KR930012208B1 - Apparatus for making fried fish cake shaped clab lag - Google Patents

Abstract

Automatic manufacture apparatus for skewered palatable meat from crab legs comprises continuous processing in a line; setting numerous molds by use of link connecting bolts on an endless chain; moving the molds along the track; filling of palatable meat; steam-aging of the meat; cutting expanded palatable meat; separating and dropping palatable meat; oil-spraying in mold; restoring to the original state of mold; inserting crab legs.

Description

Automatic manufacturing device of crab skewer

1 is a schematic plan view of an automatic manufacturing apparatus according to the present invention.

Figure 2 is a plan view of the transfer chain meshing with the sprocket according to the present invention.

3 is a perspective view of a crab meat mold and a mold dividing guide for detaching the mold used in the present invention.

Figure 4 is a cross-sectional view showing a coupling state of the crab meat mold, the transfer chain and the guide of the present invention.

Figure 5 is a detailed view of the cut off portion in accordance with the present invention.

Figure 6 is a perspective view of the upright guide to return to normal after the crab meat mold of the present invention is stripped off.

7 is a plan view of the upright guide for explaining the operation state of FIG.

8 is a cross-sectional side view of the taste insecticide portion for inserting taste meat into the crab meat mold in the present invention.

9 is a view showing the main portion of the taste filling unit of the present invention, Figure a is a perspective view of the filling cylinder of the present invention, Figure b is a cross-sectional view of the operating state of the filling cylinder during taste filling.

10 is a perspective view of a conventional crab meat mold.

* Explanation of symbols for main parts of the drawings

1: driving sprocket 2: driven sprocket

3: Chain 4: Connecting bolt

5: bushing 6: slide plate

7: Guide block 8: Frame

9: mold 10: mold seat

11: Pin Bracket 12: Outer Plate

14: inner plate 17: spigot cutting

19: cutter holder 21: cutter

23: separating plate 24: mold splitting guide

25: oiling portion 26: crab leg insertion portion

27: upright guide 29: taste insecticide

32: compression cylinder 34: supply pipe

36: temporary frame 37: information board

39: filling cylinder 40: filling nozzle

41: fixed plate 42: movable plate

The present invention mounts dozens of molds by using a link connecting bolt on an endless chain, and the mold moves along the guide on the track while the taste is cut, steam steamed, steamed in the top of the mold after cutting, stripping, The present invention relates to a new automatic crab meat skewer production apparatus which improves the workability and mass production of crab meat skewers by collectively processing a continuous process such as grease and mold insertion by returning the mold to the original shape.

Conventionally, in order to manufacture a crab meat skewer, put the crab meat and taste meat in the mold 100 as shown in FIG. 11, and then clamp the mold 10 and transport it into a steam chamber to steam and then mold 100 again. Relying on the manual removal of the strip and stripping work, there is a problem that the production yield is low, the productivity and workability is poor, there is a risk of burns.

Therefore, the present invention is equipped with a mold on the chain link of the endless type connected to the drive and driven sprocket, and the steam steaming chamber installed on the movement path on the track to fill, steam and steam the taste in the mold to move intermittently After the finished product is automatically cut by the spigot from the mold to finish the product quickly, the mold splitting guide of the stripping part is connected to the center of the mold and the mold falls to the left and right sides of the transfer line. After the plate is removed and the spray gun sprays cooking oil on the inner surface of the mold, the operator inserts a crab leg into the mold returned by another upright guide, and then the intermittent moving mold pauses, and the fixed plate and the movable plate press the sides of the mold. And by the automatic process of filling the mold into the mold extruded at the same time An object of the present invention is to provide a crab meat skewer.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is a schematic plan view of an automatic manufacturing apparatus for crab meat skewers according to the present invention.

