Tuyere

Abstract

The invention discloses a tuyere. An air inlet end is perpendicular to an air outlet end, the diameter of the air inlet end is smaller than that of the air outlet end, the air inlet end half penetrates the air outlet end, a hot molten end at the air outlet end is directly connected with one end of an air inlet pipe at the air inlet end and is in a water drop shape, the tip of the hot molten end isconnected with an extrusion nozzle which is of a long strip structure, the hot molten end is of a hollow structure, the extrusion nozzle is seamlessly connected with the hot molten end in a communicated manner, and a flow rate adjusting valve is arranged at the top end of the air inlet pipe. The tuyere is reasonable in structure, better heat exchange can be realized in an integrated machine, rawmaterials can be further pyrolyzed, stability of the raw materials is enhanced effectively, the tuyere has higher applicability and applicable to the industry of production and processing of glassware, air volume can be adjusted as required, so that superheat degree of the raw materials is controlled, and product quality is controlled.

Description

technical field [0001] The invention belongs to the technical field of automatic production, and more specifically relates to a tuyere. Background technique [0002] In response to people's current requirements for quality of life, we found that people's functional division of supplies in life is no longer a frugal lifestyle with multiple uses, but has gradually transformed into a specific way for special items. For cups The study of consumables such as glass products found that, for glass products, although the traditional production process is comparable to mechanically produced glass products, due to the limitations of the process itself, it is not enough for mass production and processing, not only cannot It is also extremely inappropriate to meet the consumption needs of the people in terms of production costs. [0003] At present, there are also machines in the market that can produce glass products by machinery. However, by analyzing the finished products, we can kno...

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Problems solved by technology

[0002] In response to people's current requirements for quality of life, we found that people's functional division of supplies in life is no longer a frugal lifestyle with multiple uses, but has gradually transformed into a specific way for special items. For cups The study of consumables such as glass products found that, for glass products, although the traditional production process is comparable to mechanically produced glass products, due to the limitations of the process itself, it is not enough for mass production and processing, not only cannot It is also extremely inappropriate to meet the consumption needs of the people in terms of production costs

[0003] At present, there are also machines in the market that can produce glass products by machinery. However, by analyzing the finished products, we can know that the produced glass products generally have problems such as uneven force, uneven thickness, and even weak points in the hand. , these problems can directly affect the vitality and service life of the product, and consumers can distinguish it well only by tapping on the surface of the glass product and listening to the sound. Although the production efficiency of these products is higher than that of the traditional production method, but However, it is limited by the quality of the product and cannot make a long-term breakthrough. Therefore, the inventor proposed an integrated machine that can achieve the effect of manual production through mechanical production, and all parts of the machine have been optimized. The combination of parts can complete the overall assembly of the integrated machine

[0004] During the operation of the integrated machine, along with the shaping and forming of the raw materials, for glass products, in order to achieve better processing results, it is necessary to repeatedly put the raw materials into blowing and melting in an overheated state, while for glass products As far as the traditional tuyere is concerned, it is impossible to form a separate circuit in the single-pass processing process, so the quality of the finished glass products produced by existing mechanical processing is uneven, and there are large differences. At the same time, the life of the glass products is relatively large. big impact

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