JP2017192352A - Laver raw alga supply system - Google Patents

Laver raw alga supply system Download PDF

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JP2017192352A
JP2017192352A JP2016085213A JP2016085213A JP2017192352A JP 2017192352 A JP2017192352 A JP 2017192352A JP 2016085213 A JP2016085213 A JP 2016085213A JP 2016085213 A JP2016085213 A JP 2016085213A JP 2017192352 A JP2017192352 A JP 2017192352A
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seawater
seaweed
algae
supply
supply system
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JP6246257B2 (en
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吉田　直人
Naoto Yoshida
直人 吉田
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Itsuwa Kogyo Co Ltd
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Abstract

PROBLEM TO BE SOLVED: To enhance the product value of the dried laver manufactured by making the laver raw alga supplied by a laver raw alga supply system into a rectangular sheet with a laver manufacturing device and drying the same.SOLUTION: In a laver raw alga supply system (1) that shreds laver raw alga stored in a storing device (3) with a mincing device (6) and supplies the same to a laver manufacturing device (2), a fresh water supply device (8) for supplying fresh water and a saline water supply device (high salt content sea water supply device (12)) for supplying saline water are connected to the mincing device (6). The saline water supply device (high salt content sea water supply device (12)) supplies high salt content sea water having higher salt content concentration than that of sea water.SELECTED DRAWING: Figure 1

Description

本発明は、貯留装置に貯留した海苔原藻をミンチ装置で細断して海苔製造装置に供給する海苔原藻供給システムに関するものである。   The present invention relates to a nori seaweed algae supply system that shreds nori seaweed stored in a storage device with a minced device and supplies it to a nori production device.

乾燥海苔は、海中で養殖した海苔原藻を貯留装置の内部で海水中に貯留しておき、貯留装置から海苔製造装置に供給し、海苔製造装置で抄製し、乾燥することによって製造している。   Dried seaweed is produced by storing seaweed raw algae cultured in the sea in seawater inside the storage device, supplying it from the storage device to the seaweed production device, making paper with the seaweed production device, and drying it. Yes.

海苔製造装置への海苔原藻の供給には、海苔原藻供給システムが利用される。この海苔原藻供給システムは、貯留装置に貯留した海苔原藻をミンチ装置で細断した後に海苔製造装置に供給する。海苔原藻は、貯留装置では海水に貯留されており、海水とともにミンチ装置に搬送され、ミンチ装置の直上流にて海水分離装置で海水が分離され、ミンチ装置で細断されるとともに真水と混合され、その後、真水とともに海苔製造装置に供給される（たとえば、特許文献１参照。）。   A nori seaweed algae supply system is used to supply nori seaweed algae to the laver production apparatus. This nori seaweed supply system supplies the nori seaweed algae stored in the storage device to the nori production device after being shredded by a mincing device. Seaweed raw algae are stored in seawater in the storage device, transported to the minced device together with seawater, separated from the seawater separator immediately upstream of the minced device, shredded by the minced device and mixed with fresh water Then, it is supplied to a laver production apparatus together with fresh water (see, for example, Patent Document 1).

特開２００３−３２５１４２号公報JP 2003-325142 A

ところが、上記従来の海苔原藻供給システムでは、ミンチ装置で細断した海苔原藻に真水を混合させて海苔製造装置に供給しているために、ミンチ装置から海苔製造装置への搬送途中において海苔原藻に含有される旨味成分等が真水中に溶出してしまうおそれがあった。   However, in the conventional nori seaweed supply system, fresh water is mixed with the nori seaweed shredded by the minced device and supplied to the nori production device. There was a possibility that the umami components contained in the original algae could be eluted in fresh water.

海苔原藻に含有されている旨味成分等が海水中に溶出してしまうと、海苔製造装置で製造した乾燥海苔の味が低下して、乾燥海苔の商品価値が低減するといった問題があった。   If the umami component contained in the seaweed raw algae is eluted in the seawater, there is a problem that the taste of the dried seaweed produced by the seaweed production apparatus is lowered and the commercial value of the dried seaweed is reduced.

