JPH09238611A - Feeding of fish or shellfish for dry product in uniform thickness and device therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for uniformly feeding fishes or shellfishes for dry products, capable of surely and uniformly feeding various kinds of the fishes or shellfishes in steaming baskets, to provide a device for uniformly feeding the fishes or shellfishes, capable of surely and uniformly feeding various kinds of the fishes or shellfishes in the steaming baskets, simple in the structure, and small in the size, to provide a method for uniformly feeding the fishes or shellfishes, capable of arbitrarily controlling the thickness of the fishes or shellfishes in the steaming baskets, and to provide a device for uniformly feeding the fishes or shellfishes, capable of controlling the thickness of the fishes or shellfishes in the steaming baskets. SOLUTION: This method for uniformly feeding fishes or shellfishes for dry products comprises continuously carrying steaming baskets (b) and subsequently continuously feeding the fishes or shellfishes in a water tank 1 into the steaming baskets (b). Therein, a prescribed amount of the fishes or shellfishes are fed in the water tank 1, an water is also supplied into the water tank 1. Thus, the fishes or shellfishes are dispersed in the water in the water tank 1, and further the water and the fishes or shellfishes are over flowed in the dispersed state. The overflowed fishes or shellfishes are received in the steaming basket (b). Other fishes or shellfishes and water in amounts corresponding to those of the overflowed fishes or shellfishes and the water are supplied into the water tank 1 to maintain the dispersion state of the fishes or shellfishes in the water tank 1. Thereby, the fishes or shellfishes can continuously be fed in the steaming baskets in an uniform thickness.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for supplying a uniform thickness of seafood for dry products, and more particularly to a dry product of seafood such as sardines, peeled shellfish, dried sardines and shrimp. The present invention relates to a device for supplying a uniform thickness of seafood for dry products, for placing the seafood on a silo in a uniform thickness in the production of (including).

[0002]

2. Description of the Related Art Conventionally, there are various types of devices of this type, and generally, there is provided a water tank for storing seafood for dry products, and a supply conveyor for supplying the seafood for dry products in the water tank to a silo. It is composed of a transport conveyor for transporting the silo and a drive control unit for the supply conveyor. Then, this device transfers the silo by the transport conveyor, and when the sensor detects that the silo has arrived at the receiving position of the seafood for dry products under the water tank, the control signal is received by the control device and the supply conveyor The dry product seafood is supplied by the supply conveyor onto the silo for a certain period of time until it is driven.

However, in the case of such an apparatus, the method of operating the supply conveyor for a predetermined time after the sensor detects the silo to supply the seafood for dry products to the silo, the time can be adjusted. It is troublesome, and it is difficult to constantly load the silo on the conveyor and the supply of the silo is interrupted or separated, so it is difficult to supply the seafood for dry products to the silo to a uniform thickness. There is a problem.

Therefore, in view of such problems, the present inventor has previously described "a tank for storing seafood for dry products, a supply conveyor for supplying the seafood for dry products in the water tank to a silo, and the supply. A conveyor that conveys the silo to receive the dried product seafood, and a sensor that detects when the silo has reached the position to receive the dried product seafood, and sets the speed of the supply conveyor and the conveyor. A changeable adjusting device is provided, a sensor is provided to detect that the silo is in a position for receiving dry product seafood, and the supply conveyor is operated when the silo is in a position for receiving dry product seafood. Device ”.

[0005]

However, in the case of this apparatus, since the supply conveyor conveys the seafood for dry products in the water tank to the silo, there is a limit to the compactness of the structure. Further, since it is difficult to uniformly supply the dry product fish and shellfish in the water tank to the supply conveyor, there is a problem that the dry product fish and shellfish placed on the silo is likely to be uneven. Therefore, the present inventor, based on this point of view, as a result of various studies and tests, in order to uniformly supply the dry product seafood, the dry product seafood in the aquarium should be in a uniformly dispersed state. I have determined that it is necessary to leave.

The present invention has been made in response to such a problem, and its purpose is to ensure that various seafood for dry products, having a simple structure and a small size, can be reliably and uniformly dried. The object is to provide a method and an apparatus for uniformly feeding seafood for dry products, which can be fed to Another object of the present invention is to provide a method and an apparatus for uniformly feeding seafood for dry products in which the thickness of the seafood for dry products on a silo can be arbitrarily adjusted.

