KR20020087903A - Multi Laver Machine - Google Patents

Abstract

PURPOSE: Provided is a multiple manufacturing machine of dried laver which is manufactured by inserting several parts into a conventional manufacturing machine, thereby manufacturing high quality laver with low fuel expense. CONSTITUTION: The multiple manufacturing machine of dried laver comprises the parts of: a plurality of forming part, a plurality of dehydrating part, an attachment chain which horizontally transfers a hanger, a separating chain box, a hanger roller chain which vertically transfers the hanger; and a plurality of separator.

Description

Haitai manufacturing method and apparatus for a recuperation type Haitai manufacturing machine {Multi Laver Machine}

The present invention relates to a Haitai manufacturing machine, more particularly, to a recuperation type Haitai manufacturing machine that improved the transfer method of the hanger hook to mass-produce low fuel consumption and high-quality dry haetaetae in the process of making the haetaetae.

In general, the manufacturing process of the prior art dry seaweed is a method in which the foot hanger of the horizontal lying posture is moved one by one while changing the posture vertically when moving to the drying room after one molding and one dehydration in one stroke.

Therefore, in order to produce a large amount of laver in the existing Haitai manufacturing machine, it is necessary to make more laver in one stroke by speeding up or lengthening the length of the foot hanger. Problems occur, and in order to lengthen the foot hanger, there is a problem that not only the resin is mismatched by the front exchange of factories and machines, but also the dry state is uneven, which adversely affects productivity and economic losses.

The present invention has been made to solve the above problems and has the following purposes.

First, mass production of seaweed is possible by providing a split chain box part, a plurality of forming parts, a dehydration part, and a lavering part to move a plurality of foot hooks at every feed movement of a horizontal attachment chain for intermittent feed motion. It is an object of the present invention to provide a method and apparatus for manufacturing a pacific feat of a recuperation type pacific cultivator having an improved structure.

Second, the dehydration time is stabilized by the installation of the recuperation type dehydration unit to improve the dehydration time of the seaweed, so that the low temperature drying is possible to provide a method and apparatus for manufacturing the pacific type of the recuperation type rehabilitation maker improved fuel structure.

Third, the present invention provides a method and apparatus for manufacturing a pacific type rehabilitation type pacifier with improved structure that is stable in forming time due to the installation of a recuperative molding part, so that the thickness of the seaweed is uniform and the square is smooth.

Fourth, it is to provide a method and apparatus for manufacturing the Haitai manufacture of the Haitai manufacturing machine whose structure is improved by the arrangement of the recuperation type seaweed herb to stabilize the moving speed of the sea haetaetae well-prepared.

Fifth, the present invention provides a method and apparatus for manufacturing a rehabilitation type rehabilitation system for rehabilitation type rehabilitation that can be retrofitted, replaced, and installed at low cost without changing existing drying cabinets and foot racks. .

1 is a front view of a conventional Haitai manufacturer

2 is a front view of a recuperation type Haitai manufacturer according to the present invention

3 is a rear view of the recuperation type Haitai manufacturer according to the present invention

Figure 4 is a cross-sectional view schematically showing a box portion divided part constituting the present invention

5 is a plan view for explaining the driving of the recuperation type Haitai manufacturer according to the present invention

6 is a full perspective view of the claw hanger

7 is an overall perspective view of the attachment chain;

8 is a view showing a ratchet gear constituting the present invention.

9 is a view showing a rotating sprocket constituting the present invention

10 is a view showing a split cam constituting the present invention

<Description of the symbols for the main parts of the drawings>

1: molding part 2: dehydration part 7: seaweed group 100: split cam

200: molding 201: dewatering 202: drying

203: seaweed cutting part 400: split chain box part 401: vertical attachment chain

402: claw roller chain 403: guide rail 501: shaft 1

502: Axis 2 503: Axis 3 504: Axis 4

511: crank 1 512: crank2 513: crank3

521: Spur Gear 1 522: Spur Gear 2 523: Spur Gear 3 524: Spur Gear 4

531: Sprocket for horizontal attachment chain drive

532: Double attachment sprocket for horizontal attachment chain drive

533: V sprockets for vertical attachment chain drive

534: Double attachment sprocket for vertical attachment chain drive 535: Rotary sprocket

551: horizontal attachment chain drive chain

552: vertical attachment chain drive chain

571: Mounter Roller Chain Drive Cam

581: Rod 1 582: Rod 2 583: Rod 3

600: foot hanger 700: attachment chain 701: foot shackle

801: 4-Ratched Gears 802: 8-Ratched Gears 803: 4-Ratched Gears

In FIG. 5, when the shaft 1 501 rotates two times by the driving of the motor, the shaft 2 502 and the shaft 3 503 rotate one rotation. Each time the shaft 3 (503) rotates once, the quadrangular ratchet gear 801 is rotated by 90 ° by the drive of the crank 2 (512), and this motion is passed through the spur gear 1 (521) and the spur gear 2 (522). 36T horizontal attachment chain drive sprocket 531 rotates 180 °, that is, rotation by 18T, which is half of the number 36T, which drives the horizontal attachment chain drive chain 551 shown in FIG. Drives the double attachment sprocket 532 for horizontal attachment chain drive consisting of 18T and inner 36T to form an intermittent feed movement of the horizontal attachment chain 700, and transfer of the horizontal attachment chain 700 by 36T per one stroke of the intermittent feed movement occurs. Will be done. Therefore, since the interval of the foot claw 701 is 18T, the two foot hooks 600 are moved every stroke of the horizontal attachment chain 700 intermittent transfer movement.

