KR102175050B1 - A laver supply system that efficiently improves the drying rate - Google Patents

Abstract

The present invention provides a laver supply device for moving a plurality of laver (L) first processed through a dryer to a dryer for secondary processing: a conveyor 11 to enable transport of the plurality of laver (L) ), and a conveyor unit (10) having a supply means (12) that detects the laver (L) at the end and determines the instantaneous stop and supply timing of the laver (L) being transferred; A storage plate 21 for receiving and transferring laver (L) supplied in a horizontal direction to the downstream of the conveyor 10 in a vertical direction, and an alignment means 22 for aligning the received laver (L). A primary transfer unit 20; And while moving the laver (L) supplied to the downstream of the primary transfer unit 20 to the loading plate 31 to which the worker (W) is transferred, securing and dehumidifying space between the laver (L) accommodated in the loading plate 31 It is characterized in that it comprises a; secondary transfer unit 30 to be transferred to the dryer with the interlayer paper 32 to enable this.
Accordingly, the present invention improves convenience as it is possible to automatically transfer the dried laver to the dryer for the secondary processing for the secondary processing of the dried laver in a state in which the finely cut laver is accommodated in a square frame. As it can be achieved, it improves workability and provides the effect of transferring laver, which can be spoiled with little moisture, to a dryer in a short time.

Description

A laver supply system that efficiently improves the drying rate}

The present invention relates to a laver supply device that efficiently improves laver drying rate, and more specifically, a laver finished by primary processing in which finely cut laver is stored in a square frame and dried by a dryer for secondary processing. Convenience is improved as the automatic transfer is possible, and since the work can be performed with a minimum number of workers, the laver drying rate that can be transported to the dryer in a short time as well as the workability that can be spoiled with a small amount of moisture is efficiently improved. It relates to an improved laver feeder.

Usually, laver is used as a seaweed belonging to the violet family, and contains a lot of protein and vitamins. In particular, the protein contained in 5 sheets of dried laver is enough to correspond to one egg, and the vitamins contained in laver C is known to have superior stability compared to vegetables. Such, laver is used as a variety of foods such as kimbap, side dishes, laver snacks and kimbugak. However, since such laver grows in seawater, it contains a large amount of salt and foreign matter, so that the foreign matter is removed through washing and the work of lowering the salt content is carried out, and the laver is loosened and crushed finely. The finely pulverized laver is subjected to the first processing in which natural drying or drying such as hot air is performed according to the square frame.If even a little moisture is included when storing a large amount of laver, a problem of decaying within a short time before distribution occurs. do. Therefore, in order to further dry such primary processed laver, the operator transfers it to a dryer or a simple conveyor, so it is difficult to quickly transport a large amount of laver, and systematic drying is required.

For example, according to Korean Patent Registration No. 1115596,'a housing having a drying space inside; A warm air supply unit supplying warm air to the drying space; It is located at the top of the drying space and is circulated by the first sub-transport chain that rotates in an infinite orbit after receiving the foot from the main transport chain that transports the baljang molded by the Haitai molding unit, so that the Haitai is dried. And, a first drying unit for returning to the main transport chain; A foot length relay unit receiving the foot length from the first drying unit and transferring it through the main transport chain; The feet are separated from the first drying unit and located in the lower part of the drying space, and the feet are circulated by a second sub-transport chain that receives from the main transport chain and rotates in an infinite orbit. A second drying unit for redrying and returning to the main transport chain; Including a driving unit for intermittently driving the first and second sub-transport chains; wherein the foot length interferes with the main transport chain and the first and second sub-transport chains, and is spaced apart from each other to form an integrally formed left/right support bar ; It is arranged between the left/right support bars in the longitudinal direction of the left/right support bars and is provided with a plurality, and consists of a plurality of feet on which the Haitai is molded, and the first drying unit is located above the drying space and is infinite A first sub-sprocket supporting one side of the first sub-transport chain rotating in an orbit; A second sub-sprocket supporting the other side of the first sub-transfer chain so that the first sub-transfer chain is close to the main transfer chain, and the foot is transferred from the main transfer chain to the first sub-transfer chain; It supports the other side of the first sub-transport chain, is located under the second sub-transport chain, and makes the first sub-transport chain close to the main transport chain, A third sub-sprocket to be transmitted to the transfer chain; It is installed perpendicularly to the first sub-transport chain, and the first sub-transport chain and the main transport chain are adjacent to each other by interfering with the left/right support bars of the foot pads transported by the main conveying chain. A plurality of vertical bars that are transferred to the first sub-transport chain and vertically vertically transferred; It surrounds the first sub-sprocket and is installed along a path moving from the first sub-sprocket to the third sub-sprocket, and the left support bar of the foot is caught to prevent the foot from being separated from the first sub-transport chain. , A first foot leg rail to be transported in a vertically erected state; wherein the foot length relay unit is configured to reverse the foot length received from the first drying unit and restore it to a state before delivery to the first sub-transport chain, and , While the extension relay part forms a curved shape in a direction away from the first and second drying parts between the first and second drying parts, the main transport chain passing between the first drying part and the second drying part A plurality of curved sprockets installed to support the main transfer chain so as to be transferred to form a curved transfer path; A main rail installed in a curved shape along the curved transfer path, preventing the left support bar of the foot from being separated from the main transport chain by being caught, and allowing the left support bar of the foot to be transferred along the curved transfer path; A reversing rail installed in a concave portion corresponding to the curved transfer path of the main rail so that the right support bar of the foot is continuously caught while the left support bar of the foot is transferred along the main rail so that the foot is overturned; Haitai drying apparatus characterized in that it comprises a.' It presents.