[0007]

A method for supplying a uniform thickness of seafood for dry products according to claim 1 of the present invention as a means for achieving the above-mentioned object is to continuously convey a silo,
In a method for uniformly supplying dry product seafood in a water tank for continuously and uniformly supplying dry product seafood to the silo,
A predetermined amount of seafood for dry products is put into the aquarium, and water is supplied into the aquarium to make the dry seafood in the aquarium dispersed in the water. Water and dry product seafood in the dispersed state are overflowed from the upper part of the aquarium, the overflowing dry product seafood is received on the silo, and the amount corresponding to the amount overflowed to the aquarium is also received. Supplying dry product seafood and water to maintain the dispersion state of the dry product seafood in the aquarium, thereby continuously supplying the dry product seafood on the silo to a uniform thickness. Is characterized by.

According to a second aspect of the present invention, in the method for supplying a uniform thickness of seafood for dry products according to the first aspect, the amount of the seafood for dry products to be fed into the aquarium is increased or decreased so that the fish is removed from the aquarium. It is characterized in that the thickness of the dry product seafood on the silo is adjusted by adjusting the dispersion state of the overflowed dry product seafood in water. The method for supplying a uniform thickness of dry product seafood according to claim 3 is the method according to claim 1 or 2, wherein the seafood feed surface for dry product is formed in a convex shape or a flat surface shape at the overflow port of the water tank. The above-mentioned dry product seafood feeding member is provided, and the seafood for dry product overflowing from the water tank is supplied onto the silo via the seafood feeding member for dry product. The method for supplying a uniform thickness of dried product seafood according to claim 4, wherein in the method according to claim 3, a plurality of concavo-convex stripes are provided on the feed surface of the dried product seafood feeding member along the supply direction of dried product seafood. It is characterized by having.

[0009] Here, as a means for charging the dry product seafood into a water tank and supplying water to the water tank so as to disperse the dry product seafood from the water, The dry product seafood that has been added is supplied from a downward water supply port provided below the place where the dry product fish and shells are inserted in the water tank, and the water is agitated to agitate the inside of the water tank to dry the seafood. Means for dispersing product seafood in water is preferred.
Further, as means for overflowing the dry product seafood overflow port of the dry product seafood tank, tilt the water tank to overflow the dry product seafood and water, or By replenishing the seafood and water, the amount of replenished seafood for dry products and water is made to overflow. In order to cause the overflow, it is preferable that the dry product fish and shellfish be fed into the water tank and the water be supplied to the rear end side of the water tank where the dry product fish and shellfish overflow port is not provided. Thereby, the seafood for dry products in the water tank can be smoothly brought into a predetermined dispersion state. Moreover, the seafood for dry products (including dry products and semi-raw dried products in the present specification) refers to dried sardines, dried shrimp, rice crops, dried peeled shellfish, and other dried seafood products. (Including dry products) refers to various types of seafood that are the raw materials for manufacturing.

According to a fifth aspect of the present invention, there is provided an apparatus for supplying a uniform thickness of seafood for dry products, wherein a seafood input section for dry products for supplying seafood for dry products to a water tank, and a dry product in the water tank. A dry product seafood supply unit for supplying seafood to a silo, and a uniform supply device for dry product seafood having a conveying path for conveying the silo, wherein the dry product seafood input unit is the aquarium. And a means for supplying water to the water tank to disperse the dry product seafood in the water tank, wherein the dry product seafood supply unit is It is characterized in that it has a seafood feeding member for dry products at the overflow outlet.

According to a sixth aspect of the present invention, in the apparatus for supplying a uniform thickness of dry product seafood according to the fifth aspect, the dry product seafood feeding member has a convex surface for feeding dry seafood. It is characterized by having. The dry product seafood uniform thickness supply device according to claim 7 is the device according to claim 5 or 6, wherein the dry product seafood supply part has means for overflowing the water tank and tilting the mouth side. It is characterized by An apparatus for supplying a uniform thickness of a dry product seafood according to claim 8 is the device according to any one of claims 5 to 7, wherein: It is characterized by having a brush roller for guiding the dry product seafood supplied from the dry product seafood feeding member. An apparatus for supplying a uniform thickness of dry product seafood according to claim 9 is the device according to any one of claims 5 to 8, wherein the dry product seafood supply member supplies the dry product seafood to the feeding surface of the dry product seafood feeding member. It is characterized in that it has a plurality of concavo-convex stripes along the direction. Here, the "having uneven lines" means that a plurality of convex lines (partition wall, partition wall,
It means that a protrusion or a protrusion piece is included) or a concave line (in other words, a groove) is provided, and between adjacent convex lines or a concave line (groove) forms a seafood supply channel for dry products.