In FIG. 5, the crank 1 511 installed at the end of the shaft 2 502 and the crank 3 513 provided at the shaft 3 503 are both devices for driving the vertical attachment chain driving sprocket 533, but are mutually different. The angle difference of 180 ° causes the sprocket 533 of the vertical attachment chain driving sprocket 533 to be driven during the 180 ° rotation of the shaft 2 (502), and the crank 3 (513) to the crank 1 (511) for the remaining 180 ° rotation. Will be done. More specifically, the quadrangular ratchet gear 803 connected to the crank 1 511 to the rod 1 581 during the 180 ° rotation of the axis 2 502 is rotated 90 °, which is 90 degrees of the axis 4 504. Since it rotates °, the vertical attachment chain drive sprocket 533 which is 36T rotates 9T, which drives the vertical attachment chain drive chain 552 shown in FIG. 3 and drives the vertical attachment chain which consists of the outer 18T and the inner 36T. By rotating the double row sprocket 534 by 180 °, the vertical attachment chain 401 is transferred by 18T at 180 ° rotation of the shaft 2 (502), that is, one claw 600 is transferred. During the remaining 180 ° of rotation, the octagonal ratchet gear 802 connected to the crank 3 513 to the rod 2 582 likewise rotates 90 °, which causes the spur gear 3 523 and the spur gear 4 524 to rotate. The shaft 4 (504) is rotated 180 degrees to drive the vertical attachment chain drive chain 552 which is 36T, and rotates the double row sprocket 534 for vertical attachment chain drive consisting of the outer 18T and the inner 36T by 360 °. As a result, the vertical attachment chain 401 is fed by 36T, that is, two claws 600 by the rotation of the shaft 2 (502) from 180 ° to 360 °. Therefore, when the vertical attachment chain 401 transfers by 36T, the horizontal attachment chain 700 also rotates at the same time.

In this case, when the rotating sprocket 535 is manufactured in such a way that power can be transmitted in only one direction as shown in FIG. 9, the 36T feed of the vertical attachment chain 401 is used as the power of the horizontal attachment chain 700, and thus the crank 3 (513). ) And parts such as octagonal ratchet gear 802, rod 2 582, spur gear 3 523, spur gear 4 524, and the like. In addition, when the split cam 100, which performs the same role as the vertical attachment chain 401, is installed in the form as shown in FIG. 10, the split cam 100 is intermittently rotated in a clockwise direction and the vertical attachment chain ( 401).

In FIG. 5, the claw roller chain driving cam 571 provided at the end of the shaft 1 501 is driven by the claw roller chain driving ratchet gear 804 and the rod 3 583 shown in FIG. It is connected to the claw roller chain 402 to drive the intermittent transfer movement twice per stroke movement of the horizontal attachment chain (700).

Horizontal attachment chain 700 for the intermittent transfer movement to send two foot hooks 600 to the drying cabinet 202 at the same time or recombines the two foot hooks 600 sent from the drying cabinet 202 by two In this apparatus, the split chain box part 400 is configured to be located between the dewatering part 201 or the laver 203 and the drying cabinet 202.

In FIG. 4, when the foot holder 600 moves from the dehydrating part 201 to the drying cabinet 202, two foot hooks 600 each time the horizontal attachment chain 700 for the intermittent feed movement is moved once. Is transmitted to the foot claw 701 of the vertical attachment chain 401 in the split chain box 400, the intermittent feed movement is performed at a half cycle of the intermittent feed movement cycle of the horizontal attachment chain 700, and the horizontal attachment is used once. The chain 700 moves by one-half the distance of one feeding distance, and in the second time, a vertical attachment chain 401 that feeds the same distance as the horizontal attachment chain 700 simultaneously moves toward the claw roller chain 402. It is configured to pass one foot hook 600.

On the contrary, when the foot hanger 600 moves from the drying cabinet 202 to the laver 203, the foot hanger roller chain 402 for the intermittent transfer movement in the same period as the vertical attachment chain 401 but does not cross When the foot hook 600 is pushed to the guide rail 403 inclined surface and delivered to the foot latch 701 of the vertical attachment chain 401, the vertical attachment chain 401 waits for one time of the intermittent feed movement. Re-deliver to the claw of the foot 701 and the claw roller chain 402 again transfers the foot hook 600, the horizontal attachment chain 700 and the same amount of transport movement at the same time during the two transfer movements horizontal attachment chain Foot 700 is completely delivered to (700).