However, such a Haitai drying device is said to improve the drying efficiency of Haitai by passing through the first and second drying units formed in the vertical direction of the foot, but perfect drying cannot be achieved just by transferring a large amount of laver in a stacked state. It can also cause corruption.

As another example, according to Korean Patent Registration No. 1571646,'a supply member 200 that is provided on one side of the frame 100 and supplies the stacked laver 10 after being processed to a predetermined size horizontally and vertically so that the stacked laver 10 is not scattered. ), the elevating member 300 to raise the laver 10 supplied from the supply member 200 to a predetermined working height, the laver of the top layer from the stacked laver 10 raised by the elevating member 300 An adsorption member 400 that separates and raises the sheets one by one, a transfer member 600 that inherits the seaweed separated by the adsorption member 400 and transfers them in one direction, and a control unit 700 that controls each member. In the steam supply device consisting of ), the adsorption member 400 comprises: a compressor 410 for compressing air to generate high-pressure compressed air; A linear motor 430 fixedly installed on the upper portion of the frame 100 in a vertical direction so as to be driven by pneumatic supplied from the compressor 410 and driven with a constant stroke in the vertical direction; A non-contact pad 500 that is fixedly installed on the lower driving part of the linear motor 430 and driven in a vertical direction, and adsorbs steam by a partial riser flow formed by pneumatic pressure supplied from the compressor 410; And a solenoid valve 440 for periodically driving the linear motor 430 and the non-contact pad 500 by controlling pneumatic pressure under the control of the controller 700. Consisting of, the non-contact pad 500, the upper body 510 provided with a pneumatic injection unit in the upper center to connect the pneumatic pipe supplied from the compressor 410; A lower body 520 which is in close contact with the upper body 510, is perforated to pass through the central hole 521, and has a stepped portion 522 inside the central hole 521; It is inserted into the central hole 521 of the lower body 520, and an O-ring insertion step 531 is formed at the upper edge, so that it is seated and supported by the stepped part 522 of the central hole 521. A central nozzle portion 530 having a flange 532 and a central support rod 533 and forming a donut-shaped injection hole 540 formed with a fine gap through the circumference of the central support rod 533; And an O-ring 550 inserted into the O-ring insertion step 531 of the central nozzle part 530 to block leakage of pneumatic pressure. It proposes a laver supply device by a non-contact method, characterized in that it consists of.

However, the non-contact method of laver feeding device has the advantage of not damaging the shape of laver through the non-contact method, but after collecting laver, it is molded to a certain size horizontally and vertically through spreading, and then the laver stacked in bundles is processed as a secondary. It can be spoiled with the use of semi-dried nori.

Korean Patent Registration No. 1115596 "Haetae Drying Device" Korean Patent Registration No. 1571646 "No-contact method for seaweed supply"

It is an object of the present invention to fundamentally improve the conventional problems as described above, and it is possible to automatically transfer the finished steam to the dryer for the secondary processing, which is completed by the primary processing in which the finely cut laver is housed in a square frame and dried. Convenience is improved according to this, and the work can be performed with a minimum number of workers, so that the laver that can be spoiled with a small amount of moisture can be transferred to the dryer in a short time while improving the workability. I am trying to provide a device.

