.

This utility model is further improved by: the end face of the adjacent three pieces of bricks of checker brick surround one high 120～150mm, the bottom surface length of side is 40mm regular triangular prism space.

This utility model is further improved by: when checker state built by laying bricks or stones by checker brick, is three pieces and surrounds one The cellular checkerwork cell of regular hexagon of individual checkerwork cell a length of 140～160mm.

This utility model is further improved by: the height of checker brick is 120～150mm, and thickness is 36～40mm.

Compared with current art, glass kiln heat accumulation chamber checker brick of the present utility model, it is built into checker back wall Becoming hexagon checkerwork cell, every limit can participate in heat exchange, and the heat exchange area of Unit Cell daughter is relatively big, heat utilization efficiency Higher.And its substance is relatively low, convenient to operate during molding, loading of kiln amount increases the most accordingly, improves brick material The ratio of performance to price.

Accompanying drawing illustrates:

Fig. 1 is the structure chart of this utility model glass kiln heat accumulation chamber checker brick, and wherein, Fig. 1 (a) is main View, Fig. 1 (b) is side view；

Fig. 2 is the arrangement figure of this utility model glass kiln heat accumulation chamber checker brick.

In figure: the every edge lengths of A, checker brick is away from center；B, checker brick thickness；C, radian transition clamp Angle；D, checker brick height；E, checker checkerwork cell length；R, transition arc radius.

Detailed description of the invention:

With embodiment, this utility model is described in further details below in conjunction with the accompanying drawings.

Refering to Fig. 1 and Fig. 2, this utility model glass kiln heat accumulation chamber checker brick, the outward appearance including checker brick is adopted The Symmetric Y character form structure of 120 ° it is with three limit angles；A be the every edge lengths of checker brick away from center, Highly D is 120～150mm, and thickness B is 36～40mm；The top on three limits has bulge-structure, bottom to have Recessed structures, presents radian transition between every both sides, angle C is 5～10 °, and arc radius R is 50～100mm.The interior outside of big of every limit short transverse of checker brick is fluted, to increase heat exchange area；

Checker brick are three pieces when building checker by laying bricks or stones surrounds the regular hexagon that checkerwork cell length E is 140～160mm Cellular checkerwork cell；Checker brick adjacent two layers is that the fissure of displacement is piled up, whole masonry formed one stable cellular vertical Body structure；The end face of the adjacent three pieces of bricks of checker brick surrounds one high 120～150mm, and the bottom surface length of side is 40mm Regular triangular prism space, end face may also participate in heat transfer process；

Regenerator lattice brick of the present utility model at least has the advantage that and surrounds hexagon after being built into checker Checkerwork cell, every limit can participate in heat exchange, and the heat exchange area of Unit Cell daughter is relatively big, and heat utilization efficiency is higher.And And its substance is relatively low, convenient to operate during molding, loading of kiln amount increases the most accordingly, improves the performance and price of brick material Ratio.It is applicable to the regenerator of thermal storage type glass furnace.

Below in conjunction with embodiment, this utility model glass kiln heat accumulation chamber checker brick are done further details of retouching State；

Embodiment 1: this utility model glass kiln heat accumulation chamber checker brick, the outward appearance including checker brick uses Y Character form structure, three limit angles are the symmetrical structure of 120 °；The every edge lengths of checker brick away from center is 104mm, height is 120mm, and thickness is 40mm；Trapezoidal projection is arranged at the top on three limits, and bottom has half The pothole of circle, presents radian transition between every both sides, angle is 6 °, and arc radius is 50mm.Checker brick The interior outside of big of every limit short transverse have the groove of five circular arcs.Checker brick are three when building checker by laying bricks or stones Block surrounds the cellular checkerwork cell of regular hexagon of an a length of 160mm of checkerwork cell.

Embodiment 2: this utility model glass kiln heat accumulation chamber checker brick, the outward appearance including checker brick uses Y Character form structure, three limit angles are the symmetrical structure of 120 °；The every edge lengths of checker brick away from center is 92mm, height is 140mm, and thickness is 40mm；Trapezoidal projection is arranged at the top on three every limit, limits, and bottom has Trapezoidal pothole, presents radian transition between every both sides, angle is 5 °, and arc radius is 50mm.Grid There is the groove of triangle in the interior outside of big of every limit short transverse of brick.Checker brick when building checker by laying bricks or stones are three pieces Surround the cellular checkerwork cell of regular hexagon of an a length of 140mm of checkerwork cell.

The foregoing is only a kind of embodiment of the present utility model, be not all of or unique embodiment, Those of ordinary skill in the art take by reading technical solutions of the utility model faced by this utility model description The conversion of any equivalence, be claim of the present utility model and contained.

Claims

1. glass kiln heat accumulation chamber checker brick, it is characterised in that: the profile of these checker brick uses three limit folders Angle is the Symmetric Y character form structure of 120 °；Three limits are respectively equipped with convex-concave structure up and down, are used for building grid by laying bricks or stones Spacing during body and stable；Three blocks of checker brick surround a regular hexagon cellular checkerwork cell when building checker by laying bricks or stones.

Glass kiln heat accumulation chamber checker brick the most according to claim 1, it is characterised in that: every limit of checker brick The interior outside of big of short transverse is fluted.

Glass kiln heat accumulation chamber checker brick the most according to claim 1 and 2, it is characterised in that: grid Brick adjacent two layers is that the fissure of displacement is piled up, and whole masonry forms a cellular stereochemical structure.

Glass kiln heat accumulation chamber checker brick the most according to claim 1, it is characterised in that: checker brick phase The end face of adjacent three pieces of bricks surrounds one high 120～150mm, and the bottom surface length of side is 40mm regular triangular prism space.

Glass kiln heat accumulation chamber checker brick the most according to claim 1, it is characterised in that: grid is brick When building checker state, the cellular lattice of regular hexagon of to be three pieces a surround checkerwork cell a length of 140～160mm Hole.

Glass kiln heat accumulation chamber checker brick the most according to claim 1, it is characterised in that: checker brick Being highly 120～150mm, thickness is 36～40mm.