JPS6211858Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a rice cracker vacuum arranging device for regularly arranging round-shaped arare rice cracker dough materials on an endless wire mesh for conveying to a wire mesh for baking.

Conventionally, in order to arrange round rice cracker materials on an endless wire net for transport, a large number of rice cracker materials that have been made into round shapes of appropriate sizes in advance are placed in a line.
The rice cracker materials were placed in an arranging machine (not shown) and sent out from a trough inside the arranging machine while being parallel and in contact with each other vertically. After that, the rice cracker materials were picked up directly by hand, starting from the top, and arranged one by one on an endless wire mesh for transport. However, this required manpower and had the disadvantage that the rice cracker materials could not be arranged regularly on the endless wire mesh for transport, making it extremely inefficient when drying.

The present invention is designed to solve these problems, and will be explained next with reference to the embodiment shown in the drawings.
In the conveyor, a second conveyor c is provided below the first conveyor a through a receiving chute b, and a second conveyor c is provided in front of the lower part of the second conveyor c to advance the rice cracker material while vibrating it and adjusting it. A first diaphragm d is provided, a second diaphragm e is provided at the front lower part of the first diaphragm d, and a large number of parallel U-shaped troughs 1 are provided on this second diaphragm. , the round-shaped rice cracker material that advances while being adjusted by the first diaphragm is dropped into the U-shaped gutter in each row, and the tip of each gutter is cut diagonally forward to form the oblique side. 2..., and a support edge 3... is attached to the oblique side 2 to support the advancing round rice cracker material A diagonally forward,
The round rice cracker material A is attracted to the tip of the radial suction pipe 5 of the vacuum rotary cylinder 4 rotating in front of the vacuum rotary cylinder 4, and is rotated upward and forward. and the second
In front of the section 6 between the U-shaped gutter 1 provided on the diaphragm e, there are round rice cracker material pieces sucked into the tip of the suction pipe 5 at an interval approximately the size of the rice cracker material. A wedge-shaped guide plate, that is, a guide plate 7, is provided to form an alignment path to prevent the material from protruding.
The guide plate 7 is formed by appropriately bending a metal plate into a wedge shape, and providing mounting pieces 7' on the lower left and right sides, respectively.
This is bent and attached to the overlapping lower frame 8.

Therefore, only the suction pipe 5 of the vacuum rotary cylinder 4 passes through the lower frame 8 of the vacuum rotary cylinder 4, and the round-shaped rice cracker material adsorbed at the tip of the suction pipe is blocked and dropped downward. A large number of vertical grooves 9 are provided in parallel, and a third wire mesh conveyor f is provided in front of the lower part of the vertical grooves 9 to transfer the dropped rice cracker material. g is a chute provided midway down between the first diaphragm d and the second diaphragm e, and is used to return some of the rice cracker materials dropped on the second diaphragm due to vibration to a fourth conveyor h The fourth conveyor h is connected to the first conveyor a.

Note that 10 is a blower, 11 is a suction hose connected to the blower and connected to the vacuum rotary cylinder, and 12 is a jack stand.

In the present invention configured as described above, the round-shaped arare rice cracker material is sent onto the first diaphragm d via the first conveyor a, the receiving chute b, and the second conveyor c, where it is further processed while being adjusted. They are arranged in a line in the U-shaped gutter 1 on the second diaphragm e and are sent forward, and are supported by the supporting edge 3 attached to the oblique side of the tip of the gutter so as to overlap diagonally, and the vacuum rotary cylinder 4 is Suction pipe 5
This is because each rice cracker material can be adsorbed to the tip of the rice cracker, and while being corrected between the guide plates 7, each rice cracker material can be sequentially and orderly dropped onto the third wire mesh conveyor f by the vertical grooves 9 of the lower frame 8. So-called round small arare rice cracker materials can be placed on the transfer wire mesh conveyor without overlapping or pinching, and in the baking machine following this transfer conveyor f, the small arare crackers are completely and individually placed. This provides the effect of efficient firing.

[Brief explanation of the drawing]

Figure 1 is an overall side view, Figure 2 is a side view showing the function of the main parts, Figure 3 is a plan view, Figure 4 is a front view of the U-shaped gutter and guide plate, and Figure 5 A is the U-shaped gutter. Enlarged front view of
6B is a side view, FIG. 6C is a partially exploded oblique view of the guide plate, and FIG. 6D is a front view. d...First diaphragm, e...Second diaphragm, 1...
U-shaped gutter, 2... Gutter tip oblique side, 3... Support edge, 4
...Vacuum rotating cylinder, 5...Suction pipe, 6...Section between gutter, 7...Guide plate, 9...Vertical groove, f...Wire mesh conveyor.

Claims (1)

[Scope of utility model registration request] A cross-section U-shaped gutter is provided on the diaphragm for vibrating and aligning the round-shaped arare rice cracker materials, a slanted forward rice cracker material support edge is provided at the front end of the U-shaped gutter, and the tip of the U-shaped gutter is located within the supporting edge. A vacuum rotary cylinder equipped with a suction pipe that passes through is provided, and a guide plate is installed between each suction pipe in the axial direction of the vacuum rotary cylinder to straighten the rice cracker material adsorbed at the tip of the suction pipe, and the guide plate A vacuum sorting device for rice crackers, characterized in that a vertical groove is provided in the lower frame in contact with the lower frame through which only the suction pipe passes, and a transfer conveyor is provided below the guide plate.