KR19980077570A - Driving device for vertical turning of laver machine - Google Patents

Abstract

The present invention relates to a device for producing dried kimchi with dried laver, in order to produce dried laver, a distributor (6) and a dehydrator (7) is installed on the lower side and the laver (8) on the upper side In the known laver manufacturing apparatus consisting of the conveying conveyor member (S) installed and the drying conveyor member (H) to be transferred into the drying chamber (5), the switching conveyor between the conveying conveyor member (S) and the drying conveyor member (H). A member (R) is installed, and a switching latch member (T) is provided on the coaxial axis of the driving sprocket (11) in order to manipulate the driving direction of the chain conveyor (13) of the switching conveyor member (R). In order to manipulate the driving direction of (H), a dry latch member B is provided on the coaxial shaft of the sprocket, and the gimbal conveying member P is placed at a portion where the conveying conveyor member S and the switching conveyor member R are close to each other. It is configured by the device, to transfer the Kim Woncho to the drying furnace The present invention relates to an up-and-down switching drive of a laver manufacturing machine which can be selectively adjusted as needed as the upper or lower part of the process.

Description

Driving device for vertical turning of laver machine

The present invention relates to a device for manufacturing seaweed made by drying Kim Woncho, and more particularly, to a device for vertically turning a seaweed making machine which can be selectively adjusted as needed as an upper or lower part of a method of transferring seaweed to a drying chamber. .

In general, since seaweeds collected from the sea contain a large amount of water, a method of hot-air drying in a drying chamber after pressing and dehydrating with a sheet of seaweed has been widely used.

The laver manufacturing apparatus developed recently is as follows.

Dispenser to distribute the seaweeds to the gimbal by a certain amount, dehydrator to pressurize the distributed seaweeds to remove water, a conveying conveyor to transfer the seaweeds to the drying chamber side, and a seaweed flowing from the conveying conveyor by conveying It is composed of a drying device to dry by hot air, which is distributed to the gimbal by a certain amount in the dispenser and dehydrator, and is transported along the conveying conveyor while the water is removed, and then the gimbal is transferred to the drying conveyor and moved into the drying chamber. It is made of laver dried by hot air.

The conventional laver production apparatus described above could not arbitrarily adjust the drying method according to the characteristics of the raw seaweed.

Specifically, the seaweeds collected from the sea differ in their characteristics depending on the type, harvesting time, location, and farming method, and the drying methods according to their characteristics should be different. The drying method should be different depending on the amount placed on the tray.

That is, the hot air is supplied into the drying chamber, and the hot air is supplied from the lower side to the upper side, so that the steam transferred to the drying chamber enters the lower side and is transferred to the upper side, and the downward drying method enters the upper side and the lower side drying method. Accordingly, the conditions of the hot air applied to the steam is different and thus the quality of the finished steam is different. The top-down drying method receives a lot of heat at the beginning of entry, while the bottom-up drying method receives relatively low heat at the beginning of the entry.

Therefore, the industry selectively uses a bottom-up drying method and a top-down drying method as necessary.

However, in the conventional laver drying apparatus, since the bottom-up drying apparatus and the top-down drying apparatus are manufactured separately, the manufacturing cost is increased because the user has to separately provide an expensive apparatus for each drying method. It was necessary to have a large working space to install the device.

The present invention has been researched and developed in order to solve the above-mentioned problems, and in manufacturing laver, by simply operating in a single machine, it is possible to selectively apply the bottom-up drying method and the top-down drying method to reduce the manufacturing cost Its purpose is to minimize installation space.

1 is a side view showing the whole of the present invention.

Figure 2 is a side view of the other side showing a switching conveyor member of the present invention.

Figure 3 is a side view showing a dry conveyor member of the present invention.

Figure 4 is an exploded perspective view showing a switching latch member of the switching conveyor member of the present invention.

5 is a side view showing a switching conveyor member of the present invention,

(A) is a side view showing a bottom-up drying method.

(B) is a side view showing the top-down drying method.

Figure 6 is a perspective view showing a gimbal frame moving member of the present invention.

Figure 7 (a) (b) is a side view showing the operating state of the gimbal frame moving member.

8 is an exploded perspective view of the dry latch member for switching the driving direction of the dry conveyor member of the present invention.

9 is a side view showing the dry conveyor member of the present invention,

(A) is a side view showing a bottom-up drying method.

(B) is a side view showing the top-down drying method.

