JP6166239B2 - Nori making machine - Google Patents

Description

  The present invention relates to a laver making machine in which a paper making device, a dewatering device, a drying device, a peeling device, and a laver shampooing device are provided in this order on a transport path for transporting the seaweed salmon with a transport device.

  2. Description of the Related Art Conventionally, a laver making machine has been used to produce a rectangular plate-shaped dried laver from cultured fresh laver.

  In this laver production machine, a frame with a plurality of laver cocoons is conveyed by a conveying device, and a paper making device, a dehydrating device, a drying device, a peeling device, and a laver mash washing device are sequentially arranged on the conveying path of the cocoon frame. Provided.

  And in a laver production machine, the laver dough which consists of a raw laver and a water | moisture content is made into a predetermined shape on the upper surface of a laver with a paper making apparatus. Thereafter, the nori dough is dehydrated by pinching the nori dough with a dehydrator. Thereafter, the laver dough is forcibly dried with a drying device to obtain dried laver. Thereafter, the dried laver is peeled from the laver with a peeling device. Finally, the laver is washed with a cleaning chemical solution containing chlorine by using the laver washing device (see, for example, Patent Document 1).

JP 2002-186465 A

  However, in the conventional laver maker, there is a risk that the chlorine-containing cleaning chemical used when washing the laver with the laver rinsing apparatus may not be completely removed from the laver but remains in the laver. is there.

  And when the cleaning chemical liquid adheres to the seaweed rice cake, the cleaning chemical liquid dropped from the seaweed rice cake adheres to the dried seaweed and may reduce the commercial value of the dried nori seaweed.

Therefore, in the present invention according to claim 1, in the laver making machine provided with the paper making device, the dehydrating device, the drying device, the peeling device, and the laver shampooing device on the transport path for transporting the laver mash with the transport device, After finishing the production of dried nori , the dredge washing device uses a cleaning chemical solution containing chlorine to wash the nori crab for a period of one round of the transport path, and then electrolyzes the water with an electrolyzer After washing the nori mash using the alkaline washing water generated in step 1 , the laver mash goes around the transport path for a period of time, and then using the acidic washing water generated by electrolyzing the water with an electrolyzer. It was decided that the cocoon was washed during the period when the laver moth goes around the conveyance path once.

Moreover, in this invention which concerns on Claim 2, in the said invention which concerns on the said Claim 1, the said laver washing machine supplies the said acidic washing water to a papermaking apparatus, and wash | cleans a laver meal with a papermaking apparatus Decided to configure to do .

  And in this invention, there exists an effect described below.

  That is, in the present invention, in the laver production machine provided with a paper making device, a dehydrating device, a drying device, a peeling device, and a laver mash cleaning device on the transport path for transporting the laver mash with the transport device, Since it is decided to wash the laver using the wash water generated by electrolyzing water with the electrolyzer, it is possible to wash the laver well with the electrolyzed wash water. it can.

  In particular, when washing nori mash using chlorine-containing cleaning solution, and then washing the nori mash using alkaline washing water generated by decomposing water with an electrolyzer, Residual chlorine contained in can be suppressed, and the commercial value of dried nori can be improved.

  Also, water is electrolyzed with an electrolyzer to produce alkaline washing water and acidic washing water, and laver is washed with alkaline washing water, and the paper making machine is washed with acidic washing water. In this case, the paper making apparatus can be cleaned at the same time.

  In addition, when the laver is washed with the alkaline washing water while the laver is being transported by the transport device, the laver is washed with the paper making device with the acidic washing water. In addition, the alkaline washing water adhering to the seaweed jar can be neutralized with the acidic washing water, and dust or the like can be prevented from adsorbing to the seaweed jar.

Side surface explanatory drawing which shows the laver making machine which concerns on this invention. Side surface explanatory drawing which shows a laver washing machine.

  Below, the specific structure of the laver making machine which concerns on this invention is demonstrated, referring drawings.

  As shown in FIG. 1, the laver making machine 1 transports a cocoon frame 3 (see FIG. 2) in which a plurality of laver cocoons 2 are arranged in the left-right and lateral width directions and is detachably mounted on the transport device 4.

  The laver making machine 1 has a paper making device 5, a dehydrating device 6, a drying device 7, a peeling device 8, and a laver mash washing device 9 arranged in this order on the conveying path of the conveying device 4. The devices 4 to 9 are controlled by the control device 10.

