JPS6129280Y2 - - Google Patents

Description

[Detailed description of the invention] (a) Industrial application field This invention relates to a cage frame delivery mechanism for automatic seaweed manufacturing equipment.

(b) Conventional technology Conventionally, in order to reduce the installation area and improve drying efficiency, a two-stage upper and lower cage conveyor chain was installed in the drying chamber, and the cage frames from the papermaking section were transferred via a delivery mechanism. It is delivered to one of the transport chains in the drying chamber, and after one round of reciprocating within the same room, it is again delivered to the other transport chain via a delivery mechanism installed separately in the drying room, and after one round of the drying room, it is delivered three times. It was configured to be delivered to a conveyance chain to a dry seaweed peeling section via a mechanism.

(c) Problems to be solved by the invention Therefore, not only are the above-mentioned three delivery mechanisms arranged in a dispersed manner, making the mechanism complicated, but also the three delivery mechanisms cannot be accurately synchronized with the operation of the papermaking section. The above structure requires separate synchronization work for each of the three delivery mechanisms, and furthermore,
There was a drawback that the synchronization between the delivery mechanisms was easily lost during the operation of the device.

(d) Means for solving the problem In this invention, a dewatering section and a return route are provided on the outbound path of a chain with claws for transporting the paper frame that circulates through the machine section consisting of a paper making section, a dewatering section, and a peeling section. By configuring the above three locations to be transferred through the section between the peeling section and the peeling section provided at The purpose is to provide a frame delivery mechanism.

(E) Function The chain with claws that circulates back and forth in the machine part passes through the paper making part and the dewatering part, and transports the cage frame with undried seaweed to the upper part of the entrance of the drying room, where the chain with upper blades In return, the half-dried screen frame is transferred back and forth around the upper part of the drying chamber by a chain with upper blades, and the frame is conveyed downward and delivered to the chain with lower blades. A chain with lower blades receives the drying frame that has been reciprocated in the lower part of the drying chamber, and transports it to the stripping section.

As described above, the cage frame is transferred in three places from the machine section to the upper part of the drying chamber, from the upper part of the drying chamber to the lower part, and from the lower part of the drying chamber to the machine section by the chain with a claw that circulates through the machine section. It is something that is done;
By synchronizing the operation of the upper and lower bladed chains with reference to the operation of the claw chain, the operations of the machine section and the drying section can be perfectly and easily synchronized.

(f) Effects According to this invention, by configuring the cage frame delivery mechanism of the automatic seaweed production device as described above, the structure of the mechanism is simplified and complete synchronization of operations can be easily achieved. .

(G) Example The example of the present invention will be explained in detail based on the drawings.
A shows an automatic seaweed production device, and machine part M consists of a papermaking part (not shown), a dewatering part 1, and a peeling part 2.
and a drying chamber D, and the screen frame 3 to which the seaweed produced in the papermaking section is attached is placed in the machine section M.
The cage frames 3 are conveyed to the dewatering section 1 by a pair of left and right claw chains 4 that circulate the water, and the screen frames 3 dehydrated in the dehydrating section 1 are conveyed to the drying chamber D, where they are arranged in upper and lower two stages. It is delivered to the upper bladed chain 5 of the upper and lower bladed chains 5 and 6 provided therein, and after one round of reciprocating around the upper part of the drying chamber D, it is delivered to the lower bladed chain 6 via the clawed chain 4. The screen frame 3, on which the adhered seaweed has been dried after going around the lower part of the drying chamber D again, is delivered to a chain 4 with claws, and the dried seaweed is peeled off by a peeling section 2 to be made into a product.

The screen frame 3 after peeling off the dried seaweed is returned to the papermaking section again by the circulation of the chain 4 with claws, and the above-mentioned circulation operation is repeated.

In the figure, 7 is a drying air outlet, 8 is a wind shield plate for preventing the drying air from escaping, and 9 is a conveyor for carrying out peeled seaweed.

The claw chain 4 has substantially L-shaped link plates 10 disposed adjacent to each other in the front and back to form an engagement recess 1.
A large number of pawls 11 forming a frame 1' are arranged at predetermined intervals in the chain 3, and the engaging recesses 11' of the pawls 11 lock the horizontal bars 12 of the screen frame 3, and the horizontal bars 12 are placed first. It is used for transportation.

In the figure, 13, 14, 15, 16, 17, 18
shows the first to sixth sprockets for freely moving the chain with claws 4, and in particular, the third and fifth sprockets 15 and 17 are connected to the chain with upper and lower blades 5 of the drying chamber D for transferring the cage frame 3. , 6 on the machine part M side, and the fourth sprocket 1
6 is pivotally supported closer to the machine part M than the third and fifth sprockets 15 and 17. Therefore, the chain 4 with claws bends and travels in a substantially horizontal W-shape at the position where the screen frame 3 is delivered.

