JPH08873Y2 - Small fish automatic processor - Google Patents

Description

[Detailed Description of the Invention] <Industrial Application Field> The present invention is an apparatus for efficiently cooking large numbers of small fish in consideration of the arrangement of a boiling and cooking pot and a screw feeder of an automatic processing apparatus for small fish.

<Prior Art> As a prior art relating to an automatic processing apparatus for small fish, as shown in FIG.
There is an issue.

<Problems to be Solved by the Invention> The Japanese Utility Model Publication No. 63-29438 has a row of boiling and cooking pots 2 centered on a central partition plate 1 provided at the center of an automatic small fish processing device, Since one screw feeder 3 is installed in each of the cooking boiler / cooker 2 on the input side B, it is necessary to expand the entire device in order to increase the amount of small fish to be boiled. It was

However, the length of this device is limited due to the size and strength of the material. Further, since the diameter of the screw feeder 3 is large and long, the screw feeder 3 becomes very heavy and the removing work is a heavy labor and dangerous. In addition, since it cannot be easily washed, it was a factor that reduced the product value.

In view of the above-mentioned drawbacks, the present invention intends to use conventional small and medium-sized machines as they are, and to improve efficiency and supply a good product so as to cope with an increase in the amount of small fish to be fried.

<Means for Solving the Problems> The means for solving the problems according to the present invention is, as shown in FIGS. 1 and 6, a central partition plate 1 provided in the central portion of the cooking device C, and the central partition plate 1 as the center. The upper open type cooking and cooking pots 2A installed in parallel on the kettle side A1 by the partition plate 10 in two or more rows, and the upper open type cooker 2A installed on the loading side B1 in parallel by the partition plate 9 and the cooking side cooker An upper open type cooker 2B in which an inlet and an outlet of the cooker 2A are connected to each other by a passage D, and at least one stirring plate installed in the cookers 2A and 2B for stirring spiral movement of small fish 11 Screw feeders 3A, 3B with a boiler / cooker 2 with two or more rows on the side of the kettle A1
A wide frying conveyor 4 for frying small fish boiled at A at the same time, a rotation driving motor 13A for the frying side screw feeder 3A, and the loading side screw feeder 3B.
And a rotation driving motor 13B.

<Operation> In the above means for solving the problem, the small fish in the water tank 5 are collected by the chute 7 through the bucket conveyor 6 and fall into the boiling and cooking pot 2B through the feeding conveyor 8. The screw feeder 3B rotates about 30 rpm (0-80 rpm)
Then, put the small fish on the spiral flow, and in FIG.
In two rows, and then in two rows centering on the lifting side partition plate 10. The small fish boiled in this way are pulled up by the kettle conveyor 4 and moved to the next step.

<Embodiment> Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. 1 and 6, which is a central partition plate 1 provided at a central portion of a cooking device C and the central partition plate 1. Partition plate on A1
Top open type cooker 2A installed in parallel in two or more rows by 10
And an upper open type cooker 2B which is installed in parallel in two or more rows on the input side B1 by a partition plate 9 and in which the inlet part and the outlet part of the cooker side cooker 2A are connected by a passage D, At least one screw cooker 3A, 3B with stirring plate 11 installed in boiling cookers 2A, 2B for stirring spiral movement of small fish, and said raising side A
One of a wide fried conveyor 4 that simultaneously fried small fish boiled in two or more boiled cookers 2A, a rotation driving motor 13A for the fried side screw feeder 3A, and the input side screw feeder 3B. It is composed of a rotation drive motor 13B.

In addition, small fish flow from the input side B1 to the fried side A1,
If it does not flow evenly, partition plates 9 and 10 as shown
The adjustment plate 15 is attached to the end of the to ensure uniform flow rate.

 In the figure, 12 is a steam pipe for boiling.

Next, the operation will be described. Small fish in the water tank 5 are collected by the chute 7 through the bucket conveyor 6 and fall into the boiling and cooking pot 2B through the feeding conveyor 8. The screw feeder 3B rotates about 30 revolutions per minute (0 to 80 revolutions per minute),
In FIG. 1, small fish are placed in a spiral flow and moved in two rows centering on the input side partition plate 9, and then in two rows centering on the fried side partition plate 10. The small fish boiled in this way are pulled up by the kettle conveyor 4 and moved to the next step.