The present invention for achieving the above object, in the laver supply device for moving a plurality of laver first processed through a dryer to a dryer for secondary processing: a conveyor to enable the transport of the plurality of laver A conveyor unit having a feed means for determining a supply timing and an instantaneous stop of the transported seaweed by sensing the steam at the end; A primary transfer unit having a receiving plate for receiving and transferring the laver supplied in the horizontal direction to the downstream of the conveyor, and having an alignment means for aligning the received laver; And a second transfer unit that transfers the laver supplied to the downstream of the primary transfer unit to the loading plate to which the worker is transferred, and transfers the laver to the dryer with a slip sheet to secure space and dehumidify between the laver accommodated in the loading plate. However, the supply means of the conveyor unit detects steam flowing from the conveyor and stops the conveyor, thereby enabling instantaneous stop of steam, a second sensor detecting the position of the transfer plate, and the sensed A transfer belt that rotates on the rotating roller is provided to supply the instantaneously stopped laver to the receiving plate according to the position, and the receiving plate of the primary transfer unit has a'L' shape to accommodate the laver supplied in the horizontal direction in the vertical direction. It is formed in a shape, and the grooves and protrusions are formed to correspond to each other to prevent the fall of the seaweed between the plurality of receiving plates, and the operator is provided with first supports of different lengths to facilitate the gripping of the seaweed, and the The alignment means comprises a fixing plate fixed to one side of the seaweed accommodated in the receiving plate, and an alignment plate corresponding to the fixing plate on the other side and conveyed by an alignment cylinder to pressurize and align the seaweed.

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In addition, the loading plate of the secondary transfer part of the present invention is formed in a'c' shape, and has second supports of different lengths at the top to facilitate the worker's gripping of the laver, and a space between the laver accommodated in the loading plate is secured. It is characterized in that it accommodates a kanji consisting of a first kanji that wraps the seaweed and a second kanji inserted between the seaweed while having a plurality of through holes to enable dehumidification and

On the other hand, prior to this, terms or words used in the present specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors have developed the concept of terms in order to explain their own invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and thus various alternatives that can be substituted for them at the time of application It should be understood that there may be equivalents and variations.

As described in the above configuration and operation, the present invention improves convenience as it can be automatically transferred to a dryer for the secondary processing of the dried laver, which is completed by the primary processing in which the finely cut laver is accommodated in a square frame. , As the work can be performed with a minimum number of workers, it improves workability and provides the effect of transferring steam that can spoil even with a small amount of moisture to the dryer in a short time.

1 is a plan view showing the overall laver supply device for efficiently improving the laver drying rate according to the present invention
2A and 2B are a side view and a plan view showing a conveyor part of a laver feeding device for efficiently improving laver drying rate according to the present invention.
3A to 3C are a side view and a plan view showing a primary conveying part of a laver feeding device for efficiently improving laver drying rate according to the present invention.
Figure 4 is a perspective view showing a receiving plate of the laver supply device for efficiently improving the laver drying rate according to the present invention
5A and 5B are a plan view and a side view showing a secondary conveying unit of a laver feeding device for efficiently improving laver drying rate according to the present invention.
6A and 6B are a pulverized perspective view and perspective view showing a loading plate of a laver supply device for efficiently improving laver drying rate according to the present invention

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a laver supply device that enables a plurality of laver (L) first processed through a dryer to be moved to a dryer for secondary processing, and a conveyor unit 10, a first transfer unit 20, and 2 The difference sending unit 30 is the main configuration.

First, the primary processing means laver is washed and pulverized finely with the removal of foreign substances and reduced salinity. The finely pulverized laver refers to a state in which natural drying or drying such as hot air has been performed according to a square frame. The primary processed laver must be completely dried for long-term storage, and the possibility of spoilage occurs through a little moisture. About 50 sheets of first-processed laver are formed into one bundle, and 14 bundles of laver are supplied at a time. As many workers put them in boxes and move them to the drying room by manual work, the work rate dropped significantly.

Conveyor unit 10 according to the present invention is provided with a conveyor 11 to enable the transfer of the plurality of laver (L), the instantaneous stop and supply of the laver (L) to be transferred by sensing the laver (L) at the end It is provided with a supply means (12) for determining the timing. The conveyor unit 10 is transported in the direction of the primary transfer unit 20 to be described later in a state in which 14 bundles of 50 to 60 sheets of the above-described primary processed laver (L) are seated on the top of the conveyor 11 at regular intervals. do. At the end of the conveyor unit 10, a supply means 12 formed close to the primary transfer unit 20 is provided, and the instantaneous stop and supply timing of the laver L transferred through the supply means 12 are determined. Is done.