* Description of the symbols for the main parts of the drawings *

S: Transfer Conveyor Member H: Dry Conveyor Member

R: switching conveyor member T: switching latch member

P: gimbal transfer member B: Dry latch member

Hereinafter, with reference to the accompanying drawings, the configuration and the effects of the present invention in detail as follows.

Figure 1 is a side view showing the whole of the present invention, Figure 2 is a side view of the other side showing a switching conveyor member of the present invention, Figure 3 is a side view showing a dry conveyor member of the present invention, Figure 4 is a switching conveyor of the present invention 5 is an exploded perspective view showing the conversion latch member of the member, Figure 5 is a side view showing a switching conveyor member in the present invention, (a) is a side view showing a bottom-up drying method, (b) is a side view showing a top-down drying method, Figure 6 7 is a perspective view showing a gimbal moving member of the present invention, Figure 7 (a) (b) is a side view showing the operating state of the gimbal moving member, Figure 8 is to change the driving direction of the dry conveyor member of the present invention 9 is an exploded perspective view of the dry latch member, Figure 9 is a side view showing the drying conveyor member of the present invention, (a) is a side view showing a bottom-up drying method, (b) is a side view showing a top-down drying method.

As shown in Figure 1, a plurality of gimbal caster (1) which is caught on both ends of the support groove (2a) is placed on the outer surface of the chain conveyor (2) and conveying conveyor member (S), A drying conveyor member (H) for transferring the chain conveyor (4) to which the support (3) is attached into the drying chamber (5), and a switching conveyor between the conveying conveyor member (S) and the drying chamber conveyor member (H). The member R is mounted.

The conveying conveyor member S is provided with a distributor 6 and a dehydrator 7 sequentially on the inlet side, and a steaming machine 8 on the outlet side.

As shown in Figure 2, the switching conveyor member (R) is composed of a chain conveyor 13 rotated by a drive sprocket 11 and each auxiliary sprocket 12, on the outer surface of the chain conveyor (13) A plurality of gimbal support grooves (14) are attached at regular intervals.

The electric sprocket 16 is fixed to the side end of the drive shaft 15 on which the drive sprocket 11 is mounted, and the sprocket 17 fixed to the rotation shaft 17a of the shift latch member T is rotated on the electric sprocket 16. ) And the electric chain (18).

The sprocket 20 and the electric chain 21 which transmit and decelerate the rotation of the motor 19 are equipped, and the electric sprocket 22 which the rotational force of the motor 19 is transmitted is equipped with the rotation of the electric sprocket 22. The lever 23a is attached to the coaxial 22a, and the latch 27a and the same shaft 26a of the sprocket 26 connected to the drive sprocket 24 of the transfer conveyor member S and the electric chain 25 are formed. The latch wheel 27b and the lever 27c are fixed, and the respective levers 23 and 27c are connected by the link 28.

In addition, the disk-shaped cam plate 29 is fixed to the rotating shaft 30, and the sprocket 31 fixed to the rotating shaft 30 and the coaxial is connected to the electric sprocket 22 and the electric chain 32, The conversion latch member (T) and the cam plate 29 is connected to the link 33.

That is, since the electric sprocket 22 is rotated as the motor 19 operates, the rotational force transmitted by the lever 23 connected to the coaxial shaft of the electric sprocket 22 is driven by the latch 27a and the latch wheel 27a. The conveying conveyor member S is transported at a predetermined period and a distance, and the switching conveyor member R is connected to the electric sprocket 22 by a cam latch 29 connected to the cam plate 29 at a predetermined period and a distance. To be transported.

As shown in (a) and (b) of FIG. 4 and FIG. 5, the switching latch member T is fixedly installed on the pivot shaft 15 to which the driving sprocket 11 is fixed. One-way gears 41a and 41b, levers 43 having respective coupling holes 42a and 42b formed at upper and lower ends thereof, and fluidly coupled to the levers 43 so as to flow in the one-way gears 41a and 41b. ) Is rotated and two latches 44a and 44b are formed so as to face each other before and after.

That is, as the link 33 is selectively connected to each of the coupling holes 42a and 42b, the rotation direction of the driving sprocket 11 is determined.

The link 33 connects one end thereof to the engaging holes 42a and 42b of the lever 43 and selectively connects the other end to the respective engaging holes 45a and 45b formed in the cam plate 29. will be.