Explaining the product processing capability of the present invention, the size of the conventional small fish automatic processing apparatus shown in FIG. 5 is 3m in length of the boiling and cooking pots 2A and 2B, and the width of the boiling and boiling pot is Two 40cm were constructed, and the processing capacity was about 1t per hour.

In addition, the large size that expands the above-mentioned conventional small fish automatic processing equipment is composed of a boiling cooker length of 4 m and a cooking cooker width of 50 cm, and the processing capacity is about one hour. It was 3t.

As shown in FIG. 1, the small fish automatic processing device used in the present invention has a medium size, and the boiling and cooking pots 2A and 2B have a length of 3 m5.
The width is 0 cm and this width is made up of four 40 cm, and the area in the longitudinal direction is shortened. Its processing capacity is such that it can perform about 5 tons per hour.

FIG. 2 shows a second embodiment of the present invention, which is
It is installed when there is no more space in the factory than the small fish automatic processing system shown in Fig. 1. It consists of three boiling and cooking pots, and the processing capacity is about 3t per hour.

That is, the central partition plate 1 provided in the central portion of the cooking device C, the cooking and cooking pots 2A installed in two or more rows in parallel with the frying side A2 around the central partition plate 1, and the charging side B2. Boiler / cooker 2B installed in a line, and at least one boiler / cooker 2A, 2B with screw plate feeders 3A, 3B with stirring plates for stirring spiral movement of small fish, and said boiler side A2 A wide frying conveyor 4 for frying boiled small fish, a rotation driving motor 13A for the frying side screw feeder 3A, and a rotation driving motor 13 for the loading side screw feeder 3B.
It consists of B and.

FIG. 3 shows a third embodiment of the present invention, which is
It has a structure to increase the processing capacity compared to the small fish automatic processing device shown in Fig. 1. It has five boiling and cooking pots and the input side B3 is arranged in three rows in a meandering manner, and three screw feeders on the input side B3. By speeding up the rotation of, it is possible to process about 7 to 8 tons per hour.

That is, the central partition plate 1 provided in the central portion of the cooking device C, the cooking and cooking pots 2A installed in two or more rows in parallel with the frying side A3 around the central partition plate 1, and the feeding side B3. , A boiler / cooker 2B installed in a meandering pattern of at least three rows or more, and the boiler / cooker 2
A screw feeder 3A, 3B with a stirring plate for agitating spiral movement of small fish installed in A, 2B, and a wide frying conveyor 4 for frying the small fish boiled on the frying side A3, The rotation driving motor 13A for the shuttle-side screw feeder 3A and the loading-side screw feeder 3
It is composed of a B rotation drive motor 13B.

FIG. 4 shows a fourth embodiment of the present invention, which is
A central partition plate 1 provided in the central portion of the cooking device C, boiler / cooker pots 2A1, 2A2 installed in two or more rows in parallel to the boiling side A4 centering on the central partition plate 1, and a charging side B4 Boilers and cookers 2B1, 2B2 installed in parallel in two or more rows, and each of the boilers and cookers 2A1, 2A2, 2B1, 2B2
Screw feeder 3A1, 3A2, 3B1, 3B equipped with a stirring plate for stirring and moving small fish installed in at least one of them
2 and a plurality of frying conveyors 4a, 4b for frying the small fish boiled on the frying side A4, and one boiler / cooker on the feeding side B4 and the frying side A4 depending on the amount of the small fish to be fed. Motors 13A with left and right shield plates 14a, 14b and partition plates 9, 10 that enable selection and use of only one boiling cooker, and clutches 13a, 13b for rotation drive of screw feeders 3A1, 3A2, 3B1, 3B2 , 13B (including chain and belt conduction mechanism).

It should be noted that the present invention is not limited to the above embodiments, and it goes without saying that many modifications and changes can be made to the above embodiments within the scope of the present invention.

<Effect of the Invention> As is clear from the above description, in the present invention, the fish-cooking side moves in two rows or a long row centering on the partition plate while being put on the spiral constant flow of small fish. It can be used in places where the installation area is limited, while improving the processing capacity of the automatic processing equipment. In addition, the cost can be reduced because the conventional small fish automatic processing device is used with a small modification. Furthermore, since the screw feeder etc. is shortened, desorption and cleaning work can be facilitated, and by expanding the stove conveyor, dewatering work can be exerted sufficiently and drainage is greatly improved. Can provide products. Furthermore, in the present invention, since the boiling water in the upper open type kettle-cooking pots installed in parallel in two or more rows are connected to each other and circulate, the whole is uniformly soiled and the hot water replacement time is greatly changed. Can be delayed. And, because the motor that drives the screw feeder on the hoisting side and the motor that drives the screw feeder on the loading side are provided exclusively, it is possible to drive each screw feeder at the optimum speed. is there.