As shown, dozens of molds 9 mounted on an endless transfer chain 3 connected between a driving sprocket 1 and a driven sprocket 2 that are rotated by the power of a motor and a speed reducer (not shown) (9). When the crab is inserted by hand into the mold, a pair of molds 9 are formed in close contact with the curved shape of the upright guide 27 installed on the frame 8, and the mold 9 to be transferred is insulated. In the steam chamber on the track where the mold 9 filled in and filled through the inlet 9a of the stirred tasteless doll 9 while pressing the mold moving intermittently in side 29 at the moment is pressed. The taste in the slowly moving mold 9 is steamed and is temporarily cut by the silicon rubber semicircular cutter at the nipple cutting portion 17 as the taste inflated is exposed to the mold inlet.

Subsequently, the pair of molds 9 in contact with the mold dividing guide 24 in the separating plate 23 fall on both sides, and the inner plate is horizontally inclined and the outer plate is inclined according to the shape of the mold so that the finished product is cut off.

When the hollow mold 9 continues to move slowly and passes through the lubrication section 25, a pair of spray guns spray edible oil on the inner and outer surfaces of the mold in a horizontal or inclined mold to grease the mold 9.

In addition, the mold 9 reaching the crab inserting portion 26 joins a pair of molds that fall to both sides according to the high linear shape of the upright guide 27, and at this time, the work mold 9 being heated on the work table 28. Insert the crab leg into the injection hole 9a.

Next, a pair of molds having reached the correct position of the taste filling unit 29 is clamped by a clamping plate and a movable plate to press the side of the mold, and the filling cylinder is lowered on the upper side of the mold 9 to inject the mold 9. It is set in the section 9a, and the taste is instantly filled and enters the steam chamber 45 of the steaming section 44 described above.

Through this process, crab skewers can be produced automatically. Reference numeral 46 is a steam exhaust duct, and 47 is a steam pipe.

2 shows a coupling state of the slide plate and the transfer chain on which the mold is mounted. The slide plate 6 is fixed between the link of the chain 3 and the link, but fixed using the connecting bolt 4 of each link, and the connecting bolt 4 is exposed through the slide plate 6. The mold seat is fastened (see Fig. 4).

In addition, the driving and driven sprockets (1) and (2) are generally engaged with the bushing (5) outside the connecting bolt (4).

3 illustrates the correlation between the mold for the crab meat skewer and the mold splitting guide of the plate separating part of the present invention.

The pair of molds attached to the left and right sides by using the pin bracket 11 of the seat plate 10 as a stripping operation performed in the next step of the stem cutting unit 17 for removing steamed crab legs in the stripping plate 23. In contact with the space below the double-sided contact portion of (9) and the triangular mold dividing guide 24 fixed to the center of the transfer line, the pair of molds 9 fall to the left and right, and the finished product is separated and collected.

Figure 4 shows the above-described stripping operation of the mold and the engagement state of the chain. In other words, the outer plate 12 coupled to the pin bracket 11 portion of the mold seat plate 10 by the shaft pin is composed of a rear-sided arm 13, and the inner plate 14 has a straight arm 15 protruding from the center of the shaft pin. When the mold dividing guide 24 is pushed to the outside of the center of the shaft pin while the mold dividing guide 24 is in contact with the space in the center of the contact portion of the mold 9, the inner plate 14 of the mold is opposite to the straight arm 15 due to its own weight. The projections 16 are in contact with the side surface of the seat plate 10 to maintain a horizontal state, and the outer plate 12 is inclined downward until the surface of the rear-sided arm 13 touches the other object, so that the crab legs can be easily removed. do.

The mold seat 10 is mounted on the slide plate 6 moving on the block 7 fixed on the frame 8 and fixed by the connecting bolt 4 for the chain link below.

5 is a detailed view of the spigot cutting unit 17 by cutting the inflated taste nipple into the injection hole of the mold.

As shown, the inlet (9a) of the mold (9) exiting the steam chamber 45 of the steaming section (44) is protruded during steaming to cut the appearance of the finished product.