At this time, the supply means 12 of the conveyor unit 10 detects the laver (L) flowing from the conveyor 11 and stops the conveyor 11 so that the first sensor 13 capable of instantaneous stop of the laver (L). ), and a second sensor 14 that senses the position of the receiving plate 21 to be transferred, and the instantaneously stopped laver (L) according to the sensed position of the receiving plate 21 to be supplied to the receiving plate 21 It characterized in that it comprises a transfer belt (16) rotated on the rotary roller (15a) (15b). As the supply means 12 forms the first sensor 13 at the top of one end of the conveyor 11, the conveyor 11 stops by detecting the position of the flowing laver L. And, the second sensor 14, which detects the receiving plate 21 transferred by the primary transfer unit 20, which will be described later, senses it when it moves from the lower direction to the upper direction, and the frozen seaweed (L) rotates. It is seated on the receiving plate 21 at high speed by riding the transfer belt 16 rotating on the rollers 15a, 15b.

In addition, the primary transfer unit 20 according to the present invention includes a receiving plate 21 for receiving and transferring laver L supplied in the horizontal direction to the downstream of the conveyor 10 in a vertical direction, and the received laver ( It has an alignment means (22) for aligning L). The primary transfer unit 20 seats horizontal laver (L) flowing through the supply means 12 of the conveyor unit 10 described above on the receiving plate 21, and then the receiving plate 21 is moved upward. The laver (L) supplied in the horizontal direction by rotating is transported on the receiving plate 21 in a state that is erected in the vertical direction. Since the laver (L) transported along the receiving plate 21 can be scattered during transport, a plurality of laver (L) is aligned and transferred again through the alignment means 22.

At this time, the receiving plate 21 of the primary transfer unit 20 is formed in a'L' shape to accommodate the laver (L) supplied in the horizontal direction in the vertical direction, and between the plurality of receiving plates 21 The groove (21c) and the protrusion (21d) are formed to correspond to each other to prevent the fall of the kim (L), and the first support of different lengths to facilitate the gripping of the kim (L) by the worker (W) on the top ( It is characterized in that it comprises 21a) (21b). The receiving plate 21 must be formed in a'L' shape so that the seaweed (L) in the horizontal direction is seated and then the seaweed (L) can be transferred in the vertical direction through rotation. In addition, although the plurality of receiving plates 21 are sequentially transferred, a gap is bound to occur between the receiving plates 21, so that there may be a problem that the seaweed L falls through this gap. In order to solve this problem, one or more protrusions 21d are formed protruding from the end of the receiving plate 21, and recesses 21c are formed to correspond to and accommodate the protrusions 21d. Safe transfer of seaweed (L) as it is configured not to interfere with the transfer of the receiving plate 21 while preventing gaps between the plurality of receiving plates 21 by the grooves 21c and the protrusions 21d formed in this way. This is possible. In addition, the upper portion of the receiving plate 21 is provided with a first support (21a) (21b) of different lengths, the first support (21a) (21b) is formed in a short portion close to the worker (W) The operator (W) is formed to improve the work rate by making the laver (L) more smoothly gripped.

In addition, the alignment means 22 is transported by the alignment cylinder 25 in correspondence with the fixing plate 23 fixed to one side of the seaweed (L) accommodated in the receiving plate 21 and the fixing plate 23 on the other side. It characterized in that it comprises an alignment plate (24) to align by pressing (L). The alignment means 22 may cause scattering of a plurality of sheets of seaweed (L) received in the receiving plate 21 and transferred during transfer, so that they can be re-arranged. This is, the fixing plate 23 and the alignment plate 24 are respectively formed in the lateral direction rather than the conveying direction of the seaweed (L), and the rear of the alignment plate 24 is disturbed by moving forward and backward by the alignment cylinder 25. The laver (L) is pushed in the direction of the fixing plate 23 to be aligned.

In addition, the secondary transfer unit 30 according to the present invention transfers the laver (L) supplied to the downstream of the primary transfer unit 20 to the loading plate 31 to which the worker (W) is transferred to the loading plate 31 Separators 32 are provided between the received laver (L) to secure space and dehumidify, and are transferred to the dryer. The secondary transfer unit 30 is formed in a direction orthogonal to the primary transfer unit 20 downstream of the primary transfer unit 20 described above, so that the laver (L) can be transferred in the direction of the dryer (not shown). This, the operator (W) transfers the laver (L) transferred from the above-described primary transfer unit (20) to the loading plate (31), at this time, the operator (W) secures space and dehumidification between the plurality of laver (L) This makes it possible to transfer to the dryer while inserting the slip sheet 32.