  The transport device 4 transports the laver cocoon 2 together with the cocoon frame 3 to the paper making device 5 and the dewatering device 6 and then delivers it to the drying device 7, and then receives it from the drying device 7 to the peeling device 8 and the laver mash washing device 9. The first transport chain 11 that transports the laver and the laver mash 2 received from the first transport chain 11 are transported twice back and forth inside the drying device 7 together with the cocoon frame 3, and then delivered to the first transport chain 11 again. Two transport chains 12.

  Then, the laver making machine 1 conveys the laver cocoon 2 along the conveyance path by the conveying device 4, and the paper making device 5 forms a laver dough made of raw laver and moisture on the upper surface of each laver cocoon 2 with a predetermined shape. And then dewatering the nori dough using a dehydrating sponge that moves up and down toward the nori cocoon 2 in the dehydrating device 6, and then forcibly drying the nori dough in the drying device 7 to dry nori. Thereafter, the dried laver is peeled off from each laver cocoon 2 by the peeling device 8, and then, each laver cocoon 2 is washed by the laver cocoon washing device 9 and conveyed again to the paper making device 5. Thereby, the laver making machine 1 continuously produces rectangular plate-like dried laver from the laver dough.

  As shown in FIG. 2, the laver cleaning apparatus 9 includes a cleaning chemical solution supply unit 13 for cleaning the laver mash 2 with a cleaning chemical solution containing chlorine, and an electrolyzed water supply unit 14 for cleaning the laver mash 2 with electric water. It is composed.

  The cleaning chemical solution supply unit 13 connects the first nozzle 17 via a pump 16 to a tank 15 that stores the cleaning chemical solution. The first nozzle 17 sprays the cleaning chemical solution toward the surface of the laver rice cake 2.

  The electrolyzed water supply unit 14 connects an electrolyzer 19 to a water supply source 18, and connects the second nozzle 21 to the alkaline outlet of the electrolyzer 19 via a pump 20, while the acidity of the electrolyzer 19 A third nozzle 23 is connected to the side outlet via a pump 22. The second nozzle 21 sprays alkaline washing water toward the surface of the laver cocoon 2, and the third nozzle 23 sprays acidic washing water toward the surface of the laver cocoon 2.

  The electrolyzed water supply unit 14 is provided with a flow path switch 24 between the pump 22 and the third nozzle 23, and is connected to the paper making apparatus 5 and the dehydrating apparatus 6 via the flow path switch 24. Thereby, an acidic cleaning liquid can be supplied to the paper making apparatus 5 and the dehydrating apparatus 6. The laver maker 1 is configured to supply acidic wash water above the transport path of the laver cocoon 2 in the paper making device 5 and the dewatering device 6, and the supplied acidic wash water is downward. It is made possible to supply acidic washing water also to the surface of the laver cocoon 2 by dripping it onto the surface.

  The laver cleaning device 9 is configured as described above, and in order from the upstream side of the transport path of the laver cocoon 2, the first nozzle 17 for spraying the cleaning chemicals on the laver cocoon 2, and the alkaline lavage water 2 The second nozzle 21 for spraying the water and the third nozzle 23 for spraying acidic washing water on the laver 2 are arranged in this order.

  Then, the laver rinsing device 9 sprays the cleaning chemical solution from the first nozzle 17 onto the laver cocoon 2 to perform chemical cleaning (disinfection) of the laver mash 2 with the cleaning chemical solution, and then the alkaline cleaning water from the second nozzle 21. The laver 2 is sprayed onto the laver 2 by rinsing the laver 2 with alkaline washing water, and then the acidic lavage 2 is sprayed onto the laver 2 with acidic wash water from the third nozzle 23. Washing 2 is washed (neutralized).