That is, a semi-circular cutter seat 20 is placed in front of the cutter holder 19 having two mold lengths, and a plurality of cutters 21 made of silicone rubber are attached thereto, and the cutter holder 19 is attached to the rear air cylinder 18. Go straight forward by the operation of another air cylinder (not shown), the cutter holder 19 is lowered or raised vertically to stop the vertical movement at a slight distance from the paused mold (9) and then cutter as described above As the holder 19 is advanced, the cutter 21 cuts the exposed nipple into the injection hole 9a of the mold 9.

At this time, the tap falls along the shooter 22.

6 and 7 show an upright guide 27 for mold bonding used in the crab leg insert 26.

The tip of the upright guide 27 attached to the side of the frame 8 is low and opens to the outside of the frame, and is narrowed toward the rear end, and the end is formed to be close to the pair of mold 9 sides.

Therefore, as shown in FIG. 8, in the upright guide 9 placed symmetrically on both sides of the frame 8, the spray gun of the lubrication part 25 is provided with edible oil on the outer plate 12 and the inner plate 14 of both molds 9, as shown in FIG. The outer plate 12 and the inner plate of the mold 9 gradually moving in accordance with the width and height of the upright guide 27 while contacting (see FIG. 3) as the tip of the upright guide 27 in the process of spraying When 14) is in close contact with the end of the upright guide 27, the pair of molds 9 are completely upright on the track, and when the crab is inserted into the inlet 9a of the mold 9, the skewer under the mold It is always in wealth.

On the other hand, Figures 8 to 10 show the operating state of the taste insecticide 29, which is the main part of the present invention.

Under the hopper 30, there is a moving screw 31, and the tip of the moving screw 31 is connected to the compression cylinder 32.

The compression cylinder (32) is provided with an air cylinder (33), the upper side of the compression cylinder (32) has an advanced pipe (34) and the supply pipe (34) is connected to the flexible rubber hose (35) by connecting the compression cylinder ( It is possible to cope with the vibration of the supply pipe 34 in accordance with the movement of the taste is pushed in 32 and the supply pipe 34 is fixed to the guide plate 37 fixed to the frame 36 after the temporary construction.

The guide plate 37 serves as a guide when the filling cylinder 39 of the air cylinder 38 above the temporary frame 36 moves up and down.

In addition, one side of the filling cylinder (39) is formed in a pair of holes (39a) as shown in Figure 9a and the supply pipe 34 of the guide plate 37 before the air cylinder 38 of the filling cylinder 39 is operated Crossed with the passage, it is located in the same state as in FIG.

Further, the temporary plate 36 is provided with a fixed plate 41 fixed by a bolt and a movable plate 42 which is moved by the air cylinder 43.

The fixed and movable plates (41) and (42) are moved to the movable plate (42) of the air cylinder (43) when the mold (9) is temporarily placed at the correct position of the taste insecticide unit (29) and together with the fixed plate (41). When filling the mold, the mold is prevented from opening and at the same time the cavity is filled without plump inside the taste.

Referring to the operation principle of the taste pesticide portion, one side of the mold 9, which has reached the taste insecticide portion 29 and is temporarily stopped, moves on the opposite side while the fixing plate 41 of the temporary frame 36 is in close contact. The plate 42 is pressed by the action of the air cylinder 43 and then started to be transported along the taste feed pipe 34 by the operation of the air cylinder 33 attached to the compression cylinder 32 and at the same time the temporary frame 36 As the filling cylinder 39 descends along the guide plate 37 to which the air cylinder 38 installed at the upper side is driven and the supply pipe 34 is connected, the filling nozzle 40 at the lower side of the mold 9 It is set with the inlet 9a. In addition, the hole 39a of the filling cylinder 39 is matched with the passage of the supply pipe 34 of the guide plate 37 to be discharged along the filling nozzle 40 as shown in FIG. 9B and filled in the mold 9.