At this time, the loading plate 31 of the second transfer part 30 is formed in a'c' shape, and the second support 31a of different lengths ( 31b), and having a plurality of through-holes (33a) to secure a space between the laver (L) accommodated in the loading plate (31) and to enable dehumidification, the first section 33 and laver ( L) characterized in that it accommodates the kanji 32 made of the second kanji 34 interposed therebetween. As the operator moves the laver (L) transferred from the secondary transfer unit 30 to the loading plate 31, the first slip paper 33 in which a through hole 33a is formed to enable the flow of hot air while surrounding the laver (L). ) And the second kanji 34 are inserted between the laver (L) to secure a space so that the drying rate can be improved. As these slip sheets (32) cover the outside of a number of laver (L) and are inserted between them, it is possible to secure a high drying rate when entering the dryer by securing space while absorbing moisture contained in the laver (L). There will be. Since laver (L) can be spoiled even by fine moisture, perfect drying must be possible.

As described above, the present invention improves convenience as it is possible to automatically transfer the dried laver to the dryer for the secondary processing for the secondary processing of the dried laver in a state in which the finely cut laver is accommodated in a square frame. As it can be achieved, it improves workability and provides the effect of transferring laver, which can be spoiled with little moisture, to a dryer in a short time.

The present invention is not limited to the disclosed embodiments, and it is obvious to those of ordinary skill in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such variations or modifications will have to belong to the claims of the present invention.

10: conveyor unit 11: conveyor
12: supply means 13: first sensor
14: second sensor 15a, 15b: rotary roller
16: conveying belt 20: 1st conveying part
21: storage plate 21a, 21b: first support
21c: groove 21d: stone
22: alignment means 23: fixing plate
24: alignment plate 25: alignment cylinder
30: secondary transfer unit 31: loading plate
32: Kanji 33: First Kanji
34: second kanji

Claims (5)

In the laver supply device that allows a plurality of laver (L) processed first through a dryer to be moved to a dryer for secondary processing:
A conveyor 11 is provided to enable the transfer of the plurality of laver (L), and a supply means 12 that detects the laver (L) at the end and determines the instantaneous stop and supply timing of the laver (L) to be conveyed. Conveyor unit 10 provided;
A storage plate 21 for receiving and transferring laver (L) supplied in a horizontal direction to the downstream of the conveyor 10 in a vertical direction, and an alignment means 22 for aligning the received laver (L). A primary transfer unit 20; And
It is possible to secure space and dehumidify between the laver (L) received in the loading plate 31 by moving the laver (L) supplied to the downstream of the primary transfer unit 20 to the loading plate 31 to which the worker (W) is transferred. It is made, including; a secondary transfer unit 30 provided with a separate sheet 32 and transferred to the dryer,
The supply means 12 of the conveyor unit 10 detects the laver (L) flowing from the conveyor 11 and stops the conveyor 11 so that a first sensor 13 capable of instantaneous stop of the laver (L) and , A second sensor 14 that detects the position of the receiving plate 21 to be transferred, and a rotating roller to supply the instantaneously stopped laver (L) to the receiving plate 21 according to the detected position of the receiving plate 21 (15a) (15b) is provided with a transfer belt (16) rotating on,
The receiving plate 21 of the primary transfer unit 20 is formed in a'L' shape to accommodate the laver (L) supplied in the horizontal direction in the vertical direction, and between the plurality of receiving plates 21 In order to prevent the fall of (L), the grooves (21c) and the protrusions (21d) are formed to correspond to each other, and the first support (21a) of different lengths to facilitate the gripping of the Kim (L) by the worker (W) on the top It has (21b),
The alignment means 22 correspond to the fixing plate 23 fixed to one side of the seaweed (L) accommodated in the receiving plate 21 and the fixing plate 23 on the other side, and are transferred by the alignment cylinder 25 to A laver supply device for efficiently improving laver drying rate, characterized in that it comprises an alignment plate 24 for aligning by pressing ). delete delete delete The method of claim 1,
The loading plate 31 of the secondary transfer part 30 is formed in a'C' shape, and the second support 31a, 31b of different lengths is formed at the top so that the worker (W) can easily grip the kim (L). And, having a plurality of through holes (33a) to secure a space between the laver (L) accommodated in the loading plate (31) and dehumidification is possible, the first section 33 and laver (L) surrounding the laver (L) A laver feeding device that efficiently improves the laver drying rate, which efficiently improves laver drying rate, characterized in that accommodating the separating paper 32 made of the second intercalating paper 34 interposed therebetween.

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