In the method and apparatus for supplying a uniform thickness of dry product seafood of the present invention, first, a predetermined amount of dry product seafood is charged into a water tank, water is supplied to the water tank, and the water flow is used to Disperse dry product seafood. Next, the dried seafood for dry products is spilled together with water from the water tank by tilting the water tank through an overflow port provided at the upper portion of the water tank, and dried with water on a moving silo. Supply seafood for products. In addition, after supplying the dry product seafood on the silo, the overflowing amount of the dry product seafood and water is supplied to the aquarium, or the dry product seafood and the water are continuously supplied. By supplementing the water tank, the seafood for dry products can be maintained in a predetermined dispersed state in the water tank. Therefore, since the seafood for dry products is supplied in a dispersed state while being guided by water onto the silo, the seafood for dry products can be continuously placed on the silo with a uniform thickness without damaging the seafood. .
Also, if a dry product seafood feed member with a dry product seafood feed surface formed in a convex shape is provided at the overflow outlet for dry product seafood in the water tank, overflow of dry product seafood in the water tank The dry product fish and shellfish taken out from the outlet is spread by the dry product fish and shellfish feeding member and can be evenly placed on the silo.

[0013]

According to the method for supplying a uniform thickness of dried seafood of the present invention according to claim 1 of the present invention, the dried seafood in the aquarium is always maintained in a constant dispersed state and is in a dispersed state. Since the product seafood is supplied together with water onto the silo, there is an effect that the dry product seafood can be continuously placed on the silo to have a uniform thickness.

According to the method for supplying a uniform thickness of seafood for dry products according to the second aspect, in addition to the above effects, the amount of the seafood for dry products to be fed into the water tank is increased or decreased to overflow from the water tank. Since the dispersion state of the dry product seafood in water is adjusted, it has an effect that the thickness of the dry product seafood to be placed on the silo can be easily changed. According to the method for supplying a uniform thickness of seafood for dry products according to claim 3, in addition to the above effect, the seafood for dry products can be widened by the convex portion of the seafood feeding member for dry products. This has the effect that the seafood for dry products can be placed on the silo with a more uniform thickness. According to the method for supplying a uniform thickness of dry product seafood according to claim 4, in addition to the above effects, the dry product seafood whose interval is widened by the convex portion of the dry product seafood feeding member is provided. The convex-concave line of the convex portion has an effect that the convex portion can be smoothly guided on the cylinder.

According to the apparatus for supplying a uniform thickness of dried fish and shellfish for a dry product of the present invention, since the dried fish and shellfish for a dry product in the water tank is always maintained in a constant dispersed state, It has an effect that the seafood can be continuously and surely placed on the silo to have a uniform thickness. According to the apparatus for supplying a uniform thickness of dry product seafood according to claim 6, the dry product seafood in a dispersed state is dried by a dry product seafood feeding member having a convex portion while increasing the water content. Since it is supplied on the silo together with this, there is an effect that the seafood for dry products can be continuously and surely placed on the silo to have a uniform thickness.

According to the apparatus for supplying a uniform thickness of dry product seafood of claim 7, the water tank is tilted and the dispersed dry product seafood is supplied onto the silo via the dry product seafood feeding member. Therefore, a certain amount of seafood for dry products can be reliably obtained from the water tank. According to the uniform thickness supply device for seafood for dry products of the eighth aspect, the seafood for dry products can be surely guided and supplied onto the silo by the brush roller. Further, according to the apparatus for feeding a uniform thickness of dry product seafood according to claim 9, the dry product seafood having an interval thereof widened by the convex surface portion of the dry product seafood feeding member is provided with an uneven line of the convex surface portion. By this, it has the effect of being able to smoothly guide the player on the silo.

