KR200310956Y1 - a floating matters compilation and crackimg ship - Google Patents

Abstract

The present invention relates to a floatation crushing ship, and despite the short time of collection, it is impossible to reprocess the floating material and thus the continuity of the work cannot be achieved, and the processing capacity of the floating water is also limited. In this regard, the present invention is to be lifted by the float transport conveyor and the collection conveyor, but the lifter is configured to be mounted and placed on the water surface in the center of the water, but the lifted float is collected from the suspended crusher to handle the float of 5 tons per hour. It is related to the crushing ship, and solved the problem of returning after a short time due to the lack of loading space in the floating water collection ship, or the need for a large vessel as in the prior art; Since it is unloaded afterwards, work can be performed with cranes etc. It is also advantageous to be useful in devising streamlined.

Description

Floating matters compilation and crackimg ship}

The present invention relates to a floatation crushing ship, and more particularly, to a vessel for collecting and crushing floating matter floating in a dam or a harbor.

Conventional floating water collection vessels can achieve the purpose of collecting floats using conveyor belts, but despite the short time of collection, the floating water cannot be reprocessed to achieve continuity of work, and the capacity of floating water is also limited. Floating water collection ship is in the state of useless, and it is related with the floating water collection crushing line which improves this and installs a crusher and processes the floating material of 5 tons per hour at maximum.

In the case of Korean Patent Application No. 93-22664 among previous floaters, the waste collection conveyor is discharged from the bow to the center, and the float is pulled up to compress the waste storage container and incoming waste into the center of the hull by compressing it with a push rod cylinder. Even in the case of lifting collection vessels, the amount of floating material compressed by the push rod cylinder was also limited.

In the case of the Korean Patent Application No. 98-0048078, the float collection vessel is introduced by aberrations installed at the center of the bow to separate the garbage first and to separate the water and oil from the remaining float. In the case of the float, the collection equipment by the above aberration is inadequate, and in particular, the oil is separated from the float. In the case of the jasmine oil in the float, inefficiency in separating the water and the oil by the specific gravity difference was followed.

In the case of Korean Patent Application No. 99-0004843, at least one water wheel-type guide device is formed in a waterway formed in the longitudinal direction of the collecting ship, and a float-type lifting device formed in one section of the waterway floats the suspended matter on the ship. In the case of the floating water collection vessel to be lifted, the floating material having a volume larger than the diameter of the water channel was not liftable, and when the floating material was not lifted due to the aberration, there was a disadvantage in that the collection efficiency was lowered.

Therefore, the present invention is a conventional problem in the floating water collection vessel, the general problem is that the compressed storage is stored except in the case of separate collection from the oil sometimes lifted floating, there is a shortage of loading space in the floating water collection vessel after a short time work We have to return or try to solve the problem that a large ship needs.

In general, even in the case of a lifting device in which a conveyor facility is formed to be deployed on both sides of a foreign material, or in the case of a lifting device formed in aberration shape, the effective lifting capacity as a conveyor is lowered. In particular, in the case of aberration-type lifting device, Considering the fact that it did not adapt efficiently to these various floats, and the conventional lifting equipment, due to the conveyor system, which is always locked in the foreign body side, it has a lot of resistance of water when returning to the floating site or after collection. This problem is to be solved.

1 is an assembled perspective view of the main part of the subject innovation

Figure 2 is an exploded perspective view of the main part excerpt of the present invention

3 is a side view of one embodiment of the ship to which the present invention is applied

4 is a plan view of one embodiment of the ship to which the present invention is applied

Figure 5 is a bottom view of one embodiment of the ship to which the present invention is applied