When this operation is completed, the air piston 38 of the filling cylinder 39 is sucked, and when the filling cylinder 39 rises along the guide plate 37, the passage of the supply pipe 34 and the filling cylinder 39 of the guide plate 37 is completed. Holes 39a are staggered as shown in FIG. 8, and at the same time, the air cylinder 33 of the compression cylinder 32 is reversed to be ready for compression again, and the movable plate 42 pressing the mold 9 is also air. It retracts by the cylinder 43 action.

As described above, the present invention can manufacture the meat skewers with the minimum number of people because the operator only puts the crab legs by automating the processes of taste filling, taste steaming, taste cutting, mold stripping, and mold oil painting by control control. The same product extracted from dozens of molds in a single place can be reduced, and the simple structure makes it possible to increase the reliability of the device without failure.

Claims (6)

A pair of molds (9) continuously formed by attaching them on a slide plate fixed by a link bolt of an undressed type chain connected between an intermittent driving sprocket and a driven sprocket, and a temporarily stopped mold are pressed and pressed from both sides. The taste cylinder 29 is inserted into the injection hole of the mold by the filling cylinder for moving the taste meat up and down, and the steam chamber formed at a predetermined interval along the track shape on the driving path of the mold passing through the taste filler. A steam cut section 17 which cuts a steamer 44 and a cutter that is exposed to the inlet of the mold through expansion of the steamed taste through the steamer, by a cutter of a cutter holder that moves vertically and horizontally by air action. Whilst located at the center of the mold guide, the triangular mold dividing guide penetrates the center space of the mold and divides the pair of molds to both sides. A stripping portion 23 for removing the taste skewer in the mold; a fueling portion 34 for spraying cooking oil onto the inner surfaces of the pair of mold inner plates and the outer plate separated by both sides by the stripping portion; The mold is separated by opening and closing the mold by the curved guide, and a pair of molds stand up to be in close contact with each other. Automatic manufacturing device of crab meat skewer. According to claim 1, the mold (9) is a pair of intaglio in the inner and outer plate to form a pair, the pair of molds in the pin bracket (11) of the seat plate 10 of the posterior arm 13 of the outer plate 12 The straight arm 15 of the inner plate 14 is coupled to the shaft pin to form a space in the center of the shaft pin and is separated by the mold division guide 24 while falling by the weight of the inner plate 14. Automatic manufacturing device of crab meat skewers, characterized in that to maintain the horizontal state with the protrusion (16). According to claim 1, Taste pesticide portion 29 has a compression cylinder 32 in which the transfer screw 31 and the air cylinder 33 is installed, the supply pipe 34 and the rubber hose of the compression cylinder 32 A pair of holes 39a in one side of the filling cylinder 39 which is connected to the guide plate 37 fixed to the temporary frame 36 and descends for direct use of the air cylinder 38 along the guide plate 37. In the lowered state in communication with the supply pipe 34 to enter the taste, discharged to the filling nozzle (40) of the filling cylinder and adjust the movable plate (41, 42) to press the side of the paused mold. Automatic manufacturing device of crab skewer skewers, characterized in that consisting of. The method of claim 1, wherein the stem cutting portion 17 forms a plurality of semi-circular cutter seat 20 on the front surface of the cutter holder 19 to move horizontally after moving down by a pair of air cylinder operation and the silicon rubber cutter of the same shape ( 21) is a multi-mounted automatic manufacturing apparatus of crab skewer skewers, characterized in that to cut the nipple swelled to the mold surface due to steaming. 2. The automatic plate making of crab meat skewers according to claim 1, characterized in that the stripping plate 23 is composed of a triangular mold dividing guide 24 for digging into a space formed at a center of a pair of molds and separating the molds on both sides. Device. The method of claim 1, wherein the crab leg insertion portion 26 is a lower end, the end is high, and gradually narrowed like a bottleneck, the end of the automatic manufacturing apparatus of crab meat skewers, characterized in that consisting of a pair of upright guides 27 formed horizontally .