[0017]

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the present invention will be described below with reference to the drawings. Here, FIG.
5 shows an embodiment of the present invention, FIG. 1 is a partially broken side view, FIG. 2 is a partially broken plan view, FIG. 3 is an explanatory view of a tilted state of a water tank, and FIG. FIG. 5 is a perspective view seen from the side of the dry product seafood feeding chute, and FIG. 5 is a perspective view seen from the side of the dry product seafood feeding member.

As shown in FIGS. 1 and 2, the apparatus for supplying a uniform thickness of dry product seafood according to the present embodiment has a water tank 1 for storing dry product seafood and a dry product seafood a in the water tank 1. A dry product seafood input unit 2 to be input, a ceylo transfer unit 3 to transfer the ceyloma b, a dry product seafood supply unit 4 to supply the dry product seafood a from the aquarium 1 to the silo b, and It is composed of a water recovery unit 5.

The water tank 1 has a seafood overflow port 6 for dry products at an upper portion on the front end side, and a bottom surface 7 on the front end side is formed into a tapered surface or a gently curved surface, and at the rear end portion of the water tank 1 of the water tank 1. Is provided with a plurality of downward water supply ports 7 at predetermined intervals for supplying the water circulated from the water recovery tank 8 of the water recovery unit 5 through the pipe 9 into the water tank. In this way, the water supply port 7 is provided at the rear end portion of the water tank, and the water tank front end side bottom surface 25 is provided.
By forming a tapered surface or a gently curved surface on the water tank 1, gentle stirring can be generated in the water tank 1, and the seafood a for dry products put in the water tank 1 can be dispersed in the water tank 1. In addition, as shown in FIG. 3, the water tank 1 is configured to tilt the dry product seafood outlet 6 side around the water tank rear end portion 10 (or the lower surface 11 of the intermediate portion).
Smoothly dry seafood a and a prescribed amount of water b
Can be supplied.

Above the water tank 1, a seafood feeding section 2 for dry products is provided. The dry product seafood input section 2 includes a dry product seafood input chute 12 and a tank 28 containing dry product seafood a in the dry product seafood input chute 12 by vacuum or the like. It has a dry product seafood supply pipe 13 for sucking and supplying it together with water. In this tank 28, the seafood a for dry products is usually stored in a state of being immersed in water. The bottom end of the dry product seafood input chute 12 is located in front of the water supply port 7 of the water tank 1 and between the central portions of the water tank 1, and is formed to be slightly narrower than the width of the water tank 1. Further, the upper end of the dry product seafood input chute 12 is connected to the dry product seafood supply pipe 13, and the dry product seafood flowing out from the dry product seafood supply pipe 13 is used for the dry product together with water. It can be made to flow down to the whole area of the seafood input chute 12. Here, the throwing angle of the dry product seafood feeding chute 12 is 4
It is set to about 5 ° to 60 °. However, it is not limited to this angle. The dry product seafood supply pipe 13 is expanded in a fan-like shape in a divergent manner so as to flow down uniformly over the entire width of the dry product seafood feeding chute 12.

The dry product fish and shellfish introduced into the aquarium 1 by the dry product fish and shells feeding chute 13 is supplied onto the silo b through the dry product fish and shells supply section 4, which is The cereal transport unit 3 transfers the dried product seafood while being transported at a predetermined interval or continuously and moving to a predetermined position of the dried product seafood supply unit 4. The silo carrying section 3 is composed of a silo carry-in conveyor 15, a silo storage / transfer rail 16, and a silo carry-out conveyor 17. The silo carry-in conveyor 15 and the silo carry-out conveyor 17 are chain conveyors or roller conveyors, and both conveyors 15 and 17 are driven at the same speed. Here, the silo storage / transfer rail 16 can store three pieces of the silo b, and the silo b mounted on the silo storage / transfer rail 16 is transferred by the ceylo carry-in conveyor 15 to the dry product seafood. The silo b to which the kind a is supplied can be sequentially pushed out to the silo carry-out conveyor 17 from the front side in the carry-in / carry-out direction. Therefore, the transport speed of the cylinder b is
It will be determined by the moving speed of the carry-in conveyor 15. Further, the silo carry-in conveyor 15 and the silo carry-out conveyor 17 are interlocked with each other by a linkage chain (not shown), and are driven by a drive motor 22 constituting a dry product seafood guide member 19 described later.