As shown in FIG. 3, the driving means of the drying conveyor member H is driven by a cam plate 29a fixed to the other side of the rotation shaft 30, and is one side of the chain conveyor 4. Drying latch member (B) is installed so as to flow on the rotating shaft 51, and the dry latch portion (B) is connected to the cam plate (29a) and the link (52).

That is, since the driving force of the cam plate 29a is transmitted to the dry latch member B by the link 52, the dry conveyor member H is transported at a predetermined period and a distance.

As shown in FIGS. 8 and 9 (a) and (b), the dry latch member B includes two one-way gears 53a and 53b in opposite directions, and a Y-shaped lever ( 54 and two latches 55a and 55b which drive the one-way gears 53a and 53b in opposite directions, respectively.

The lever 54 forms coupling holes 56a and 56b at the top and bottom, respectively, and links 52 connected to the coupling holes 29c and 29d of the cam plate 29a, respectively, to the coupling holes 56a and 56b. It can be selectively connected to, and connecting holes 57a and 57b are formed on the upper and lower sides, and are connected to the drive sprocket (not shown in the figure) and the link 58 of the chain conveyor 4.

As shown in Fig. 6 and 7 (a) (b), the gimbal frame moving member (P) is installed between the outlet side of the transfer conveyor member (S) and the inlet side of the switching conveyor member (R).

The gimbal transport member (P), the engaging groove 61 is formed in the upper portion and the transfer lever 63 is fixed to the operating shaft 62 at the bottom, the sliding roller 64 is along the guide rail (65) It is composed of a sliding member 66 installed on the upper portion of the transfer lever 63 and the cam member 67 mounted on the operating shaft 62 to operate the transfer lever 63.

The cam member 67 forms a cam hole 68 on a disc 68a fixed coaxially with the rotation shaft 30 of the cam plate 29, the upper portion of which is fixed to the operating shaft 62 and slid downward. By constituting the operating lever 70 in which the roller 69 is formed, the sliding roller 63 is arranged to operate along the cam groove 68.

That is, the feed lever 63 is reciprocated left and right at regular intervals by the cam member 67.

Referring to the effects of the present invention configured as described above are as follows.

As shown in Figure 1, the gimbal frame (1) is transported along the chain conveyor (2) in a state in which both ends are caught and supported by the support groove (2a) of the conveying conveyor member (S), in the distributor (6) When the gimchocho is injected into the gimbal frame (1) to reach the dehydrator (7) is pressurized to remove the water, it is conveyed again to the outlet side, that is to be transferred to the position close to the conversion conveyor member (R).

Switching conveyor member (R) and the drying conveyor member (H) is to operate the respective switching latch member (T) and the dry latch member (B), the transfer direction can be arbitrarily selected, the action adopted by the bottom-up drying method first The explanation is as follows.

In order to operate the switching latch member T of the switching conveyor member R, as shown in FIG. 5A, one end of the link 33 is connected to the engagement hole 42a of the lever 43. When the other end is connected to the coupling hole 45a of the cam plate 29, and the latch 44a is caught by the teeth of the one-way gear 41a, the chain conveyor 13 moves in the direction from the bottom to the top. Transferred.

In addition, in order to operate the dry latch member B of the drying conveyor member H, as shown in FIG. 9A, one end of the link 52 is engaged with the engaging hole 56a of the lever 54. The lower end portion to the coupling hole 29c of the cam plate 29a, and the latch 55a is held by the teeth of the one-way gear 53a so that the chain conveyor 4 moves from the bottom to the top. Transferred.

That is, the conveying conveyor member (S) is transferred from the bottom to the top, the conversion conveyor member (R) is transferred from the bottom to the top, the drying conveyor member (H) is transferred from the bottom to the top is a bottom-up drying method.

When the transfer conveyor (S) is in a state in which the switching conveyor member (R) is in close proximity, that is, the supporting grooves (2a) 14 of each of the bars and gating shown in FIG. As the working shaft 62 is rotated by the cam groove 68 and the lever 70 by a certain amount, the gimbal frame on the conveying conveyor member S side supported by the catching groove 61 formed on the upper side of the conveying lever 63. (1) is to be moved to the switching conveyor member (R) side to be supported by the support groove 14, the locking groove 61 is the upper side is open, so that both ends of the gimbal (1) can enter and exit.

When the switching conveyor member R loaded with the gimbal frame 1 is transferred to the upper side and reaches a position close to the upper side of the drying chamber conveyor member B, the gimbal frame 1 of the switching conveyor member R side is supported by a support ( 3) is to be transferred to the chain conveyor (4).