※ Explanation of code for main part of this invention

1: deck 2: hopper

2a: Hopper stand 3: grinding roller

4: roller bearing stand 5: prime move gear

5a: Driven gear 6: reduction gear box

7: Drive motor 8: Transfer conveyor

8a: conveyor side plate 8b: hinge

8c: hinge shaft 8d: stainless steel

9: Hydraulic Cylinder for Conveyor Height Adjustment

9a: Hydraulic Cylinder Rod Bearing 10: Conveyor Drive Gear Box

10a: Conveyor Drive Gear Bearing Unit

10b: Conveyor conveyor coaxial 10c: Conveyor conveyor main chain gear

10d; 10d ': tension chain gear 10e: transport conveyor driven chain gear

10f: Roller chain with attachment 11; 11a: Conveyor for collection

12; 12a: collection conveyor operation cylinder

13; 13a: Hydraulic motor 13b: 13b ': bracket

100: ship 100a: deck

100b: bottom part 100c: foreign material groove

100d: Foreign groove groove slope

In view of the foregoing, one embodiment configuration and effect of the present invention by the accompanying drawings as follows.

1 is an exploded perspective view of the main parts excerpt of the present invention, Figure 2 is an exploded perspective view of the main parts excerpt of the present invention, Figure 3 is an embodiment reference side view of the ship to which the present invention is applied, Figure 4 is a reference view of one embodiment of the ship to which the present invention is applied, 5 is a bottom view of an embodiment of the ship to which the present invention is applied, the center of the foreign material side of the deck portion 100a of the vessel 100 is a foreign material groove 100c, which is a yaw groove, from the inside of the foreign material groove 100c. The keel portion of the ship bottom portion 100b forms a bone groove surface 100d for the foreign material groove, and the conveying conveyor 8 and the conveying conveyor which are axially connected and driven by the conveyor drive gear box 10 installed on one side deck of the foreign material groove 100c. A hydraulic cylinder 9 for adjusting the height of the conveyor mounted on the bottom of the transfer end frame of (8) is provided, and at the tip end thereof, a collection conveyor (11; 11a) is provided, and the hopper support stand is connected to the transfer end of the transfer conveyor (8). The bottom of the hopper (2) built in 2a) The hangeotyi by installing the two crushing rollers 3, uneven welding cutter arranged at a predetermined interval in the portion to be driven by the motive motor 7 and a reduction gear box (6).

On the other hand, the conveying conveyor (8) is assembled to the end of the roller chain (10f) with an attachment of the stainless steel stick (8d), the conveying conveyor driven chain gear (10e) at both ends in the longitudinal direction of the conveying conveyor driven chain On the gear 10c, a tension chain gear 10d is formed on both sides of the roller chain 10f of the transfer conveyor drive chain gear 10c on both sides, and the side plates are provided on both sides of the inverted trapezoidal conveyor side plate 8a. Conveyor drive via a conveyor drive gear bearing unit (10a) is assembled, but the transfer conveyor drive shaft (10b) installed in the center portion of the transfer conveyor drive chain gear (10c) is assembled to the lower side frame of the intermediate side plate (8a). A shaft assembly is assembled into the gear box 10, and is assembled at both ends of the conveyor side plate 8a by a hinge 8b and a hinge shaft 8c, and a collection conveyor 11; End and number of conveyor side plates 8a Conveyor frame 14 is opened and closed operation by the collection conveyor operation cylinder (12; 12a) installed in the upper middle end, the driving of the collection conveyor (11; 11a) is a hydraulic motor (13) formed at the tip of the collection frame (14); Driven by 13a).

One embodiment of the present invention configured as described above is as follows.

The vessel 100 according to the present invention is a deck conveyor 100a, the transfer conveyor 8 is installed in the foreign material groove (100c) that is the center of the foreign body side yaw groove is a conveying conveyor source formed at the bottom of the frame intermediate end of the conveyor side plate (8a) The tip of the conveying conveyor 8 in which the collecting conveyor 11 is installed on the coaxial 10b is draped or raised to the water surface between the foreign material grooves 100c by the conveyor height adjusting hydraulic cylinder 9. do.

When the above-mentioned operation is required, the front end of the conveying conveyor 8 is dripped to the surface when lifting the floating object so that the floating object is lifted by the driving of the collecting conveyor 11 and moved on the conveying conveyor 8, and the lifting When moving to the next work place after the end of the work or return to the collecting conveyor 11 to reduce the resistance of the water flow so that the ship 100 can move quickly.

