JPS6363191B2 - - Google Patents

Description

[Detailed Description of the Invention] "Industrial Application Field" The present invention peels seaweed at once from a seaweed picket, which is unloaded in multiple sheets at once from a seaweed drying device, and carries the peeled seaweed out of the machine. This relates to a nori peeling and transporting device.

``Prior art'' Conventionally, there was an automatic nori paper drying device that made seaweed into multiple cages and automatically charged it into the nori drying device (Japanese Patent Publication No. 54-2511). L-shaped or ⊥ parallel chain as an intermittent conveyor for nori paper production
A structure is used in which horizontal bars are installed and the ends of the screen are supported on the horizontal bars (Japanese Patent Publication No. 33630/1983). In an automatic seaweed paper drying device that combines these devices, the dried seaweed paper basket that is carried out from the drying device is separated from the dried seaweed by a seaweed peeling machine outside the machine, so that the cage is also carried out of the machine. In addition, the seaweed cage is supported in a free frame (holder), and the frame is used with an intermittent transfer means such as a chain.During the intermittent transfer, the paper-made seaweed is peeled from the cage inside the transfer means (inside the machine) and removed outside the machine. A device has been developed to carry out the transport. In this device, the direction of the strings of the screen is arranged perpendicularly to the direction of transport of the transfer means, so it is necessary to fold back the screen in the direction of transfer, and after the peeled seaweed is once transferred in the direction of transfer with a suction belt, it is Because it is carried out of the machine by a carry-out belt in a direction perpendicular to the transfer direction, use a suction belt equal to the number of peeled seaweed, or use a suction belt with a width larger than the total width of multiple peeled seaweed, and use a roll brush for transfer, etc. The mechanism is complicated because it requires

``Problems to be Solved by the Invention'' The present invention aims to transfer dried seaweed from the drying apparatus to the lower transition section (return side) of the above-mentioned intermittent conveyor for making seaweed. To provide a laver peeling and conveying device that peels smoothly and reliably, automatically conveys only seaweed to the outside of the machine, transfers a cage to a papermaking line at an upper transition part of the conveyor, and has a simple mechanism.

``Means for Solving the Problems'' The present invention provides the above-mentioned front and rear ends of a seaweed cage in which laver cage support rods are installed at equal intervals on an intermittent moving parallel chain provided in a machine frame, and bars are arranged parallel to the moving direction. A seaweed cage conveyor placed on a support rod and an intermittent vertically moving multi-hole endless belt conveyor that rotates intermittently in a direction perpendicular to the moving direction of the chain are arranged, and the upper transition lower surface support plate of the belt conveyor is provided. An air suction port is bored and connected to the air suction duct, and the upper transition part and its lower support plate are intermittently raised and lowered above and below the nori cage support rod, and a nori cage side presser is attached to the rising part. and a gripping clip on the other side, and an intermittent reciprocating device for moving the clip in a direction perpendicular to the chain.

``Operation'' Therefore, when the intermittent moving parallel chain is moved intermittently along the length of the cage, the dried seaweed holding cage whose front and rear ends of the straws are supported by the nori cage support rod also moves intermittently along the length thereof. When the nori seaweed cage conveyor is stopped, the intermittent elevating and perforated endless belt conveyor disposed between the support rods rises, and its upper transition portion and its lower support plate rise above the support rods, and the dried seaweed is removed. When the papermaking basket is sucked and lifted upward, the holding tool presses one side of the papermaking basket and stops the lifting. When the clip grips the other side of the cage and moves toward the presser in a direction perpendicular to the chain direction, the cage is separated from the nori adhering to the upper surface of the upper transition portion. After that, when the clip moves back and returns to its original position, the belt conveyor descends, and the upper transition part and its lower support plate also descend, and the peeled seaweed is also attracted to this and descends, and at the descending stop position, the belt conveyor descends. By rotating, the upper transition part slides on the lower support plate to transfer the seaweed in a direction perpendicular to the chain and carry it out of the machine. Thereafter, the belt conveyor stops rotating, the nori cage support rod also moves, and the next nori paper holding cage is stopped above the conveyor, and the same operation as described above is repeated.