The dry product seafood supply unit 4 for supplying the dry product seafood onto the silo b conveyed by the ceylon transfer unit 3,
It is composed of a dry product seafood feeding member 18 and a dry product seafood feeding member 19. The dry product seafood feeding member 18 is formed of a feed plate having a convex convex seafood feeding surface, and overflows from the dry product seafood overflow port 6 of the aquarium 1 at the upper end. The dried product seafood a and water are received, moved downward by a convex feed plate, and can be supplied from the lower end onto the silo b. Plural concavo-convex stripes 20 are formed on the surface of this feed plate along the supply direction of seafood for dry products. That is, a plurality of ridges (including partition walls or protrusions) or recesses are provided along the feeding direction of the feed plate for dry product seafood, and the space between adjacent ridges or recesses (grooves) is for dry product. The seafood supply paths 18a, 18a ... Are formed. Due to the uneven strips 20, the dry product seafood a overflowing from the water tank 1 is smoothly guided and flows down together with the water. Here, the seafood feeding member 1 for dry products
The reference numeral 8 may be provided integrally with the dry product seafood overflow port 6 of the water tank 1 or may be provided separately. Further, the feed plate may have a structure in which a cover is provided on the upper surface (that is, may have a tubular shape). Also,
The dry product seafood removing member 19 is a brush roller 21.
And a drive motor 2 for driving the brush roller 21
2 and the drive motor 22 is a conveyor conveyor 1
7 is a drive source of the drive pulley 23. The brush roller 21 is provided at the front position of the lower end of the dry product seafood feeding member 18, and is a brush for brushing off (removing) the dry product seafood a placed on the upper surface of the outer edge frame of the silo b. Therefore, it rotates in the direction opposite to the transport direction of the cylinder b. This allows the dry product seafood a to be continuously removed from the upper surface of the outer edge frame of the cello b.

A water recovery unit 5 for recovering the water overflowed from the water tank 1 together with the seafood a for dry products is provided below the rail storage / transfer rail 16 of the transfer unit 3. . The water recovery unit 5 includes a filter 24 for filtering the water, a water recovery tank 8, and the water recovery tank 8
It is composed of a pump 25 for circulating the water in the water tank 1 through the pipe 9 and the water supply port 7. In addition, the entire apparatus is configured so that it can be held by the casters 27 that hold the front and rear legs 26 and the water recovery tank 8.

Next, a method and an operation for supplying a uniform thickness using the apparatus for supplying a uniform thickness of dried seafood of the present embodiment will be described. First, the dry product seafood a is sucked together with water from a storage tank or the like through the dry product seafood supply pipe 13 of the dry product seafood supply unit 2 and dropped from the dry product seafood supply chute 12 into the aquarium 1. ,throw into. Here, since the dry product seafood a flows down with the water from the dry product seafood input chute 12, it is possible to prevent the dry product seafood a from being damaged by friction. In parallel with this, a predetermined amount of water is supplied from the water supply port 7 into the water tank 1, and the seafood a for dry products is agitated by the water flow of the water supplied from the water supply port 7. As a result, a uniform dispersion state is obtained in the water tank 1. At this point, the ceylo carrier 3 is driven so that the ceylon b is sequentially transferred from the ceylon carry-in conveyor 15 to the silo storage / transfer rail 1.
6 is carried in and conveyed. This rail storage and transfer rail 1
A plurality of cylinders b (three in the present embodiment) move on top of the six. When a sensor (not shown) detects that the cylinder b has reached a predetermined position,
Due to this detection signal, the water tank 1 has the water tank middle portion 11 as a fulcrum, and the dry product seafood overflow outlet 6 side is tilted downward so that the dry product seafood a overflows with water together with the water. It overflows from the outlet 6 and is transferred to the seafood feeding member 18 for dry products. Here, the sensor is transferred to a predetermined position of the silo storage / transfer rail 16, that is, a dry product seafood supply start position x to the silo b, the next position, and the contact with the preceding salo b. Position y of coming ceylor b
It is provided in and. Thereby, when a slight gap is formed between the front and rear cylinders b and b, it is possible to prevent the device from repeatedly operating and stopping each time. In this dry product seafood feeding member 18, the dry product seafood feeding surface is formed in a convex shape, and a plurality of uneven lines 20 are provided along the dry product seafood feeding direction of the dry product seafood feeding surface. Since this is a convex seafood feeding surface for dry products,
While the front-to-back spacing of the dry product seafood a is widened and the uneven strips 20 make the dry product seafood face a certain direction (usually in the length direction of the dry product seafood), It falls and moves with water. Therefore, the transporter 3
The seafood b for dry products is guided by water on the steamer b that moves on the storage and transfer rail 16 and the seafood a for dry products is placed on the steamer b with a uniform thickness without any uneven thickness. At this time, since a plurality of silos b are transferred to the silo storage / transportation rail 16 in a state of being in contact with each other, the dry product seafood a is boiled.
It will also be placed on the upper surface of the outer frame. The dry product seafood a on the upper surface of the outer frame of the silo b is provided in front of the lower end portion of the dry product seafood feeding member 18 when the silo b moves.
Moreover, it is brushed off by the brush roller 21 of the dry product seafood guide member 19 that rotates in the opposite direction to the transport direction. In this way, the dried product seafood a is evenly placed on the sequentially supplied ceylons b, and the ceylons b are pushed by the ceylons b carried in from the ceylizer carry-in conveyor 15 to be carried out. It is transported to the outside of the device by the conveyor 17 for transporting it to the outside.