そこで、請求項１に係る本発明では、貯留装置に貯留した海苔原藻をミンチ装置で細断して海苔製造装置に供給する海苔原藻供給システムにおいて、ミンチ装置に、真水を供給するための真水供給装置と、塩水を供給するための塩水供給装置とを接続することにした。   Therefore, in the present invention according to claim 1, in the nori seaweed algae supply system that shreds the laver original algae stored in the storage device with the minced device and supplies it to the nori production device, for supplying fresh water to the minced device. It was decided to connect a fresh water supply device and a salt water supply device for supplying salt water.

また、請求項２に係る本発明では、前記請求項１に係る本発明において、前記塩水供給装置は、海水よりも塩分濃度を高くした高塩分海水を供給することにした。   Moreover, in this invention which concerns on Claim 2, in the said invention which concerns on the said Claim 1, the said salt water supply apparatus decided to supply the high salinity seawater which made salt concentration higher than seawater.

そして、本発明では、以下に記載する効果を奏する。   And in this invention, there exists an effect described below.

すなわち、本発明では、貯留装置に貯留した海苔原藻をミンチ装置で細断して海苔製造装置に供給する海苔原藻供給システムにおいて、ミンチ装置に、真水を供給するための真水供給装置と、塩水を供給するための塩水供給装置とを接続することにしているために、ミンチ装置から海苔製造装置へ向けて海苔原藻とともに搬送される水分の塩分濃度を従来の真水よりも高くすることができ、海苔原藻からの旨味成分等の溶出を抑制することができる。これによって、海苔製造装置で製造される乾燥海苔の商品価値を向上させることができる。   That is, in the present invention, a nori seaweed algae supply system that shreds the nori seaweed stored in the storage device with a minced device and supplies it to the nori production device, a fresh water supply device for supplying fresh water to the minced device, Since it is decided to connect a salt water supply device for supplying salt water, the salinity concentration of water transported with the seaweed raw algae from the minced device to the seaweed production device may be made higher than conventional fresh water It is possible to suppress elution of umami components and the like from seaweed raw algae. Thereby, the commercial value of the dried seaweed manufactured with the seaweed manufacturing apparatus can be improved.

特に、塩水供給装置で海水よりも塩分濃度を高くした高塩分海水を供給することにした場合には、より一層海苔原藻からの旨味成分等の溶出を抑制することができる。   In particular, when high-salt seawater having a higher salinity than seawater is supplied by the saltwater supply device, elution of umami components and the like from the seaweed raw algae can be further suppressed.

本発明に係る海苔原藻供給システムを示す説明図。Explanatory drawing which shows the seaweed original algae supply system which concerns on this invention. 高塩分海水供給装置を示す説明図。Explanatory drawing which shows a high salinity seawater supply apparatus.

以下に、本発明に係る海苔原藻供給システムの具体的な構成について図面を参照しながら説明する。   Below, the specific structure of the nori seaweed algae supply system which concerns on this invention is demonstrated, referring drawings.

図１に示すように、海苔原藻供給システム１は、海苔原藻を海苔製造装置２に供給するシステムである。海苔原藻は、海苔製造装置２によって矩形シート状に抄製された後に乾燥されて乾燥海苔となって市場に出荷される。   As shown in FIG. 1, the nori seaweed supply system 1 is a system that supplies the nori seaweed algae to the nori production apparatus 2. The nori seaweed is made into a rectangular sheet by the nori production device 2 and then dried to be dried to the market.