By inserting and installing new equipment in the middle of the Haitai maker without replacing the existing Haitai maker, it enables mass production at low cost and enables high quality seaweed production, contributing to reuse of existing equipment and improvement of fishermen's income.

Claims (9)

Intermittent conveying movement with 1/2 cycle of intermittent conveying movement of horizontal attachment chain and horizontal attachment chain which moves a plurality of claws in every stroke while intermittent conveying movement with a plurality of forming parts, a plurality of dehydrating parts, a plurality of seaweed cutting parts In the 1st cycle, the horizontal attachment chain is transported by 1/2 distance of the 1st transport distance, and in the 2nd cycle, the horizontal attachment chain is transported by the same distance at the same time, and a plurality of foot holders are passed from the horizontal attachment chain. Multiple molding in double row type HAITAI, which has a vertical attachment chain and a split-chain box that sends them to the hanger roller chain, or to pass the footrests one by one from the claw roller chain to the horizontal attachment chain. At about the same time, Haitai woncho is molded into the foot When a plurality of foot hangers are intermittently transferred to the pitch of the molded foot hangers after molding and arrive at the plurality of dewatering parts, dehydration is performed during the intermittent transfer stop, and when the plurality of foot hangers arrive at the box portion of the split chain after dehydration, A plurality of foot hangers are divided into one by one and sent to the drying place, and one foot hanger that is intermittently transported before being fed back to the plurality of seaweed parts by recombination is recombined and sent to the seaweed parts by the split chain box part. Haitai manufacturing method is characterized in that a plurality of foot hanger is divided into a single foot hanger and then recombined into a plurality of foot hangers while the molding process is completed at the same time in the plurality of molding parts and then returned to the plurality of molding parts. Haitai manufacturing method and apparatus thereof. 2. The method according to claim 1, wherein the Haitai grass is molded to the foot at substantially the same time in the plurality of molding parts, and after the molding, the plurality of foot hooks are intermittently transferred to the pitch of the molded foot hooks to reach the plurality of dewatering parts. When dehydration occurs during the dehydration, and the plural foot hangers arrive at the box part after the dehydration, the plural foot hangers are divided one by one and sent to the drying place, and one by one intermittent feeding before returning to the plural laver through the drying place. Haetae manufacturing method and apparatus, characterized in that the claw hanger is recombined plural number in the split chain box portion sent to the seaweed herd. The horizontal attachment chain according to claim 1, wherein the plurality of foot hooks are passed from the horizontal attachment chain to the foot hanger roller chains one by one, or the foot hooks from the foot hook roller chains are passed one by one to the horizontal attachment chain. A reversal type HATA manufacturer, characterized in that the vertical attachment chain can be replaced by installing a split cam (100) device that performs the same role in the vertical attachment chain to be sent to. The method of claim 1, wherein the drive in one cycle of the vertical attachment chain is transferred using an electrical device such as a crank, a ratchet gear, or a solenoid valve, which is separate from the horizontal attachment chain, and a hydraulic device. Reversible Haitai maker. According to claim 1, wherein two cycles of vertical attachment chains are operated at the same time as the horizontal attachment chains by using electric devices such as cranks and ratchet gears or solenoid valves, which are separate from the horizontal attachment chains, and hydraulic devices. A recuperation type Haitai machine characterized in that it moves by a distance. According to claim 1, wherein the rotation source of the horizontal attachment chain can drive the vertical attachment chain by using the drive source in two cycles of the vertical attachment chain as the horizontal attachment chain, but the rotational force of the vertical attachment chain is unidirectional so as not to affect the horizontal attachment chain. Rotating sprocket 535, which is a device for transmitting a rotational force, and a double attachment Haitai maker characterized in that the vertical attachment chain is a two-cycle feed movement to the same operation device. According to claim 1, wherein the operation of the vertical attachment chain in the split chain box part is carried out at a half cycle of the intermittent feed movement cycle of the horizontal attachment chain via the gear and the magnification, and at one time, one of the horizontal attachment chains is used. A double-row Haitai manufacturing machine characterized in that the transfer movement by a distance / 2 and the transfer movement by the same distance at the same time with the horizontal attachment chain. 2. The recuperation type Haitai manufacturing machine according to claim 1, wherein Geneva-type gears and ratchet gears are provided to facilitate driving of the box portion which is the split body. The method according to claim 1, wherein the foot claws, which are the parts where the foot hooks are exchanged between the horizontal attachment chain and the vertical attachment chain, are rotated by overlapping each other during the replacement operation, but physically the vertical attachment chain is independent of the horizontal attachment chain and the foot hook roller chain. It has a double-row Haitai maker.