KR870003199Y1 - Continuous steaming apparatus - Google Patents

Abstract

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Description

Continuous Steamer

1 is a cross-sectional view showing a conventional steamer.

Figure 2 is a front sectional view showing the overall configuration of the steamer of the present invention.

3 is a side cross-sectional view of FIG.

The present invention relates to a continuous steamer that can reduce the heat loss and increase the steaming effect in the steamer used in the production process, such as ramen, bread, confectionery.

Conventionally, a steamer as shown in FIG. 1 is used, and an inlet (2) and an outlet (3) are formed on both sides of a rectangular steaming furnace (1), and the upper end of the conveying conveyor (4) exits through the inlet (2). (3) is installed to pass through the sprocket (5) (6) (7) (8) of the outer conveying conveyor (4) is to be continuously rotated in the □ type.

Therefore, when the contents are introduced into the inlet (2), the steam of the steam injection pipe (9) in the process of being introduced into the steaming furnace (1) by the conveying conveyor (4) and through the steaming furnace (1) and discharged toward the outlet (3). The contents are aged by heat.

Moreover, the outside of the inlet 2 and the outlet 3 is provided with the duct pipe | tube 10 (10 ') which communicates with the outside, and is comprised so that the outflowing steam may be discharged to the outside.

In the conventional steam generator, since the conveying conveyor 4 rotates one direction from the inlet 2 side toward the outlet 3 side, steam heat inside the steaming path 1 is discharged by the conveying force of the conveying conveyor 4 and the contents. (3) There is a problem that is continuously discharged while being swept into the group, in particular, the conveying conveyor (4) located inside the steaming furnace (1) is heated, but once turning off the outlet (3), the inlet (2) The conveying conveyor 4 cools down in the process of moving to), and is heated again in the steaming furnace 1 and cooled outside again, that is, cooling and warming up, and cooling and warming up continuously. Because of the repeated operation, there is a large amount of energy loss and the steaming effect of the contents is also poor.

Due to the steam furnace (1) to supply more than enough high-temperature steam to be able to replenish the amount of heat lost, which is a problem of enormous fuel consumption and energy loss.

The present invention takes into account the drawbacks of such a conventional steamer configuration. It is configured in the form of a "conveyor conveyor" inside of the jig jack type, so that the hot steam and the inside of the steam furnace can be effectively matured with the contents filled with heat at all times. It is to guide the indoor side to heat the steaming furnace with the remaining heat to prevent heat insulation and heat dissipation, which is to effectively steam a large amount of products even with a small heat source, which will be described in detail by the accompanying drawings. Is as follows.

The present invention forms a compartment-type steam room 11 blocked in all directions to communicate with the lower discharge chamber 13 by the downward passage 12 on one side, the inlet 14 and one side above the steam room 11 The inclined passage 15 is formed to penetrate, and the transfer conveyor 16 for inflow of a single body is disposed above the inclined passage 15 and the steam room 11. It is installed in the form to transfer the contents conveyed by the conveying conveyor (7) of the inlet side into the steam room (11) through the inclined passage (15).

In addition, under the transfer large bearing (16) Install the type relay conveyor (18) to receive the contents transferred to the inlet transfer conveyor (16) to transfer in the opposite direction, and underneath the jig of the relay conveyor (19) (20) rotated in the opposite direction in turn It is installed to be a jack-type separation so that the relay relay 20 in the lower drop the contents transferred to the jig-jack type from the top to the drop passage 12.

At this time, the inclined hard plate 21 is installed on one side of the drop passage 12 and the opening and closing plate 22 having a weight is adhered to the opposite side, and when the contents are dropped, the opening and closing plate 22 is opened by the weight. If it falls, it will be closed by weight again. In addition, a discharge conveyor 23 is installed in the discharge chamber 13 to receive the contents falling from the drop passage 12 to be discharged to the outside, and the waste steam in the pressurization tank 24 is discharged to the discharge chamber 13 exit. Waste steam in the discharge chamber 13 is supplied to the heat storage chamber 26 installed on the outside of the steaming furnace through the guide tube 25 so that the inner wall surface is kept warm by the remaining stars of the waste steam. Allow to heat

Small passages 27 and 28 at the inner end of the discharge chamber 13 are provided with on / off valves 29 and 30 to circulate waste steam into these small passages 27 and 28, if necessary, in the steam room 11 ) And the steam injection pipe 31 is installed on the inner bottom of the steam room 11.

In the steam room 11 of the present invention as described above, only the upper sloped passage 15 and the lower passage 12 are opened and the other celestial surface is blocked, and the passage 12 is opened by an opening and closing plate 22. The inclined passage 15 is shielded and the transfer progress force of the inflow transfer conveyor 16 extends toward the steaming chamber 11 so that the heat source is not discharged to the inclined passage 15, so that the steaming chamber 11 eventually becomes. It can be maintained inside the high temperature closed chamber formed.

In addition, the steaming furnace of the present invention is formed of a double cover so that the insulation chamber 26 is formed inside, and the insulation chamber 26 allows waste steam to flow from the guide tube 25 associated with the lower discharge chamber 13. As a result, the inside of the insulation chamber 26 is heated by the residual heat of the waste steam, and it is possible to obtain a heat insulation effect that keeps the internal temperature of the steam room 11 constant, and prevents members inside the steam room 11 from being radiated to the outside. The state will increase the insulation effect.

Inside the steam room 11, a plurality of conveying conveyors are arranged in a jig-jack type so that the heat source inside the steam room 11 is spread evenly in all directions without being biased to one side, and these transfer devices are multi-stage jig. The arrangement of the jack type is to increase the time for the contents to stay in the steam room 11 so as to allow sufficient aging time and heat transfer surface so that a large amount of contents can be continuously aged. Since the contents are transferred upside down and put aside, the upper and lower sides of the contents can be evenly laid down, and a pressurizing fin (24) is installed in the discharge chamber (13) at the bottom to apply pressure to the inside. Therefore, the waste steam discharged into the drop passage 12 is discharged out of the discharge chamber 13 to the guide tube 25 while heating the entire inside of the discharge chamber 13. It is leaking.

Since the present invention has a low loss of the heat source inside the steam room 11, the temperature in the steam room 11 can be maintained evenly even after the low temperature steam is weakly supplied since the proper temperature in the steam room 11 is set. In addition, it is possible to prevent the energy of the conveyor is lost by the external temperature by allowing the conveyor to transport the product to rotate inside the steam room 11 without being exposed to the outside. Therefore, due to the excessive heat loss, the high temperature steam is continuously supplied continuously, and the present invention consumes a lot of fuel and wastes energy. Is much longer than the conventional, there is an effect that can be continuously aged by loading a lot of contents.

Claims (1)

A steaming path is formed by a double wall so as to have a heat insulating chamber 26 therein, and a drop passage 12 having an opening and closing plate 22 is formed at one side of the inside of the steaming chamber 11 at the inner side so as to communicate with the lower discharge chamber 13. On the one side above the steaming chamber 11, the inclined passage 15 is formed to communicate with the inlet 14, and then above the inclined passage 15 and the steaming chamber 11; Type inlet type transfer conveyor 16 is installed, and relay conveyors 18, 19, and 20 are installed in a multi-stage jig jack arrangement below, and the rotation directions are reversed, respectively, and the discharge chamber 13 The discharge conveyor 23 is installed so that the inner end thereof is positioned directly below the drop passage 12, and the pressurizing fin 24 is fixed to the outlet side of the discharge chamber 13 to face the inside, and the discharge chamber 13 is disposed. Continuous steaming machine made by connecting the guide tube (25) between the heat insulating room (26).