海苔原藻供給システム１は、貯留装置３の貯留タンクに海苔原藻を海水とともに貯留する。その後、海水とともに海苔原藻を混合装置４に搬送し、混合装置４で撹拌混合する。その後、海水とともに海苔原藻を異物除去装置５に搬送し、異物除去装置５で異物を除去する。その後、海水とともに海苔原藻をミンチ装置６に向けて搬送する。ミンチ装置６には、直上流部（ミンチ装置６の搬入部）に海水分離装置７が設けられるとともに、真水供給装置８が接続されている。そして、海水分離装置７によって海苔原藻とともに搬送された海水が分離され、海苔原藻だけがミンチ装置６に搬送され、ミンチ装置６で海苔原藻を細断し、細断した海苔原藻を真水供給装置８から供給された調合水とともに調合装置９に搬送する。その後、調合装置９によって海苔原藻と調合水との比率を調整し（調合し）、海苔製造装置２に供給する。   The seaweed original algae supply system 1 stores the seaweed original algae together with seawater in a storage tank of the storage device 3. Thereafter, the seaweed raw algae are transported to the mixing device 4 together with the seawater, and the mixing device 4 is stirred and mixed. Thereafter, the seaweed original algae are transported to the foreign matter removing device 5 together with the seawater, and the foreign matter removing device 5 removes the foreign matter. Thereafter, the seaweed algae are transported toward the minced device 6 together with the seawater. The mince device 6 is provided with a seawater separation device 7 at a portion immediately upstream (a carry-in portion of the mince device 6) and a fresh water supply device 8 is connected. Then, the seawater transported together with the seaweed algae is separated by the seawater separator 7, and only the seaweed algae is transported to the minced device 6. It is transported to the preparation device 9 together with the preparation water supplied from the fresh water supply device 8. Thereafter, the ratio of the seaweed algae and the preparation water is adjusted (prepared) by the preparation device 9 and supplied to the nori production device 2.

これにより、海苔原藻供給システム１では、貯留装置３から混合装置４と異物除去装置４とを介してミンチ装置６に海苔原藻を海水とともに搬送する搬送経路10と、ミンチ装置６から調合装置９を介して海苔製造装置２へと海苔原藻を調合水とともに搬送する搬送経路11とが形成されている。   Thereby, in the laver raw algae supply system 1, the transport path 10 for transporting the laver original algae together with the seawater from the storage device 3 to the minced device 6 via the mixing device 4 and the foreign matter removing device 4, and the minced device 6 to the blending device. A transport path 11 for transporting the seaweed raw algae together with the prepared water to the seaweed manufacturing apparatus 2 through 9 is formed.

この海苔原藻供給システム１には、海水に塩を溶解させることで海水よりも塩分濃度を高くした高塩分海水を生成し供給するための高塩分海水供給装置12が設けられている。   The seaweed original algae supply system 1 is provided with a high salinity seawater supply device 12 for generating and supplying high salinity seawater having a higher salinity concentration than seawater by dissolving salt in the seawater.

高塩分海水供給装置12は、搬送経路10の途中に設けられた混合装置４に供給流路13を介して接続されており、高塩分海水供給装置12から混合装置４に高塩分海水を供給するようになっている。   The high salinity seawater supply device 12 is connected to the mixing device 4 provided in the middle of the conveyance path 10 via the supply flow path 13, and supplies the high salinity seawater to the mixing device 4 from the high salinity seawater supply device 12. It is like that.

また、高塩分海水供給装置12は、ミンチ装置６の上流側に設けられた海水分離装置７に回収流路14を介して接続されており、海水分離装置７で分離した海水を高塩分海水供給装置12に回収するようになっている。これにより、高塩分海水は、高塩分海水供給装置12から混合装置４に供給された後に、海水分離装置７から回収されることになり、循環して利用される。   The high salinity seawater supply device 12 is connected to a seawater separation device 7 provided on the upstream side of the mince device 6 via a recovery channel 14 and supplies the seawater separated by the seawater separation device 7 to a high salinity seawater supply. It collects in the device 12. As a result, the high salinity seawater is supplied from the high salinity seawater supply device 12 to the mixing device 4 and then recovered from the seawater separation device 7, and is circulated and used.