The steaming bale 1 loaded on the chain conveyor 4 is made of finished laver by being sufficiently dried while being moved downward through the upper part of the drying chamber 5.

After completion of drying, the gimbal frame (1) is continuously moved to reach the switching conveyor member (R) by the support (3) after reaching the exit side is moved close to the conveying conveyor member (S) along the switching conveyor member (R) A moving part, which is a part, is reached, and at this time, as shown in (b) of FIG. 7, the transfer lever 63 located on the switching conveyor member R side moves the gimbal frame 1 to the conveying conveyor member S. And, the gimbal mold (1) is loaded on the conveying conveyor member (S) is to be transported to the upper end is finished kim attached to the gimbal mold (1) through the steaming machine (8) is discharged to the outside.

In addition, the operation description of the top-down drying method is as follows.

As shown in FIG. 5 (b), in order to operate the switching latch member T, one end of the link 33 is connected to the engaging hole 42b of the lever 43, and the lower end of the engaging hole of the cam plate 29. 45b, the latch 44b is caught by the teeth of the one-way gear 41b so that the switching conveyor member R is transferred from the top to the bottom.

In addition, in order to operate the switching latch member B of the drying conveyor member H, as shown in FIG. 9B, one end of the link 52 is connected to the engaging hole 56b of the lever 54. Connect the other end to the coupling hole 29c of the cam plate 29a, and if the latch 55b is caught by the teeth of the one-way gear 53b, the conveyor 4 is transferred in the direction from the top to the bottom. do.

That is, the conveying conveyor member (S) is transferred from the bottom to the top, the conversion conveyor member (R) is transferred from the top to the bottom, the dry conveyor member (R) is transferred from the top to the bottom.

The top-down drying method is that the gimbal mold (1) is transferred to the upper portion through the lower portion of the drying chamber 5 can receive a lot of heat initially than the bottom-up drying method.

As described above, in the present invention, in the laver manufacturing apparatus, a switching conveyor member is provided between the transfer conveyor member and the drying conveyor member to easily process the bottom-up drying method and the top-down drying method as needed in one manufacturing apparatus. As it can be processed, the machine purchase cost is reduced, the production efficiency and cost reduction effect, and can be installed in a narrow space is a beneficial invention that can maximize the utilization of space.

Claims (4)

In order to dry the laver to manufacture, the conveyor (S) having a distributor 6 and the dehydrator (7) is installed on the lower side and the steaming machine (8) is installed on the upper side and the drying conveyed into the drying chamber (5) In the known laver manufacturing apparatus consisting of the conveyor member (H), A switching conveyor member R is provided between the transfer conveyor member S and the drying conveyor member H, and a driving sprocket 11 for manipulating the driving direction of the chain conveyor 13 of the switching conveyor member R. ) Is provided with a switching latch member (T) on the coaxial of the), and a drying latch member (B) on the coaxial of the sprocket for manipulating the driving direction of the drying conveyor member (H), and the conveying conveyor member (S). Driving device for up-and-down switching of the gimje manufacturing machine, characterized in that configured by the gimbal transfer member (P) in the portion adjacent to the switching conveyor member (R). The method of claim 1, The switching latch member T of the switching conveyor member R is fixed to the rotation shaft 15 to which the driving sprocket 11 is fixed, and is formed of two one-way gears 41a and 41b which face each other before and after. And two levers 43 each having coupling holes 42a and 42b formed at upper and lower ends thereof, and two facing gears each having three opposing fronts and rears to rotate the one-gear gears 41a and 41b in a predetermined range and period. Up and down switching drive device of the gimje machine, characterized in that consisting of a latch (44a) (44b). The method of claim 1, The dry latch member B of the drying conveyor member H has two one-gear gears 53a and 53b respectively formed to face each other back and forth, and a lever 54 having respective coupling holes 56a and 56b formed in the upper and lower portions thereof. And two latches (55a) (55b) formed so as to be opposed to each other before and after to rotate the one-gear (53a) (53b) in a predetermined range and period. The method of claim 1, The gimbal conveyance member P is provided with a locking hole 61 formed at an upper portion thereof and a working lever 62 fixed at a lower portion thereof. Composed of a cam member 67 to operate at a predetermined period and distance, Drive device for turning up and down the gimje manufacturing machine, characterized in that the cam member (67) is configured to guide the sliding roller (69) of the operating lever (70) in the cam groove (68).