By the way, the water supplied together with the seafood a for dry products passes through the cello b, is filtered by the filterer 24 of the water recovery section 5, and is recovered in the water recovery tank 8. The recovered water is supplied to the water supply port 7 of the water tank 1 via the pump 25 and the pipe 9. Then, again, the overflowed amount of the dried product seafood a and water in the aquarium 1 is used as a dry product seafood input chute (from this chute) of the water supply port 7 of the aquarium and the dry product seafood input part 2. Is also replenished with water, but it is replenished through a large amount 12 from the water supply port 7), and the dry product seafood a in the water tank 1 maintains the original dispersion state. In this way, the dried product seafood a in a predetermined dispersed state is continuously supplied onto the silo b. Therefore, the dried product seafood a can be continuously placed in a uniform thickness without damaging it.

When changing the thickness of the dry product seafood a to be placed on the silo b or the amount of the dry product seafood a to be loaded per one silo in the middle, the amount of the dry product seafood a to be put into the aquarium 1 is changed. The adjustment is performed by changing the dispersion state of the dry product seafood a in the aquarium 1 by increasing or decreasing. Therefore, it is possible to easily adjust the thickness and the amount to be put on one sheet. In this case, it is also important to adjust the distance between the brush roller 21 and the dry product seafood guide member 19.

It should be noted that the present invention is not limited to the above-described embodiment, but includes configurations that can be modified within the scope of the gist of the present invention. Incidentally, in the above-mentioned embodiment, the dry product seafood and the water are made to overflow from the water tank, but the tilting of the water tank causes the water to overflow, but the tilting of the water tank is not necessary. It may be configured to overflow in the state. In addition, as the seafood feeding member for dry products, the configuration of the convex feeding plate having the uneven surface is described,
The present invention is not limited to this, and for example, it may be formed by a convex feed plate having no ridges on the surface, a flat feed plate having ridges on the surface, or a plane feed plate having no ridges on the surface. Of course it is good. Further, in the above-mentioned embodiment, the means for charging the dry product seafood is sucked together with water from the tank storing the dry product seafood and charged into a water tank using the dry product seafood charging chute. Although the configuration has been described, the configuration is not limited to such a configuration, and, for example, a configuration using a bucket conveyor, a suction pump, or a configuration using a rotary valve, a belt conveyor, or the like may be used. Further, in the above-described embodiment, the water collected in the water collecting tank is circulated in the water tank, but the water supplied to the water tank may be fresh water instead of circulating water. Further, the water recovery tank may be installed not directly below the seafood supply section for dry products but at a separate place via a water absorption hose or the like.

[Brief description of drawings]

FIG. 1 is a cutaway side view of a uniform feeding device according to an embodiment of the present invention.

