KR200268200Y1 - Apparatus for drying laver - Google Patents

Abstract

The present invention is a blower for drying the haetai using hot air generated by the blower 40 and the heating coil 35: a conveyor for receiving the haetae introduced into the container 15 to be discharged at an appropriate speed ( 10); An upstream duct 20 installed to evenly distribute the hot air of the heating coil 35 to the conveyor 10 side; Circulating flow path means communicating with the upstream duct 20 so as to circulate hot air; And a heater box 30 installed to mix the outside air with the hot air passing through the circulation means and then send it to the upstream duct 20 through the heating coil 35.

Therefore, it is possible to continue the work process while circulating the hot air for drying has the effect of producing a high quality product at a low cost.

Description

Haitai Fire Blower {Apparatus for drying laver}

The present invention relates to a Haitai blower, and more particularly to a Haitai blower capable of producing a high-quality product at a low cost by enabling the continuation of the work process while circulating the hot air for drying.

In general, Haitai (kim) is rich in protein, pigments, vitamins, minerals, etc. than other red algae, and because it grows closer to sea level, it has a better taste and aroma than other edible algae and is very rich in nutrition. Protein is 30-40%, but little fat. In addition, essential amino acids and vitamins, such as threonine, valine, leucine, lysine, phenylalanine, and tryptophan, are relatively high and have kept our table for a long time.

This type of habitation can not meet the demand by natural breeding alone, and artificial farming is used. In the autumn when the spores are installed, the materials for attaching the spores are gathered and planted in the sea. In the case of live-sea larvae, the drying process is necessary because the moisture is about 8-12% and long-term storage is difficult when the weather gets hot. Also, rather than relying on natural drying, it can be preserved for a long time by lowering moisture to 2-3% level through the ignition process in a warm air drying room and re-drying it.

To this end, various automatic artificial ignition devices are introduced, but it is difficult to produce high quality products because they are moved to a drying room supplied with hot air at a constant temperature regardless of the quality of raw materials, and the drying conditions are not uniform or appropriate. In the process of storage and distribution, the edges of Haitai have a big effect on the merchandise.

In addition, since the hot air is circulated from the bottom to the upper part when haetae is multi-stacked and fired inside the ignition apparatus, it is difficult to uniformly dry the haetae, thus resulting in deterioration of merchandise.

In addition, a device that sequentially removes water that covers the surface of Haitai and then removes water inside has been proposed, but since the structure focuses only on drying, there is a problem of increased manufacturing cost due to excessive heat loss. have.

In addition, in the subsequent processing of counting and packing the dried seas, the workforce has to be excessively charged, resulting in high production costs due to the increase in labor costs.

Accordingly, the present invention is to solve the above problems, it is to provide a Haitai blower capable of producing a high-quality product at a low cost by enabling the continuous work process while circulating the hot air for drying. .

1 is a front view showing a blower according to the present invention,

2 is a plan view showing a blower according to the present invention,

Figure 3 is a side view showing a blower according to the present invention.

Explanation of symbols on the main parts of the drawings

10: conveyor 15: container

20: upstream duct 30: heater box

35: heating coil 40: blower

45: moisture discharge pipe 50: branch duct

55: guide 60: downstream duct

70: controller

In order to achieve the above object, the present invention provides a device for drying haetaetae using hot air generated by the blower 40 and the heating coil 35: the taetae is introduced into the container 15 to be transported at an appropriate speed. A conveyor 10 for discharging; An upstream duct 20 installed to evenly distribute the hot air of the heating coil 35 to the conveyor 10 side; Circulating flow path means communicating with the upstream duct 20 so as to circulate hot air; And a heater box 30 installed to send the hot air passing through the circulation means to the upstream duct 20 through the heating coil 35.

In addition, the container 15 of the conveyor 10 is characterized in that it is composed of at least three sides including the cutting groove (15a).

In addition, the circulation passage means of the present invention is characterized by having a guide 55 for dividing the hot air passed through the conveyor 10, and a plurality of downstream ducts (60) for guiding the classified hot air to the blower (40). It is done.

At this time, the downstream duct 60 of the present invention is characterized in that it is installed to surround at least two sides for the insulation of the upstream duct (20).

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment according to the present invention.

1 is a front view showing a drying apparatus according to the present invention, Figure 2 is a plan view showing a drying apparatus according to the present invention.

The present invention relates to a blower for drying Haitai using hot air generated by the blower 40 and the heating coil 35. Conventionally, Haitai is simply put in a container by any quantity unit, and put it in a dryer and dry it using hot air, and when drying is completed, simultaneously take out, counting, sorting and packing. However, because the circulation of hot air in the dryer is uneven, the quality of the pacific is not only different, but if it is counted in the dry state, the ecchi is likely to be damaged and the yield is lowered. The present invention is proposed to achieve the purpose of preventing the damage of the counting process while the hot air evenly spread.

According to the present invention, a conveyor 10 is used to receive the introduced tai chi in the container 15 and to transport it to be discharged at an appropriate speed. The conveyor 10 is a structure in which unit cells are connected in a chain form, and is conveyed in a state supported by a plurality of rollers including wheels at both ends. The container 15 for accommodating a certain amount of Haitai is fixed in the same structure for each unit cell of the conveyor 10. According to Figure 1, while the container 15 is moving the upper surface of the conveyor 10, the adjacent ones are in close contact with each other without a gap in the form of virtually four sides to prevent the escape of the received Haitai, can be inserted by unpacking 100 pieces This can be done very quickly and easily when uniting the Haitai discharged after drying.

