Tube burner flame hole construction

Abstract

A tube burner flame hole construction with both sides of the tube provided with a row of multiple flame hole walls; each wall being compressed in a shape of a lip with both sides slightly protruding outwardly from the tube; a hole being provided in the center of the recessed lip to facilitate the punching process and improve structural strength of the of the entire tube burner, flame hole being more sturdy and thicker for consistent burning effects and longer service life of the tube burner.

Description

BACKGROUND OF THE INVENTION [0001] (a) Technical Field of the Invention [0002] The present invention is related to an improved construction of flame holes on a tube burner, and more particularly to one that provides walls housing those flame holes improved structural strength, consistent burning effects and longer service life of a burner generally used for a mantelshelf in a restaurant. [0003] (b) Description of the Prior Art [0004] The oven used in a mantelshelf in a restaurant is usually different from that of a domestic one, and the structure of the burner in the mantelshelf is also drastically different from a domestic burner. So far, the commercial burner is usually made in an “T” or a “U” shape. The tube burner is adapted with an inlet of fuel gas connected to a source such as a gas cylinder. All other openings are sealed either by press or welding. Both sides of the tube are disposed with multiple minute flame holes in a row so that when the fuel gas is admitted, the fuel ga...

AI Technical Summary

Benefits of technology

"The present invention provides an improved construction of a thin burner wall that simplifies the process of a thin tube burner. The flame holes are compressed to form multiple walls with a thick lip and a flame hole punched at the same time through the wall at an angle practically vertical to the tip of the lip. This allows for one punching process to come up with all flame holes even if the tube is bent into a U shape. The mass density of the wall is increased with the thick wall lip, providing a solid and sturdy wall among the multiple flame holes to prevent from being tom up by the punching force or the fuel ejection pressure. The present invention provides stronger fire and higher consistent burning efficiency than the prior art does without being interfered by air currents to meet the demands of fast cooking in a restaurant."

Problems solved by technology

Those holes are vulnerable to break up during the bending process of the tube; and in worse case, those holes on the outer wall of the tube are deformed when pulled laterally and others on the inner wall are also deformed when laterally compressed resulting in inconsistent burning capacity.

The space for the process however is limited to the tube spacing on the inner side making the process of the tube burner of the prior art minute and complicated, thus higher production cost to fail fast production.

Usually, the thicker tube gives longer service life for the tube wall.

However, the thickness of the tube is limited to a certain range to permit punch process.

The thin tube burner has its flame holes preset ex-factory to a limited length of flame for longer service life of the burner at the expense of shortened heating efficiency.

As a result, the fire is weak and not consistent for being subject to the air currents nearby, and that burner certainly is not meeting the fast cooking as demanded in a restaurant

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