KR200287844Y1 - Roaster's structure by halogen lamp heater - Google Patents

Abstract

The present invention devises a structure of a roaster, which is a heater used to cook meat or meat by heating food ingredients such as meat, and in particular, using a halogen lamp that emits far infrared light and high heat as a heater (heat source). By constructing the structure of the roaster for grilling meat or cooking, it is possible to cook in a clean state at all times without the need for additional processing after cooking, and it is not a direct fire, so it is designed to provide a roaster with almost no smoke. It's about devising.

Description

Roster's structure by halogen lamp heater

The present invention is designed for the roaster (Roaster), which is a heater used to boil food or to grill meats such as beef and pork. Especially, the heat source adopts a halogen lamp, and the far-infrared light and high heat radiated from the halogen lamp (250 ℃). Rotor ink halogen lamp that can roast meat and cook food by heating) is tungsten particles vaporized in the inner space of bulb (BULB) that make up the lamp and decomposes near the inner wall of the bulb, floating with filament Since the inner wall of the bulb can be kept clean because it emits and generates heat by the "halogen cycle" returning to the coil, the luminous flux maintenance rate is particularly excellent, and the internal pressure can be maintained at high pressure. There are many possible physical features that can be used as a clean heat source.

In general, food roasters are roasters that use electricity, gas, charcoal, and artificial charcoal to generate heat. They are equipped with a separate electric heater or a separate gas pipe for each dining table. There are many problems in use, such as the risk of fire and the difficulty of use and facility management, and the need to separately ignite charcoal, artificial charcoal, and to deal with ashes.

1 is a partially cutaway perspective view when a roaster having a halogen lamp implemented as a heat source as a heat source (heater) is embedded in a table.

2 is a cross-sectional view taken along line AA ′ of FIG. 1;

3 is a cross-sectional view of a halogen lamp heater mounted on a table.

<Code Description of Main Parts of Drawing>

1. Roaster 2. Dining Table 3. Outer Case 4. Inner Case

5,5a. Left and Right Walls 6,6a. Inclined wall 7,7a. Square recess

10. Halogen Lamp Heater 11.Recessed Wall

12. Post 13. Coil Spring 14. Through Hole 15. Mounting Plate

16. Reflector 17. Fastening member 18. Reflective film 19. Halogen lamp

20. Ceramic glass plate 21. Grill plate 22. Switch box

The present invention uses halogen lamps that are bulbs while emitting far-infrared light and heat, so there is no need to separate clean heat source and aftertreatment. Because of this, foods such as meat are cooked evenly to the inside in a quick time. Especially, since there is no flame, they are cooked by radiant heat, reflected heat, far-infrared light, not by direct fire. Therefore, smoke does not occur and cooking materials are not burned. The inventors devised to provide a sanitary clean roaster are described in detail based on the accompanying drawings.

The roaster (1) equipped with the halogen lamp according to the present invention is mounted in the center of the dining table (2) in the case of a restaurant. The structure of the dining table (2) embedded roaster (1) has a predetermined size. The inner side of the steel plate outer case 3, such as stainless steel, which is horizontal, vertical, and high, has a wall in each of the front, rear, left, right, and bottom sides, and the upper side is opened. The case 4 is installed internally, and the upper side of the left and right walls 5 and 5a of the inner case 4 are inclined wall surfaces 6 and 6a with a predetermined slope so as to be inclined to the left and right sides. Halogen lamp heaters having the same structural configuration in the square recesses 7 and 7a by recessing the wall surfaces 6 and 6a into predetermined depths and widths, respectively, and forming the square recesses 7 and 7a. 10 are mounted symmetrically, and the structure of the halogen lamp heater 10 is approximately 4 corners of the recessed wall 11, respectively. Four posts 12 having a predetermined height protrude at right angles to the recessed wall 11, and through-holes 14 through which the coil springs 13 are located on the outer circumferential surface of each post 12, through which each of the posts 12 passes. ) Is installed in the proper ratio of ceramic fiber and diatomaceous earth of rectangular cylinder which is somewhat smaller than the fixed plate on the front of the fixed plate (15), which is formed by fastening the reflector (16) having a thermal insulation formed by fastening member (17) such as bolt Coating a reflective film 18 made of silicon oxide (SiO ₂ ) on the inner wall of the reflector 16 made of a cylindrical body, and internally fixing a plurality of halogen lamps 19 (two in the drawing) inside the reflector 16. (The electric wire connected to the lamp is not shown.) The halogen lamp heater 10, which has a structure in which the ceramic glass plate 20 is installed and fixed on the front surface of the reflector 16, is formed on the inclined wall surfaces 6 and 6a of the roaster 1. In this design, the seal is mounted symmetrically on the depressions 7 and 7a. A roster of these bar structure in which the structure of the roaster configuration table (2) which allows pieces to the center.

In the drawings, reference numeral 21 denotes a roasting board, and 22 denotes a switch box in which the ON, OFF switch and temperature control switch of the roaster are installed.

The roaster 1 equipped with a halogen lamp heater constructed as described above has a high heat and far-infrared rays generated from the halogen lamp heater 10 by the reflective film 18 to be radiated and radiated. 21) does not radiate heat at right angles, so the meat does not burn and the elastic force of the coil spring 13 keeps the reflector 16 in close contact with the ceramic glass plate 20 so that it radiates heat without heat loss. By resonating the cells while penetrating the lamp, resistance heat is generated by Brownian movement between molecules, so the meat is also cooked within a short time. Halogen lamp itself is a very clean heat source. Cooking ingredients such as meat can be cooked and there is no flame, so there is no effect of smoke. In addition, the roaster carried out by the present invention can be conveniently used as a portable type at home as well as a restaurant.

Claims (2)

In constructing the structure of the roaster 1 using the far-infrared light and heat radiated from the halogen lamp 10 as a heater, the inside of the outer case 3 of the steel plate such as a rectangular parallelepiped stainless steel having a predetermined size of width, length, and height. Before, after, each of the left, right, and lower sides of the inner wall (4) of the inner side (4) of the inner side (4) of the inner side of the inner case (4) of the slightly smaller than the outer case (3) The upper side of the 5a is inclined wall surfaces 6 and 6a with a predetermined slope, and the left and right sides of the inclined wall surfaces 6 and 6a are recessed to a predetermined depth and width, respectively. (7) (7a) and then halogen lamp heaters (10) having the same structural configuration are mounted on the square depressions (7) (7a), respectively. Roaster structure. The halogen lamp heater (10) according to claim 1, wherein the halogen lamp heater (10) protrudes four posts (12), each of which has a constant height at approximately four corners of the depression wall (11) at right angles to the depression wall (11), The ceramic fiber and diatomaceous earth, which are slightly smaller than the fixed plate, are compounded in the proper ratio on the front of the fixed plate 15 through which the through holes 14 through which each post 12 penetrates the coil spring 13 are installed. Fastening the reflector 16 having a heat insulating property with a fastening member 17 such as a bolt, and coating a reflective film 18 made of silicon oxide (SiO ₂ ) on the inner wall of the reflector 16, which is a rectangular cylinder, and the reflector ( 16) The halogen lamp heater 10 is implemented according to the present invention in a structure in which a plurality of halogen lamps 19 are installed inside and two ceramic glass plates 20 are installed and fixed on the front of the reflector 16. ) Of the inclined wall surface 6, 6a of the roaster 1 Roster structure with a halogen lamp heater, characterized in that the symmetrical mounting to the mole (7) (7a).