さらに、高塩分海水供給装置12は、真水供給装置８から真水をミンチ装置６に供給するための給水流路15の途中に供給流路16を介して接続されており、高塩分海水供給装置12からミンチ装置６に真水とともに又は高塩分海水だけを供給できるようになっている。これにより、高塩分海水供給装置12は、ミンチ装置６に塩水を供給する塩水供給装置として機能する。   Further, the high salinity seawater supply device 12 is connected via a supply flow channel 16 in the middle of a water supply flow channel 15 for supplying fresh water from the fresh water supply device 8 to the mince device 6. The minced device 6 can be supplied with fresh water or only high salinity seawater. Thereby, the high salinity seawater supply device 12 functions as a salt water supply device that supplies salt water to the mince device 6.

この高塩分海水供給装置12は、図２に示すように、撹拌混合機構17を設けたタンク18に、海水を供給するための海水供給源19と海水よりも塩分濃度が高い塩水を供給するための塩水供給源20とをそれぞれポンプ21,22を介して接続している。塩水供給源20は、海水に塩を添加することで海水よりも塩分濃度を高くした塩水を供給する。   As shown in FIG. 2, the high salinity seawater supply device 12 supplies a seawater supply source 19 for supplying seawater and saltwater having a higher salinity concentration than seawater to a tank 18 provided with a stirring and mixing mechanism 17. Are connected to the salt water supply source 20 via pumps 21 and 22, respectively. The salt water supply source 20 supplies salt water having a higher salt concentration than sea water by adding salt to the sea water.

また、高塩分海水供給装置12は、タンク18の内部に塩分濃度を検出するためのセンサー23を設けている。このセンサー23は、海苔原藻供給システム１の全体を制御する制御装置24に接続されている。なお、制御装置24には、ミンチ装置６に設けられた調合水の塩分濃度を検出するためのセンサー25も接続されている。   Further, the high salinity seawater supply device 12 is provided with a sensor 23 for detecting the salinity concentration inside the tank 18. The sensor 23 is connected to a control device 24 that controls the whole nori seaweed supply system 1. The control device 24 is also connected with a sensor 25 for detecting the salinity of the prepared water provided in the mince device 6.

さらに、高塩分海水供給装置12は、タンク18にポンプ26,27を介して供給流路13,16を接続するとともに、タンク18にポンプ28を介して回収流路14を接続している。   Further, the high salinity seawater supply device 12 connects the supply flow paths 13 and 16 to the tank 18 via the pumps 26 and 27, and connects the recovery flow path 14 to the tank 18 via the pump 28.

そして、高塩分海水供給装置12は、制御装置24がセンサー23,25で検出された塩分濃度に応じてポンプ21,22,28を駆動制御することで予め設定した所定濃度の高塩分海水をタンク18に貯留するとともに、ポンプ26,27を駆動制御することで混合装置４やミンチ装置６に高塩分海水を供給するようにしている。なお、制御装置24は、センサー23で検出された塩分濃度に応じてポンプ21,22を駆動制御することでタンク18で貯留する高塩分海水の塩分濃度が所定濃度となるようにし、センサー25で検出された塩分濃度に応じてポンプ28を駆動制御することでミンチ装置６に供給する調合水の塩分濃度が設定値となるようにしている。   Then, the high salinity seawater supply device 12 tanks the high salinity seawater having a predetermined concentration set in advance by driving and controlling the pumps 21, 22, and 28 according to the salinity concentrations detected by the sensors 23 and 25. The high salinity seawater is supplied to the mixing device 4 and the mincing device 6 by storing in 18 and controlling the driving of the pumps 26 and 27. The control device 24 controls the pumps 21 and 22 according to the salinity concentration detected by the sensor 23 so that the salinity concentration of the high salinity seawater stored in the tank 18 becomes a predetermined concentration. The pump 28 is driven and controlled in accordance with the detected salinity concentration, so that the salinity concentration of the prepared water supplied to the mince device 6 becomes a set value.