At this time, the container 15 of the conveyor 10 is composed of at least three sides including the incision groove (15a). Although not clear in the figure, the c-shaped structure of the container 15 means that it has a three-sided shape including a center and two sides. In the U-shape form the incision groove (15a) in the center of the plate except the bent jaw on both sides to allow the hot air to pass smoothly in the state of accommodating. To this end, it is preferable that the cutting groove 15a is increased in length and number of installations instead of making the width small.

In addition, according to the present invention, the upstream duct 20 is installed to evenly distribute the hot air of the heating coil 35 toward the conveyor 10 side. As the conveyor 10 is installed over a relatively wide length, the upstream duct 20 is also installed at appropriate intervals to induce even distribution of hot air. The division interval of the upstream duct 20 is not necessarily to be determined in detail, but it is necessary to maintain an appropriate temperature deviation range so that a sudden temperature rise does not occur in any part.

In the conveyor 10 described above, the front and rear ends are exposed in the upstream duct 20 of the device and the remaining part is received in the device. As a result, the container 15 enters an opening (not shown) of the upstream duct 20 in a state in which the container 15 is turned vertically. Using the conveyor 10 and the container 15 of this structure can prevent the outflow of hot air through the opening of the upstream duct 20, thereby minimizing heat loss.

In addition, according to the present invention, the circulation passage means is installed to communicate with the upstream duct 20 to circulate the hot air. To this end, the hot air sent from the upstream duct 20 to the conveyor 10 should be collected at the downstream side of the conveyor 10 and sent to the blower 40 again. At this time, some of the moisture and waste heat generated during the Haitai drying process will be discharged. Through 45). The circulation passage means reduces the operating time of the heating coil 35 as a heating source by circulating the hot air. Detailed configuration and operation refer to FIG. 3 described later.

In addition, according to the present invention, the heater box 30 is installed so that the hot air passing through the circulation means is sent to the upstream duct 20 through the heating coil 35. The heater box 30 is connected to the blower 40 and the pipe upstream, and has a heating coil 35 on the downstream side. The blower 40 is provided with a discharge pipe 45 for discharging the moisture in the upward direction.

In general, the hot air temperature and the drying time are inversely proportional, and this data is stored in the controller 70. The controller 70 controls the on / off cycle of the heating coil 35 and the conveying speed of the conveyor 10 in order to match the optimum hot air temperature and drying time, but if the user changes the input, the controller 70 controls the conditions accordingly. To this end, the controller 70 performs feedback control by using a signal of a sensor for detecting a temperature of the hot wind by the heating coil 35 and a sensor for detecting a conveying speed of the conveyor 10.

3 is a side view showing a drying apparatus according to the present invention.

The circulation passage means according to the present invention includes a guide 55 for dividing the hot air passing through the conveyor 10, and a plurality of downstream ducts 60 for guiding the sorted hot air to the heater box 30. The guide 55 is installed in a triangular form by slightly bending the center of the iron plate, and the downstream duct 60 communicates with the heater box 30 or the blower 40 using the front and rear spaces of the upstream duct 20. The guide 55 reduces the resistance caused by the branching of the hot air to allow a smooth circulation.

At this time, the downstream duct 60 has a heat insulating function in the form of wrapping the upstream duct 20, thereby reducing the operating time of the heating coil 35 as a heating source to reduce power consumption. Of course, it is also preferable to attach the heat insulator to the outer surface of the downstream duct 60.

In operation, when the user sets a condition using a switch on the controller 70 and counts and adds the tai chi into the container 15, the tai chi is removed from the upstream duct 20 while passing the conveyor 10 at the set speed. The hot air is supplied and dried, and it can be discharged from the container 15 as it is injected as soon as it exits the upstream duct 20. In other words, if the decontamination before drying is counted and placed in the container 15, the dry state is neat and there is no need to count separately in the dried state.

In this way, even if there is a difference in the temperature of the hot air supplied through the diarrhea upstream duct 20, the quality is uniform because all the feces in the container 15 and the conveyor 10 pass the same conditions.

Of course, if dehydration is to be put into the device of the present invention in a pre-drying state, even if the length of the conveyor 10 is shortened by the hot air through the upstream duct 20 to dry quickly and sufficiently to obtain a high-quality product have.

It is apparent to those skilled in the art that the present invention is not limited to the embodiments described, and that various modifications and changes can be made without departing from the spirit and scope of the present invention. Therefore, such modifications or variations will have to belong to the utility model claims of the present invention.

For example, since the heater box 30 and the heating coil 35 are separated and mounted on both sides, it is also possible to control each temperature differently. This is a method for performing the Haitai's primary drying (constant drying) and secondary drying (decay drying) can be easily changed through the controller 70.

According to the above constitution and action, the present invention enables the continuation of the work process while circulating the hot air for drying, thereby producing a high quality product at a low cost.

Claims (4)

In the apparatus for drying Haitai using hot air generated by the blower 40 and the heating coil 35: Conveyor 10 for receiving the added taetae into the container 15 to be transported to discharge at an appropriate speed; An upstream duct 20 installed to evenly distribute the hot air of the heating coil 35 to the conveyor 10 side; Circulating flow path means communicating with the upstream duct 20 so as to circulate hot air; And Haitai injector characterized in that it comprises a heater box (30) which is installed to mix the outside air to the hot air passing through the circulation means and then sent to the upstream duct 20 through the heating coil (35). The method of claim 1, The container (15) of the conveyor (10) is composed of at least three sides including an incision groove (15a) to accommodate the haetai, characterized in that to accommodate haetae. The method of claim 1, The circulation passage means includes a guide 55 for dividing the hot air passing through the conveyor 10 and a plurality of downstream ducts 60 for guiding the sorted hot air to the heater box 30. Blower. The method of claim 3, wherein The downstream duct 60 is Haitai injector, characterized in that installed to cover at least two sides for the insulation of the upstream duct (20).