CN2539741Y - Multi-exit melting tank glass furnace - Google Patents

Abstract

A multi-outlet melting tank glass kiln is composed of a producer [1], a combustion chamber [2], a melting tank [3], a forming chamber [5], annealing chambers [6, 9] and liquid storage tanks [7], wherein a liquid outlet [12] is arranged in front of the melting tank [3] to provide glass liquid for the forming chamber, one or more liquid outlets [10] and corresponding liquid storage tanks [7] are arranged below side ear tanks or other positions of the melting tank [3], and one end of each annealing chamber [6, 9] is connected with a horizontal drawing machine to produce flat plate or embossed glass. The utility model discloses but many production lines of a stove produce glassware, have the saving place, the energy saving, production efficiency is high, low in production cost, advantages such as economic benefits height.

Description

Multi-exit melting tank glass furnace

Technical field: The utility model relates to a glass furnace, in particular to a glass furnace with a multi-outlet melting pool.

Background technology: At present, in the known melting pool glass furnace, there is only one glass liquid outlet in the melting pool, which can only be used for one production line. The production of flat glass or embossed glass consumes a lot of energy and the economic benefits of production are not ideal.

Summary of the invention: the utility model provides a glass furnace with a multi-outlet melting pool, the melting pool is provided with multiple (more than two, including two) glass molten outlets, and each glass molten outlet corresponds to a glass production line, so that one The kiln is equivalent to one-to-one correspondence with several single-port glass kilns. First, it can save the furnace construction site, second, it can save energy, and third, it can save the furnace personnel, thereby greatly increasing the output of various glass products and improving the economic benefits of the enterprise.

The technical method adopted by the utility model to solve the technical problem is: set up a glass melt outlet at the lower part of the ear pool of the existing single-port melting pool glass furnace or at other corresponding positions on the side wall of the melting pool, and the edge line of the upper part of the outlet is lower than that of the melting pool liquid. The height of the surface, the lower side line is higher than the highest line of the sediment layer of the melting tank, and a liquid storage tank is arranged outside the outlet of the glass liquid.

The beneficial effect of the utility model is that one kiln top can be used for several kilns, and three outlet kilns can be installed with three production lines, one for producing flat glass, one for producing embossed glass, and one for producing other glass products, which saves on building furnaces site, save energy, save relevant personnel, increase production and economic benefits of the enterprise.

Description of drawings: The utility model is further described below in conjunction with accompanying drawings and embodiments.

Fig. 1 is a schematic plan view of the structure of the utility model.

Fig. 2 is a sectional view of A-A in Fig. 1 .

In the figure: 1-generator, 2-combustion chamber, 3-melting pool, 4-ear pool, 5-forming room, 6-annealing room, 7-reservoir, 3-calender rail, 9-annealing room , 10-liquid outlet, 11-glass liquid level, 12-liquid outlet.

The specific embodiment: referring to Fig. 1, the utility model is formed by successively connecting masonry by generator [1], combustion chamber [2], melting pool [3], molding chamber [5], liquid storage tank [7], There is a liquid outlet [1] between the melting pool [3] and the molding chamber [5], and a liquid outlet [10] is set under the ear [4] of the melting pool [3], and the glass liquid is poured into the storage tank. In the liquid pool [7], the upper line of the liquid outlet [10] is lower than the glass liquid level of the melting pool, and its lower line is higher than the highest level of the sediment in the melting pool. Such a liquid outlet [10] and its corresponding liquid storage in the melting pool Pool 7 can set up two (including two) or more depending on the needs of the production line, and correspondingly can set up multiple production lines to produce different kinds of colored glass products.

Claims (2)

1. The multi-exit melting pool glass furnace is composed of generator [1], combustion chamber [2], melting pool [3], molding chamber [5] and annealing chamber [6], which are characterized in that The ear pool [4] of the melting pool [3] or other positions on the side of the melting pool are provided with a liquid outlet [10] and a liquid storage pool [7] to connect to the corresponding production line. 2. The multi-port melting pool glass furnace as claimed in claim 1, characterized in that the upper line height of the liquid outlet [10] of the melting pool is lower than the liquid level of the melting pool, and the lower line height is higher than the highest level of the sediment in the melting pool.

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