海苔原藻供給システム１は、以上に説明したように構成しており、高塩分海水供給装置12から供給された高塩分海水を混合装置４で海苔原藻及び海水（貯留装置３から搬送された海水）に混合する。これにより、海苔原藻供給システム１は、搬送経路10の混合装置４から海水分離装置７までの間において海苔原藻が高塩分海水とともに（高塩分海水中に浸った状態で）搬送されることになる。そして、海苔原藻が海水よりも塩分濃度の高い高塩分海水とともに搬送されることで、海苔原藻が海水とともに搬送される場合と比較して、搬送経路10において海苔原藻の細胞分解等が抑制され、海苔原藻の膨張や海苔原藻から溶出する旨味成分等の量が抑制される。特に、高塩分海水供給装置12を異物除去装置５よりも上流側に接続した場合には、異物除去装置５に搬送される海苔原藻の細胞分解等による膨張を抑制することができることによって、膨張した海苔原藻が異物除去装置５で誤って異物として除去されてしまうのを防止することができ、海苔製造装置２への海苔原藻の供給量を増大させることができる。なお、乾燥経路10における高塩分海水は、貯留装置３から海苔原藻とともに搬送された海水と高塩分海水供給装置12から供給された高塩分海水とを混合装置４で混合して生成されたものであり、海水よりは塩分濃度が高くなっている。   The nori seaweed algae supply system 1 is configured as described above, and the high salinity seawater supplied from the high salinity seawater supply device 12 is mixed with the nori seaweed algae and seawater (transferred from the storage device 3). Mixed with seawater). Thereby, the seaweed raw algae supply system 1 is transported between the mixing device 4 and the seawater separation device 7 in the transport path 10 together with the high salinity seawater (in a state of being soaked in the high salinity seawater). become. And, when the seaweed algae are transported with high salinity seawater having a higher salinity than seawater, compared with the case where the seaweed algae are transported with seawater, cell degradation of the seaweed algae in the transport route 10 and the like. It is suppressed, and the amount of umami components and the like eluted from the seaweed algae and from the seaweed algae is suppressed. In particular, when the high salinity seawater supply device 12 is connected to the upstream side of the foreign matter removing device 5, the expansion due to cell decomposition or the like of the seaweed raw algae conveyed to the foreign matter removing device 5 can be suppressed. It is possible to prevent the nori seaweed algae from being accidentally removed as foreign matter by the foreign matter removing device 5, and to increase the supply amount of the nori raw algae to the nori production device 2. The high salinity seawater in the drying path 10 is generated by mixing the seawater transported from the storage device 3 together with the seaweed original algae and the high salinity seawater supplied from the high salinity seawater supply device 12 by the mixing device 4. The salinity is higher than seawater.

