JPS5825830Y2 - seaweed concentrator - Google Patents

Description

[Detailed description of the invention] In this invention, a roller 3 for rapidly transporting seaweed is provided at the end of the seaweed transport conveyor 2 installed in the machine frame 1, and the roller 3 is placed below the outer side of the roller 3 and is perpendicular to the spindle 4 of the roller 3. A pair of parallel horizontal intermittent rotation shafts 5, 5 are provided, and a horizontal plate 6 and an upright plate 7 are provided in the shape of a cross on the rotation axis 5°5, respectively, and a circular plate perpendicular to the cross-shaped plates 6, 7 is provided. 8 are respectively provided on the rotating shafts 5, 5, and an electromagnetic clutch 10 is provided which extends from above the rapid feeding roller 3 to the middle of the side discs 8, 8, and which opens and closes alternately. The rotation shaft 5 via the electromagnetic brake 11
．． 5 is connected to a drive device 12, the electromagnetic clutch 10 and the electromagnetic brake 11 are actuated by a signal from a number counter 13, and the cross-shaped plates 6, 7 are rotated and stopped every 90'. It is related to.

The rapid feed roller 3 is the terminal roller 1 of the conveyor 2.
4 and is a hard rubber roller.

A horizontal rotation shaft 15 orthogonal to the coaxial shafts 5, 5 is supported at the base end of the pair of intermittent rotation shafts 5, 5.
5 and the horizontal rotating shaft 15 are connected by meshing bevel gears 16 and 16, and the horizontal rotating shaft 15 is equipped with a drive sprocket (drive device).
12, and connect the sprocket 12 and one end of the horizontal rotating shaft 15 via the electromagnetic clutch 10, and
An electromagnetic brake 11 is disposed at the other end of the brake.

The number counter 13 is provided above the end roller 14 of the conveyor 2, and can sense and count the number of conveyed seaweed 17 each time it passes, and can issue a signal every set number of sheets (10 sheets).

This signal excites the relay, closes the circuit, engages the electromagnetic clutch 10, releases the electromagnetic brake 11, rotates the horizontal rotation shaft 15, and simultaneously rotates the pair of intermittent rotation shafts 5, 5 in opposite directions. It can be rotated 90 degrees in the direction.

During this time, the limit switch 19 is opened and closed by the 180° rotation of the cam 18 (Fig. 4) provided on the horizontal rotation shaft 15, and after the 90° rotation, the relay is demagnetized and the electromagnetic clutch 10 is opened by the demagnetization. Then, the electromagnetic brake 11 is applied to stop the cross-shaped plates 6, 7 in the horizontal and upright positions.

A belt conveyor 20 is disposed below the middle of the l pair of cross-shaped plates 6, 7 and 6, 7, and the conveyor 20 is provided with an intermittent trabecular return operation device. Operate the reciprocating device to move the conveyor 2
0 can be made a short round trip.

In addition, what is indicated by 21 in the figure is the prime mover of the seaweed transport conveyor 2,
22 is the drive chino of the same conveyor 2, 23 is the horizontal rotation axis 1
5, a drive chino; 24, a driving chino for the rapid-feeding roller 3; 25, a nori guiding diaphragm provided in contact with the rapid-feeding roller 3; 26, a diaphragm for aligning the sides of the seaweed; 27, the same plate 26;
The driving arm 28 is an idler shaft of the same plate 26, and 29 is a connecting rod eccentrically connected to the rapid-feeding roller shaft 4, so that the arm 27 can be vibrated up and down.

30 and 31 are receiving plates of the conveyors 2 and 20. Therefore, the number of sheets of seaweed 17 carried out one by one from the seaweed transport conveyor 2 is counted by the counter 13, and the number of sheets is counted by the rapid feed roller 3.
is accelerated and thrown away.

Then, it collides with the guiding arc-shaped plate 9, descends diagonally downward along the same plate 9, and is placed on the horizontal plates 6, 6.

The number of sheets loaded is counted by a sheet counter, and a signal sent every set number (10 sheets) is sent to the horizontal plates 6, 6.
rotate downward 90' in opposite directions, stop, and lower the 10 sheets onto the conveyor 20 below.

The conveyor 20 then moves slightly to the left in FIG. 3, waits for the next 10 sheets, and repeats the above operation.

The conveyor 20 may be configured to alternately move slightly left and right in FIG. 3 every 10 sheets, stacking the 10 sheet bundles in a 5-end zigzag pattern and conveying every 5 bundles.

Since the present invention is constructed as described above, the seaweed 17 being carried out by the conveyor 2 is blown away, presses against the arc-shaped guide plate 9, moves diagonally downward along the same plate 9, and is stopped by the circular plate 8.8. The sheets are stopped at that position and are neatly focused on the horizontal plates 6, 6, and can be automatically and neatly dropped downward every set number (10 sheets).

[Brief explanation of drawings]

Figure 1 is a side view showing the seaweed collection device of the present invention, and Figure 2 is A
-A plan view, FIG. 3 is a BB front view, FIG. 4 is a CC enlarged side view, and FIG. 5 is a DD enlarged side view.

Claims (1)

[Scope of utility model registration request] A roller 3 for rapidly transporting seaweed is arranged at the end of the seaweed transport conveyor 2 installed in the machine frame 1, and a pair of parallel horizontal intermittent rotations perpendicular to the spindle 4 of the roller 3 are installed below the outside of the roller 3. axis 5,
5, a horizontal plate 6 and an upright plate 7 are provided in a cross shape on the rotating shafts 5, 5, respectively, and a circular plate 8 orthogonal to the cross-shaped plates 6, 7 is provided on the rotating shaft 5.5, respectively. , and a seaweed guiding arc plate 9 extending from above the rapid feed roller 3 to the middle of the side disks 8, 8 is provided, and the rotary shaft 5, 5 is connected to a drive device 12, and the electromagnetic clutch 10 and the electromagnetic brake 11 are actuated by a signal from a sheet number counter 13 to stop rotating the cross-shaped plates 6 and 7 every 90 degrees. .