The upper bladed chain 5 has a seventh shaft that is pivotally supported so as to protrude from the front surface of the drying chamber D toward the machine part M by a predetermined distance.
It is wound and suspended between the sprocket 19 and a sprocket 21 which is pivotally supported at the rear inside the drying chamber D, and on the outer circumferential side of the chain 5 there is a blade plate for supporting the screen frame 3 from the link plate. 22 is extended, and while supporting the screen frame 3 in an upright state in the drying chamber D by sandwiching the screen frame 3 between the front and rear blade plates 22, It circulates back and forth, with an outgoing path heading towards the drying chamber D and a returning path heading towards the opening D-1 of the drying chamber D located at the lower part of the drying chamber D.

The chain 6 with lower blades is also configured in the same manner as described above, and therefore, inside the drying chamber D, there are a total of four stages of reciprocating paths for the chains 5 and 6 with upper and lower blades. The inside of the drying room D is closed by
While the seaweed is circulating, the drying air from the drying air outlet 7 dries the attached raw seaweed.

The chain 4 with claws and the chains 5 and 6 with upper and lower blades operate synchronously, and the cage frame 3, which is locked in the engagement recess 11' on the forward path of the chain 4 with claws, is moved with the horizontal bar 12 facing forward. It reaches the third sprocket 15, and since the second sprocket 14 is located higher than the third sprocket 15, it becomes a downward slope. At this time, the upper bladed chain 5 is wound around the outer periphery of the seventh sprocket 19, and the front-to-back distance between the tips of the blade plates 22 expands radially, and during this expanded front-to-back distance, the claw chain 4
The structure is such that the screen frame 3 from above is inserted.

The cage frame 3 received by the chain 5 with upper blades makes a round trip around the upper part of the drying chamber D due to the rotation of the chain 5, and returns to the seventh sprocket 19, where it came from. The guide rail 23 that supported the rotating cage frame 3 came off the top end,
An attempt is made to slide down the upper surface of the extension part 23' of the rail 23 in the direction of the machine part M, but at that time, the cage frame 3 is passed to the chain 5 with upper blades, and the chain 4 with claws becomes empty.
An engaging recess 11' is located at the same location, and the horizontal bar 12 of the cage frame 3 is locked in the recess 11'. Then, the lower end of the cage frame 3 is flipped up by the rotational movement of the roller 24 of the upper reversing mechanism 27, and the cage frame 3 is transported again with the horizontal bar 12 leading to be delivered to the chain 6 with lower blades. .

Delivery to the chain 6 with lower blades is performed in the same manner as described above, and the cage frame 3 that has made a round trip around the lower part of the drying chamber D by the chain 6 is transferred to the chain 4 with claws in the same manner as described above, and is transferred by the lower reversing mechanism 25. The dried seaweed is transported to the peeling section 2 of the machine section M with the horizontal bar 12 leading and the seaweed adhering surface facing downward, where the dried seaweed is peeled off, and the seaweed is transferred to the machine A by the conveyor 9. It is to be carried outside.

Note that 26 indicates a draining device for the screen frame 3.

[Brief explanation of drawings]

FIG. 1 is an explanatory overall side view of an automatic seaweed manufacturing apparatus having a cage frame delivery mechanism according to the present invention. FIG. 2 is an explanatory diagram of the main parts. A: automatic seaweed manufacturing device, D: drying room, M: machine section, 1: dehydration section, 2: peeling section, 3: cage frame, 4:
Chain with claws, 5, 6: Chain with upper and lower blades.

Claims (1)

[Scope of utility model registration request] The screen frame 3 is reciprocated with a machine part M configured to paper-make, dewater, and peel seaweed while reciprocally conveying and circulating the paper-making part, the dewatering part 1, and the peeling part 2 using an endless claw-equipped chain 4. A drying chamber configured to dry seaweed by arranging chains 5 and 6 with upper and lower blades consisting of roads in two stages, upper and lower, to transport and circulate the screen frame 3 after papermaking in four stages in a reciprocating manner within the drying chamber D. D, the transfer of the screen frame 3 from the machine section M to the drying chamber D, the transfer between the upper and lower bladed chains 5 and 6 of the drying chamber D, and the transfer from the drying chamber D to the machine section M. The screen frame delivery operation is configured to be performed via the claw chain 4 between the dewatering section 1 provided on the outward path of the endless claw chain 4 of the machine part M and the peeling section 2 provided on the return path. The cage frame delivery mechanism of automatic seaweed manufacturing equipment.