また、海苔原藻供給システム１は、高塩分海水供給装置12から供給された高塩分海水をミンチ装置６で細断した海苔原藻に混合する。これにより、海苔原藻供給システム１は、搬送経路11で海苔原藻が高塩分海水を含む調合水とともに（高塩分海水を含む調合水中に浸った状態で）搬送される。そして、海苔原藻が真水よりも塩分濃度の高い調合水（塩分を含んだ塩水）とともに搬送されることで、海苔原藻が真水とともに搬送される場合と比較して、搬送経路11において海苔原藻の細胞分解等が抑制され海苔原藻から溶出する旨味成分等の量が抑制される。なお、搬送経路11では、真水供給装置８から真水だけがミンチ装置６に供給された場合は真水を調合水として用い、高塩分海水供給装置12から高塩分海水だけがミンチ装置６に供給された場合は高塩分海水を調合水として用い、真水供給装置８からの真水と高塩分海水供給装置12からの高塩分海水とが同時にミンチ装置６に供給された場合は真水と高塩分海水との混合水を調合水として用い、ミンチ装置６で細断された海苔原藻とともに調合装置９に搬送する。調合水の塩分濃度は、真水と高塩分海水との混合比率で決まり、真水だけの場合から高塩分海水だけの場合までの範囲となり、海水よりも低い塩分濃度であることもあり、また、海水よりも高い塩分濃度であることもある。海苔原藻供給システム１では、海苔原藻をミンチ装置６から調合装置９に搬送しているときは高塩分海水供給装置12から高塩分海水を供給して真水よりも塩分濃度の高い調合水を用い、海苔原藻を搬送していないとき（海苔原藻の搬送前や搬送後）は真水供給装置８だけから真水を供給して、真水でミンチ装置６や調合装置９や海苔製造装置２を洗浄することもできる。   Moreover, the nori seaweed algae supply system 1 mixes the high salinity seawater supplied from the high salinity seawater supply device 12 with the nori seaweed algae shredded by the mincing device 6. As a result, the seaweed raw algae supply system 1 is transported along the transport path 11 together with the prepared water containing the high salinity seawater (in a state immersed in the prepared water containing the high salinity seawater). Then, the seaweed algae are transported together with the preparation water (salt water containing salt) having a higher salinity concentration than fresh water, so that the seaweed algae are transported along the transport path 11 as compared with the case where the seaweed algae are transported together with fresh water. The cell decomposition of algae is suppressed, and the amount of umami components and the like eluted from the seaweed algae is suppressed. In the transfer path 11, when only fresh water is supplied from the fresh water supply device 8 to the minced device 6, fresh water is used as preparation water, and only the high salinity seawater supply device 12 is supplied to the minced device 6. In this case, high salinity seawater is used as preparation water, and when fresh water from the fresh water supply device 8 and high salinity seawater from the high salinity seawater supply device 12 are supplied to the minced device 6 at the same time, mixing of fresh water and high salinity seawater is performed. Water is used as the preparation water and conveyed to the preparation device 9 together with the seaweed raw algae shredded by the minced device 6. The salinity of the preparation water is determined by the mixing ratio of fresh water and high salinity seawater, and ranges from pure water only to high salinity seawater, which may be lower than seawater. Higher salinity. In the seaweed original algae supply system 1, when the seaweed original algae is being transported from the minced device 6 to the preparation device 9, the high salinity seawater supply device 12 supplies the high salinity seawater to provide the preparation water having a higher salinity than fresh water. Used when the seaweed algae is not being transported (before or after transporting the seaweed algae), fresh water is supplied only from the fresh water supply device 8, and the minced device 6, the blending device 9 and the laver production device 2 are used with fresh water. It can also be washed.

以上に説明したように、上記海苔原藻供給システム１は、貯留装置３に貯留した海苔原藻をミンチ装置６で細断して海苔製造装置２に供給するものであり、海苔原藻を貯留装置３からミンチ装置６に搬送する搬送経路10に、海水よりも塩分濃度を高くした高塩分海水を供給するための高塩分海水供給装置12を接続した構成となっている。   As described above, the seaweed algae supply system 1 is configured to cut the seaweed algae stored in the storage device 3 with the minced device 6 and supply the seaweed algae to the seaweed production device 2, and store the seaweed algae. A high salinity seawater supply device 12 for supplying high salinity seawater having a higher salinity concentration than seawater is connected to a transport path 10 that transports the device 3 to the mince device 6.

そのため、上記構成の海苔原藻供給システム１では、貯留装置３からミンチ装置６へ向けて海苔原藻とともに搬送される海水の塩分濃度を高くすることができ、海苔原藻の細胞分解等による膨張や旨味成分等の溶出を抑制することができる。これによって、海苔製造装置２で製造される乾燥海苔の商品価値を向上させることができる。   Therefore, in the laver proto-algae supply system 1 having the above-described configuration, the salinity of seawater conveyed along with the laver proto-algae from the storage device 3 to the minced device 6 can be increased, and expansion due to cell decomposition of the laver proto-algae, etc. Elution of umami components and the like can be suppressed. Thereby, the commercial value of the dried seaweed manufactured with the seaweed manufacturing apparatus 2 can be improved.

また、上記海苔原藻供給システム１は、高塩分海水供給装置12を搬送経路10に設けられた異物除去装置５よりも上流側に接続した構成となっている。   Further, the seaweed original algae supply system 1 has a configuration in which the high salinity seawater supply device 12 is connected to the upstream side of the foreign matter removing device 5 provided in the transport path 10.