FIG. 2 is a partially cutaway plan view of the uniform feeder of FIG.

FIG. 3 is an explanatory diagram of a tilted state of the water tank.

FIG. 4 is a perspective view of a main part as seen from the side of a chute inserting chute for dry products.

FIG. 5 is a perspective view as seen from the side of the dry product seafood feeding member.

[Explanation of symbols]

1 ... water tank, 2 ... seafood input section for dry products, 3 ...
・ Ceyro transport section, 4 ・ ・ ・ Seafood supply section for dry products, 5 ・
..Water collection section, 6 ... Seafood overflow outlet for dry products, 7
... Water supply port, 8 ... Water recovery tank, 9 ... Pipe, 1
0 ... rear end of water tank, 11 ... lower surface of middle portion, 12 ...
・ Dry product seafood input chute, 13 ... Dry product seafood supply pipe, 14 ... Pump, 15 ... Ceyro carry-in conveyor, 16 ... Cyro storage and transfer rail, 17.
..Ceyro carry-out conveyor, 18 ... Dry product seafood feeding member, 18a ..., 19 ... Dry product seafood displacing member, 20 ... Uneven line, 21 ... Brush roller,
22 ... Drive motor, 23 ... Drive pulley, 2
4 ... Filter, 25 ... Front end side bottom surface, 26 ...
・ Front and rear legs, 27 ... casters, a ... seafood for dry products, b ... ceiling, 28 ... tanks

Claims (9)

[Claims] 1. A method for uniformly supplying seafood for dry products, which comprises continuously transporting a silo and continuously and uniformly supplying seafood for dry products in the water tank to the water tank. Of the seafood for dry products, and supplying water into the water tank to disperse the seafood for dry products in the water tank into water by the water, and further to the water in the water tank and the dry product. Overflowing the seafood in the dispersed state, receiving the overflowing seafood for dry products on a silo, and replenishing the aquarium with an amount of dry products seafood and water corresponding to the overflowing amount, A uniform thickness of dry product seafood, characterized in that the dry product seafood is continuously supplied to the silo to a uniform thickness by maintaining the dispersed state of the dry product seafood in the water tank. Supply method. 2. The dry product on the silo is adjusted by increasing or decreasing the amount of the dry product fish and shells added to the water tank and adjusting the dispersion state of the dry product fish and shells overflowing from the water tank in water. The method for supplying a uniform thickness of seafood for dry products according to claim 1, wherein the thickness of the seafood for products is adjusted. 3. A dry product seafood feeding member having a convex or flat surface for feeding dry product seafood is provided at the overflow port of the water tank, and the dry product overflowing from the water tank is provided. The method for supplying a uniform thickness of dry product seafood according to claim 1 or 2, wherein the product seafood is supplied onto the silo via the dry product seafood feeding member. 4. The method for supplying a uniform thickness of seafood for dry products according to claim 3, wherein the feeding surface of the seafood feeding member for dry products has a plurality of concave-convex lines extending in the feeding direction of seafood for dry products. 5. A dry product seafood input section for charging dry product seafood into a water tank, a dry product seafood supply section for supplying dry product seafood in the water tank to a silo, and the silo. A uniform supply device for dry product seafood having a transport path for transporting, wherein the dry product seafood input unit supplies the water to the aquarium, and means for charging the dry product seafood. A dry product seafood supply unit, wherein the dry product seafood supply unit has a dry product seafood feeding member at the overflow port of the water tank. A uniform thickness supply device for seafood for products. 6. The uniform thickness supply device for dry product seafood according to claim 5, wherein the dry product seafood supply member has a convex dry product seafood supply surface. 7. The uniform thickness supply device for dry product seafood according to claim 5, wherein the dry product seafood supply unit has means for overflowing the water tank and tilting the mouth side. 8. A brush roller for guiding the dry product seafood supplied from the dry product seafood feeding member is provided above the tip of the dry product seafood feeding member of the dry product seafood feeding unit. The uniform thickness supply device for dried seafood according to any one of claims 5 to 7. 9. The dry product seafood according to any one of claims 5 to 8, wherein the feed surface of the dry product seafood feed member has a plurality of concave-convex strips extending in the dry product seafood supply direction. Uniform thickness feeder.