[Brief description of drawings]

FIG. 1 is a plan view of a first embodiment of the small fish automatic processing apparatus of the present invention, FIG. 2 is a plan view of the same second embodiment, FIG. 3 is a plan view of the same third embodiment, and FIG. Similarly, FIG. 5 is a plan view of the fourth embodiment, FIG. 5 is a plan view of a conventional example, and FIG. 6 is a cross-sectional view of essential parts of the boiling and cooking pot of the present invention and the conventional example. A1 to A4: Boiler side, B1 to B4: Input side, C: Cooking device, 1: Central partition plate, 2A, 2A1, 2A2: Cooking cooker, 2B, 2B1, 2B2: Cooking cooker, 3A, 3B ,
3A1, 3A2, 3B1, 3B2: Screw feeder, 4, 4a, 4b: Lifting conveyor, 9, 10: Partition plate, 13A, 13B: Motor, 14a, 14
b: Shield plate.

Claims (4)

[Scope of utility model registration request] 1. A central partition plate provided in the central portion of the cooking device, and an upper open type installed in parallel in two or more rows on the lifting side with the partition plate centered on the central partition plate. A kettle boiled rice cooker,
An upper open-type input boiling cooker in which two or more rows are installed in parallel on the input side by partition plates on the input side and the inlet and outlet of the kettle boiling cooker are connected by a passage, and each of the boiling cookers A screw feeder with a stirring plate for stirring and moving at least one small fish in the inside, and a wide fried conveyor for simultaneously fried small fish boiled in two or more rows of fried and cooked cookers, and An apparatus for automatically processing small fish, comprising: a motor for simultaneously rotating and driving each screw feeder on the lifting side, and a motor for simultaneously driving and rotating each screw feeder on the loading side. 2. A central partition plate provided in the central portion of the cooking device, and an upper open type installed in parallel in two or more rows on the lifting side with the partition plate centered on the central partition plate. A kettle boiled rice cooker,
An open-top type throwing and boiling cooker installed in a line on the throwing side and in which the inlet and outlet of the boiling and boiling cooker are connected by a passage, and at least one fish is placed in each of the boiling cookers. A screw feeder with a stirring plate for moving the stirring spiral, a wide frying conveyor for simultaneously frying small fish boiled in two or more rows of frying kettle, and each screw feeder on the frying side at the same time. An apparatus for automatically processing small fish, comprising a motor that rotationally drives and a motor that rotationally drives the screw feeder on the input side. 3. A central partition plate provided in the central portion of the cooking device, and an upper open type installed in parallel in two or more rows on the frying side by the frying side partition plate around the central partition plate. A kettle boiled rice cooker,
An upper open-type input boiling cooker in which at least three rows of meandering lines are installed on the charging side and the inlet and outlet of the boiling kettle are connected by a passage, and at least in each of the boiling cookers. A screw feeder with a stirrer plate installed to stir and move the small fish in a spiral manner, a wide fried conveyor for simultaneously fried small fish boiled in the two or more rows of fried and cooked cookers, and the fried side 2. A small fish automatic processing apparatus comprising: a motor that simultaneously drives the screw feeders of 1) and a motor that drives the screw feeders on the loading side. 4. A central partition plate provided in the central portion of the cooking device, and an open-top cooker cooker installed in two or more rows in parallel on the frying side around the central partition plate. , An upper open-type input boiling cooker installed in parallel on the loading side in two or more rows and in which the inlet and outlet of the boiling cooker are connected by a passage, and at least one in each of the boiling cookers. A screw feeder with a stirrer plate that is permanently installed to move the small fish in a stirring spiral, a plurality of parallel frying conveyors for frying the small fish boiled on the frying side, and a feeding side according to the amount of the small fish to be fed. One boiler / cooker and one boiler / cooker on the frying side can be selected and used, and a motor for selectively rotating and driving each screw feeder on the frying side. And a motor for selectively rotating and driving each screw feeder on the input side. Small fish automatic processing apparatus characterized in that it is.