そのため、上記構成の海苔原藻供給システム１では、海苔原藻の細胞分解等による膨張の抑制によって、膨張した海苔原藻が異物除去装置５で誤って異物として除去されてしまうのを防止することができ、海苔製造装置２への海苔原藻の供給量を増大させることができる。   Therefore, in the laver original algae supply system 1 having the above-described configuration, it is possible to prevent the expanded nori alga from being mistakenly removed as foreign matter by the foreign matter removing device 5 by suppressing expansion due to cell decomposition of the nori source alga. It is possible to increase the supply amount of the seaweed original algae to the seaweed production apparatus 2.

また、上記海苔原藻供給システム１は、搬送経路10の高塩分海水供給装置12よりも下流側であってミンチ装置６よりも上流側に海水分離装置７を設け、海水分離装置７を高塩分海水供給装置12に接続して海水分離装置７で分離した海水を高塩分海水供給装置12に回収する構成となっている。   In addition, the seaweed raw algae supply system 1 is provided with a seawater separation device 7 downstream of the high salinity seawater supply device 12 and upstream of the mince device 6 in the transport path 10, and the seawater separation device 7 is provided with high salinity. The seawater that is connected to the seawater supply device 12 and separated by the seawater separation device 7 is collected in the high-salt seawater supply device 12.

そのため、上記構成の海苔原藻供給システム１では、海水を有効に利用することができるばかりでなく、海水に溶出した海苔原藻の旨味成分等までをも回収して有効利用することができる。   Therefore, in the laver raw algae supply system 1 having the above-described configuration, not only can seawater be used effectively, but also the umami components of the laver original algae eluted in the seawater can be recovered and used effectively.

また、上記海苔原藻供給システム１は、ミンチ装置６に、真水を供給するための真水供給装置８と、塩水を供給するための塩水供給装置（高塩分海水供給装置12）とを接続した構成となっている。   In addition, the seaweed original algae supply system 1 is configured by connecting a fresh water supply device 8 for supplying fresh water and a salt water supply device (high salinity seawater supply device 12) for supplying salt water to the mince device 6. It has become.

そのため、上記構成の海苔原藻供給システム１では、ミンチ装置６から海苔供給装置２へ向けて海苔原藻とともに搬送される水分（調合水）の塩分濃度を従来の真水よりも高くすることができ、海苔原藻からの旨味成分等の溶出を抑制することができる。これによって、海苔製造装置２で製造される乾燥海苔の商品価値を向上させることができる。   Therefore, in the seaweed original algae supply system 1 having the above-described configuration, the salinity concentration of moisture (prepared water) conveyed together with the seaweed original algae from the minced device 6 toward the seaweed supply device 2 can be made higher than that of conventional fresh water. , Elution of umami components and the like from seaweed raw algae can be suppressed. Thereby, the commercial value of the dried seaweed manufactured with the seaweed manufacturing apparatus 2 can be improved.

さらに、上記海苔原藻供給システム１は、塩水供給装置（高塩分海水供給装置12）で海水よりも塩分濃度を高くした高塩分海水を供給する構成となっている。   Furthermore, the seaweed original algae supply system 1 is configured to supply high salinity seawater having a salt concentration higher than seawater by a salt water supply apparatus (high salinity seawater supply apparatus 12).

そのため、上記構成の海苔原藻供給システム１では、より一層海苔原藻からの旨味成分等の溶出を抑制することができる。   Therefore, in the laver original algae supply system 1 having the above-described configuration, elution of umami components and the like from the laver original algae can be further suppressed.

１ 海苔原藻供給システム ２ 海苔製造装置
３ 貯留装置 ４ 混合装置
５ 異物除去装置 ６ ミンチ装置
７ 海水分離装置 ８ 真水供給装置
９ 調合装置 10,11 搬送経路
12 高塩分海水供給装置 13 供給流路
14 回収流路 15 給水流路
16 供給流路 17 撹拌混合機構
18 タンク 19 海水供給源
20 塩水供給源 21,22 ポンプ
23 センサー 24 制御装置
25 センサー 26,27,28 ポンプ DESCRIPTION OF SYMBOLS 1 Seaweed original algae supply system 2 Seaweed production apparatus 3 Storage apparatus 4 Mixing apparatus 5 Foreign material removal apparatus 6 Mince apparatus 7 Seawater separation apparatus 8 Fresh water supply apparatus 9 Preparation apparatus 10,11 Conveyance route
12 High salinity seawater supply equipment 13 Supply flow path
14 Recovery channel 15 Water supply channel
16 Supply channel 17 Stirring and mixing mechanism
18 Tank 19 Seawater supply source
20 Saline source 21,22 Pump
23 sensor 24 control unit
25 Sensor 26,27,28 Pump