  In addition, the laver cleaning device 9 completes the production of the dried laver in the laver making machine 1 (after delamination of the dried laver from all the laver 2 with the peeling device 8), and then the laver with the conveying device 4 In this state, the dehydrating apparatus 6 is maintained in an operating state, and in this state, the cleaning chemical solution is supplied from the first nozzle 17 to the laver cocoon 2 for a predetermined period (for example, a period during which the laver cocoon 2 goes around the conveyance path). By spraying, the laver 2 is cleaned (disinfected) with the cleaning solution. Thereby, the part (for example, sponge for dehydration etc. of the dehydration apparatus 6) which contacts the laver cocoon 2 of each apparatus 4-9 with the laver cocoon 2 is also wash | cleaned with a washing | cleaning chemical | medical solution. After that, for a predetermined period (for example, a period in which the laver cocoon 2 makes one round of the conveyance path), the laver cocoon 2 is washed with the alkaline washing water by rinsing the labyrinth 2 with alkaline washing water from the second nozzle 21 (rinse) ) Thereby, the part which contacts the nori seaweed 2 of each apparatus 4-9 with the nori seaweed 2 is also wash | cleaned with alkaline washing | cleaning water. After that, for a predetermined period (for example, a period in which the laver cocoon 2 goes around the conveying path), the laver cocoon 2 is washed with the acidic wash water by spraying the acidic wash water from the third nozzle 23 onto the laver cocoon 2 (medium Sum). Instead of supplying acidic washing water from the third nozzle 23 to the laver cocoon 2, acidic washing water is supplied to the paper making device 5 and the dehydrating device 6, and laver is produced inside the paper making device 5 and the dehydrating device 6. Acid washing water may be supplied to the jar 2. Thereby, the part which contacts the nori seaweed 2 of each apparatus 4-9 with the nori seaweed 2 is also wash | cleaned with acidic washing water.

  Thus, in the laver maker 1, the laver cocoon 2 is sterilized with the cleaning chemical liquid containing chlorine, and then the alkaline rinsing water is supplied to the laver cocoon 2 so that the labyrinth 2 is well removed. Thus, it is possible to prevent the cleaning chemical solution containing chlorine from remaining in the seaweed rice cake 2. Further, after that, the surface of the laver cocoon 2 is neutralized by supplying acidic washing water to the laver cocoon 2 to prevent dust or the like from adhering to the laver cocoon 2.

  As described above, the laver making machine 1 is configured to wash the laver cocoon 2 using the wash water generated by electrolyzing water with the electrolyzer 19.

  Therefore, in the laver maker 1 having the above-described configuration, the laver cocoon 2 can be satisfactorily washed with the electrolyzed washing water.

  In addition, the laver maker 1 cleans the laver cocoon 2 using alkaline cleaning water generated by decomposing water with the electrolyzer 19 after rinsing the laver cocoon 2 using a cleaning chemical solution containing chlorine. It is configured to do.

  Therefore, in the laver maker 1 having the above-described configuration, the residual chlorine contained in the cleaning chemical solution can be suppressed, and the commercial value of the dried laver can be improved.

  In addition, the laver maker 1 electrolyzes water with the electrolyzer 19 to generate alkaline washing water and acidic washing water, and wash the laver rice cake 2 with alkaline washing water. The papermaking apparatus 5 is configured to be washed with this washing water.

  Therefore, in the laver making machine 1 having the above-described configuration, the laver machine 2 can be cleaned simultaneously with the laver mash 2.

  Further, the laver making machine 1 cleans the laver cocoon 2 with alkaline washing water while the laver cocoon 2 is being conveyed by the conveying device 4, and then the laver together with the paper making device 5 with the acidic washing water. The tub 2 is configured to be cleaned.

  Therefore, in the laver maker 1 having the above-described configuration, the alkaline washing water adhering to the laver cocoon 2 can be neutralized with acidic washing water, and dust or the like is prevented from adsorbing to the laver cocoon 2. Can do.

DESCRIPTION OF SYMBOLS 1 Seaweed manufacturing machine 2 Seaweed rice cake 3 Rice cake frame 4 Conveying device 5 Paper making device 6 Dehydrating device 7 Drying device 8 Peeling device 9 Nori seaweed washing device 10 Control device
11 First transport chain 12 Second transport chain
13 Cleaning chemical solution supply unit 14 Electrolyzed water supply unit
15 tanks 16 pumps
17 1st nozzle 18 Supply source
19 Electrolyzer 20 Pump
21 Second nozzle 22 Pump
23 3rd nozzle 24 Flow path selector

Claims (2)

In the laver making machine with a paper making device, a dehydrating device, a drying device, a peeling device, and a laver cleaning device on the transport path for transporting the seaweed salmon with a transport device,
After finishing the production of dried seaweed , the laver washing machine electrolyzes water with an electrolyzer after washing the laver with a chlorine-containing cleaning chemical for a period in which the laver meal goes around the transport path. After washing the nori mash using the alkaline washing water produced by the period , the laver mash goes around the transport path for a period, and then using the acidic washing water produced by electrolyzing the water with an electrolyzer A laver making machine characterized in that laver is washed for a period during which the laver wraps around the conveyance path . 2. The laver maker according to claim 1, wherein the laver rinsing apparatus is configured to supply the acidic washing water to a paper making apparatus to wash the laver with the paper making apparatus.

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