Meanwhile, the suspended matter lifted by the collecting conveyor 11 is crushed finely by the grinding roller 3 disposed below the hopper 2 to a floating storage compartment (not shown) separately provided on the vessel 100. By lowering, there was an advantage of minimizing the loading volume of the float.

And, the collection conveyor (11; 11a) formed of the conveyor belt protruding the iron needle is a collection conveyor operation cylinder (12; 12a) and the hydraulic motor (13; 13a) by a hydraulic pump (not shown) in the vessel 100 ), The collection conveyor (11; 11a) helps to lift the floating material of various shapes easily by the iron needle formed on the conveyor surface, in particular, if the collection conveyor (11; 11a) at high speed, Since the water flow is formed toward the foreign material groove (100c), so that the floating material of the side that is not accessible to the vessel 100 flows to allow the lifting operation.

For reference, the collection needle (11; 11a) and the iron needle formed on the surface of the belt conveyor according to the present invention is to use a strong corrosion-resistant stainless steel in the sea water, the conveying conveyor (8) or its accessories, hopper (2) or grinding Roller 3 should also be made of strong corrosion resistant stainless steel.

The float collection and crushing vessel designed as described above can solve the shortage of loading space in the collection vessel because it is pulverized immediately after the collection, compared to the compression storage of the floating matter except for the separate collection with oil. Compared to the tonnage collection ship, the handling capacity was much higher and the maneuverability was excellent compared to the existing collection ship which always floated on the water surface when returning to work or moving to the floating collection site.

In addition, since the above-mentioned suspended solids are unloaded after the bagging operation on the crushing ship within 3 cm, the operation can be performed by a crane or the like provided on the ship, thereby simplifying the work.

Compared to the same kind of floating wet towel ship, the processing capacity is large, so the operation cost can be reduced because the work can be continuously performed for a long time.

Claims (3)

Deck part 100a of the ship 100, the center of the foreign body side is a foreign material groove (100c) which is a yaw groove, the keel portion of the bottom portion (100b) in the inner portion of the foreign material groove (100c) forms a bone slope for the foreign material groove (100d) However, the conveyor height adjustment hydraulic cylinder (9) to the conveyor end gear bottom and the conveying end frame bottom of the conveying conveyor (8) shaft-driven in the conveyor drive gear box (10) attached to one side deck of the foreign material groove (100c) (9) The bottom end of the hopper 2, which is erected with the hopper support base 2a to be connected to the transfer end of the transfer conveyor 8, is provided with a collection conveyor (11; 11a) at the distal end. Floating waste collection crushing line, characterized in that the drive is arranged by the prime mover motor (7) and the reduction gear box (6) by installing two grinding rollers (3) welded arranged at regular intervals. The transfer conveyor (8) according to claim 1, wherein the transfer conveyor (8) assembles the stainless stick (8d) at both ends of the attachment roller chain (10f), and the transfer conveyor driven chain gear (10e) at both ends thereof in the longitudinal direction. On the conveying conveyor drive chain gear 10c, tension chain gears 10d are formed on both sides of the attachment roller roller 10f of the conveying conveyor drive chain gear 10c, so that the side plates are inverted trapezoidal conveyor side plates. 8a) The conveyor driving gear bearing unit 10a, which is assembled to both sides, and which the conveyor conveyor shaft 10b installed at the center of the conveyor conveyor chain gear 10c, is assembled to the lower side frame of the middle side of the conveyor side plate 8a. Floating waste collection crushing line characterized in that the shaft assembly is arranged into the conveyor drive gear box (10) via. The collecting conveyor (11; 11a) is assembled to both ends of the conveyor side plate (8a) by a hinge (8b) and a hinge shaft (8c), the conveyor belt surface is formed with a protruding needle, the conveyor side plate ( 8a) Opening and closing operation is carried out by the collecting conveyor operation cylinders 12 and 12a installed at the front end and the upper part of the collecting conveyor frame 14, and the driving of the collecting conveyors 11 and 11a is hydraulically formed at the front end of the collecting conveyor frame 14. Floating crushing broken line characterized in that the drive arrangement by the motor (13; 13a).