そこで、請求項１に係る本発明では、貯留装置に貯留した海苔原藻をミンチ装置で細断して海苔製造装置に供給する海苔原藻供給システムにおいて、ミンチ装置に、真水を供給するための真水供給装置と、塩水を供給するための塩水供給装置とを接続し、塩水供給装置は、撹拌混合機構を設けたタンクに海水を供給するための海水供給源と海水に塩を添加することで海水よりも塩分濃度が高い塩水を供給するための塩水供給源とを接続することにした。 Therefore, in the present invention according to claim 1, in the nori seaweed algae supply system that shreds the laver original algae stored in the storage device with the minced device and supplies it to the nori production device, for supplying fresh water to the minced device. A fresh water supply device and a salt water supply device for supplying salt water are connected, and the salt water supply device adds salt to sea water supply source and sea water for supplying sea water to a tank provided with a stirring and mixing mechanism. We decided to connect a salt water supply source for supplying salt water having a higher salinity than sea water .

Claims (2)

貯留装置に貯留した海苔原藻をミンチ装置で細断して海苔製造装置に供給する海苔原藻供給システムにおいて、
ミンチ装置に、真水を供給するための真水供給装置と、塩水を供給するための塩水供給装置とを接続したことを特徴とする海苔原藻供給システム。 In the nori seaweed algae supply system that shreds the nori seaweed stored in the storage device with a minced device and supplies it to the nori production device,
A nori seaweed algae supply system, wherein a fresh water supply device for supplying fresh water and a salt water supply device for supplying salt water are connected to the minced device. 前記塩水供給装置は、海水よりも塩分濃度を高くした高塩分海水を供給することを特徴とする請求項１に記載の海苔原藻供給システム。   The seaweed raw algae supply system according to claim 1, wherein the salt water supply device supplies high salinity seawater having a higher salinity concentration than seawater.
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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5988070A (en) * 1982-11-11 1984-05-21 Besuto Kogyo Kk Preparation of laver sheet
JPS6121073A (en) * 1984-07-09 1986-01-29 Hiroshi Okamoto Apparatus for preparation of dried laver sheet
JP2000201654A (en) * 1999-01-18 2000-07-25 Fujix:Kk System for supplying and draining water for producing laver
JP2002078465A (en) * 2000-06-29 2002-03-19 Watanabe Kikai Kogyo Kk Pretreatment method, system and apparatus for raw laver
JP2004208588A (en) * 2002-12-27 2004-07-29 Watanabe Kikai Kogyo Kk Method and system and facility for producing saline solution
JP3172912U (en) * 2011-10-28 2012-01-12 株式会社イツワ工業 Fresh water supply device and dry nori production system using the same device

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5988070A (en) * 1982-11-11 1984-05-21 Besuto Kogyo Kk Preparation of laver sheet
JPS6121073A (en) * 1984-07-09 1986-01-29 Hiroshi Okamoto Apparatus for preparation of dried laver sheet
JP2000201654A (en) * 1999-01-18 2000-07-25 Fujix:Kk System for supplying and draining water for producing laver
JP2002078465A (en) * 2000-06-29 2002-03-19 Watanabe Kikai Kogyo Kk Pretreatment method, system and apparatus for raw laver
JP2004208588A (en) * 2002-12-27 2004-07-29 Watanabe Kikai Kogyo Kk Method and system and facility for producing saline solution
JP3172912U (en) * 2011-10-28 2012-01-12 株式会社イツワ工業 Fresh water supply device and dry nori production system using the same device

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