"Example" An intermittent moving parallel endless chain 2, 2 is hung around the machine frame 1, and the nori cage support rods 3 are installed at equal intervals on the chains 2, 2, and the nori cages 13 are installed on the support rods 3, 3. The seaweed cage conveyor 4 is formed by placing both ends of the seaweed cage. This conveyor 4 intermittently moves and stops in the direction of arrow a in FIG.
The figure shows the stopped state. Below this conveyor 4, three idle rollers 14 parallel to the chains 2, 2 and one intermittent drive roller 15 are provided in the intermittent elevator frame 6, and these rollers 14, 15 are provided with intermittent rotating porous holes. An endless belt 17 is wound around to form a belt conveyor 5 in a direction perpendicular to the chains 2, 2. The lower surface of the upper transfer belt 6 of this conveyor 5 is supported by a support plate 7, and the support plate 7 is provided with a number of air suction ports 8, which are connected to an air suction duct 9 and connected to a suction blower. air can be sucked in. The intermittent elevator frame 16 is provided with guide rollers 19 and 20, and these are fixed straight through an inner groove 21.
The guide rollers 19 and 20 are lifted by the rotation of the cam 24 at the tip of the bent ram 23 which is slidably fitted into the reciprocating shaft 22 and moved from the solid line position to the imaginary line position in FIG. By rotating the cam 24, the frame 16 can be lowered to the solid line position in the figure. The solid line position is below the seaweed cage support rod 3 and chain 2, and the imaginary line position is above. At the imaginary line position, the upper transition part 18 of the belt conveyor 5 lifts the seaweed basin 13 on the support rods 3, 3, and sucks and adsorbs the seaweed 25 on the lower surface of the basin 13. In this raised position, a holding tool 10 for one side of the seaweed cage that presses the top surface of the rising cage 13 is installed and fixed on the machine frame 1, and a gripping clip 11 for the other side of the cage 13 is installed.
is provided on the movable frame 26, and the frame 26 is reciprocated from the solid line position to the imaginary line position in FIG. The cage 13 is moved forward to the left in FIG. 1 to separate it from the adsorbed seaweed 25, and then moved back to the original solid line position. Then, the clip 11 is opened by the movement of the lower end of the swinging arm 29, and then when the belt conveyor 5 descends, the basket 13 is opened by the lower end of the swinging arm 29.
The adsorbed seaweed 25 is separated from the cage 13 and placed on the support rods 3, 3, and the adsorbed seaweed 25 further descends and is completely separated from the screen 13.
At the lowered position, the belt conveyor 5 is driven by the drive roller 1.
The peeled seaweed 25 on the conveyor 5 is rotated by the conveyor 5 in the direction of arrow b in FIG. The rotating shaft 31 of the cam 24 shown in FIG. 2 is driven in conjunction with the cam shaft for intermittent rotation of the chains 2, 2, and the crank 28 in FIG. 1 is stopped at the solid line position by the one-rotation motor 32. The clip 11 is then rotated toward the imaginary line position, and at the imaginary line position, the clip 11 is pulled slightly to the right in FIG. Interlocks with frame 16. The clip 11 can be opened and closed by mechanically interlocking the operating rod 33 of the swinging arm 29 with the lifting and lowering of the elevator frame 19. 34 in the figure is a lifting tool for lifting the other side of the screen into the opened clip 11, 35 is its interlocking lifting rod, and 36 is the movable frame 26.
37 is the guide wheel of the same frame 36, 1
8 is an intermittent drive motor.

"Effects" Since the present invention is constructed as described above, the dried seaweed baskets 13 are transported by the seaweed cage conveyor 4, which is constructed by intermittent moving parallel chains 2, 2 and the seaweed cage support rods 3 are installed at equal intervals. At this point, the seaweed 25 is peeled off from the cage 13 above the conveyor 4, and as the belt conveyor 5 descends, the cage 13 is supported on the seaweed cage conveyor 4, and the nori 25 is further lowered while being adsorbed by the belt conveyor 5. Not only can it be quickly carried out of the machine by the rotation of the belt conveyor 5, but there is no need to use a free support frame for the seaweed cage 13, and the belt width can be reduced to one sheet of seaweed cage by using one belt conveyor 5. 2 pieces of seaweed, small and peeled to about 13 lengths
5 can be directly connected to one end of the perforated endless belt conveyor 5, and there is no need to extend the delivery conveyor 30 into the inside of the nori cage conveyor 4, thereby significantly simplifying the mechanism. It is.

[Brief explanation of drawings]

FIG. 1 is a front view showing the nori peeling and carrying device of the present invention, and FIG. 2 is a side view of FIG. 1. 1... Machine frame, 2... Intermittently moving parallel chain, 3...
...Seaweed cage support rod, 4...Seaweed cage conveyor, 5...
Intermittent lifting and lowering perforated endless belt conveyor, 6...Upper transition section, 7...Lower surface support plate, 8...Air suction port, 9
. . . Air suction duct, 10 . . . Holder for one side of the seaweed cage, 11 . . . Clip for gripping the other side, 12 . . . Intermittent reciprocating device.

Claims (1)

[Claims] 1. A seaweed cage conveyor in which seaweed cage support rods are installed at equal intervals on an intermittent moving parallel chain provided in the machine frame, and the front and rear ends of the seaweed cages with bars arranged parallel to the movement direction are placed on the support rods. An endless perforated belt conveyor with intermittent lifting and lowering is provided which rotates intermittently in a direction perpendicular to the moving direction of the chain, and an air suction port is provided in the upper transition lower support plate of the belt conveyor to suck air. The upper transition part and its lower support plate are connected to the duct, and the above-mentioned upper transition part and its lower surface support plate are moved up and down intermittently above and below the above-mentioned seaweed cage support rod, and the rising part is provided with a holding device for one side of the seaweed cage and a gripping clip for the other side, and A nori peeling and carrying device provided with an intermittent reciprocating device in a direction perpendicular to the chain.