Aromatic lamp and manufacturing method thereof

Abstract

The invention discloses an aromatic supply lamp and a manufacturing method thereof.The aromatic supply lamp comprises a tank body, an inner sleeve matched with the tank body is arranged in the tank body, the two ends of the inner sleeve are open, a spiral body is arranged on the inner circumferential wall of the inner sleeve, a circular groove is formed in the middle of the inner wall of the bottom of the axis of the tank body, and a base plate is arranged in the circular groove; a candle core is arranged in the middle of the base plate, a check ring is arranged on the inner wall of the upper section of the inner sleeve, and candle fuel is filled in the inner sleeve. On the premise that the pouring temperature of the candle fuel is not limited, the spiral body and the specially-arranged candle core structure are utilized, the probability that the upper surface of the formed canned candle protrudes can be greatly reduced, the canned candle with the high-freezing-point plant raw materials serving as the main fuel is used, and the candlestick fuel is more environmentally friendly. And a cooled and formed candle body can be effectively prevented from bursting or being separated from the tank body wall, so that the production quality of the canned candle is ensured.

Description

technical field [0001] The invention relates to the field of canned candle production, and specifically provides an aromatic lamp and a manufacturing method thereof. Background technique [0002] Candles have changed from daily necessities to handicrafts. People are more pursuing the shape and color of candles. In order to meet the needs of consumers, companies have launched different types of canned craft candles. Buddhist supplies, that is, the auspicious items needed by Buddhist believers and temples to enshrine Buddhas and Bodhisattvas daily, including offering lamps, Buddhist incense and incense burners, etc. Among them, offering lamps are also one of the canned craft candles. [0003] Traditional pouring and molding canned candles are generally cooled naturally at room temperature, and the indoor temperature in the production workshop is usually in the range of 15-25 degrees Celsius, and the freezing point of the candle raw materials usually used is relatively high, ge...

AI Technical Summary

Problems solved by technology

In the existing canned candle production, the temperature difference between the candle fuel and the surrounding cooling environment is relatively large when the canning machine is carrying out candle fuel, which causes the upper surface of the candle to often bulge when the candle is finally cooled and shaped, and for the use of high Plant-based raw materials at the freezing point are used as the main fuel for candles to produce canned candles. Since the candle raw materials of this plant-based raw material are generally brittle and have poor adhesion, the huge temperature difference of natural cooling under normal temperature conditions will make the inner wall of the tank The candle body has many bursts and is separated from the inner wall of the tank. Although the raw material of the low-melting point plant candle is not easy to burst and separate from the inner wall of the tank after cooling and forming, the candle body with a low melting point in the tank during actual transportation is extremely difficult. It is easy to deform. For the high melting point vegetable candle raw materials, if it is necessary to prevent the candle body from bursting or separating from the inner wall of the tank, paraffin or other petroleum components must be added. Adding paraffin and petroleum components will affect environmental protection to a certain extent. Canned candles with plant-based materials with a high freezing point as the main fuel for candles have a very low yield rate under natural cooling at room temperature without adding paraffin or petroleum components; in this regard, the applicant has developed a new type of canned candle that can be used in Under the premise of not limiting the pouring temperature of candle fuel, the use of the spiral body and the specially set wax core structure can greatly reduce the probability of bulge on the upper surface of the formed canned candle, and the plant-based raw material with a high freezing point is used as the main fuel can Candles can effectively prevent the cooled and formed candle body from bursting or detaching from the tank wall, thereby ensuring the production quality of canned candles

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