Water surface garbage collecting bag

Abstract

The invention relates to a water surface garbage collecting device, in particular to a water surface garbage collecting bag capable of floating on the water surface, garbage can be directly collected into a garbage bag without being loaded on a ship, then the garbage bag is dragged back to a garbage treatment place on the water surface, time and labor are saved, and the water surface garbage collecting bag is composed of a nylon cloth bag or a mesh bag, a buoyancy supporting frame, a turning cover inlet with a magnet and a bag tail outlet closing-up rope. The invention discloses a water surface garbage collecting bag.

Description

Technical Field

[0001] The invention relates to a water surface garbage collection device, in particular to a water surface garbage collection bag that can float on the water surface. The garbage does not need to be loaded onto a ship and is directly collected into the garbage bag. The garbage bag is then dragged on the water surface back to a garbage disposal site, saving time and effort. The device is composed of a nylon bag or a mesh bag, a buoyancy support frame, a flip cover inlet with a magnet, and a bag tail outlet closing rope. The device is called a water surface garbage collection bag. Background Art

[0002] Currently, people collect garbage on the water by rowing to the collection site, picking up garbage or floating objects from the water by manpower and putting them into the boat. Once the boat is full, they row back to the shore to the garbage dump and unload the garbage, which is inefficient.

[0003] The present invention invents a surface garbage collection bag to solve the above-mentioned garbage collection defects. Although both are garbage collection, the methods and efficiencies are different. Surface garbage is light in weight and large in volume. The buoyancy of surface garbage is utilized. It is not necessary to collect the garbage on board, but just pack it directly. After a bag is filled with garbage, it is temporarily abandoned on the water surface, and another empty bag is used to continue to salvage. When returning, several bags are connected together and dragged back, avoiding the trouble of loading a ship and running a trip.

[0004] The material of the surface garbage collection bag is nylon cloth bag, because nylon cloth is strong and smooth, and garbage is not easy to be caught. The garbage bag has a hook and is hung on the buoyancy frame with floats when in use.

[0005] The surface garbage collection bag of the present invention has the best effect when used in conjunction with a surface garbage collection ship and an automatic surface garbage salvaging machine. Summary of the invention

[0006] The surface garbage collection bag introduced by the present invention has a large opening for garbage inlet and a flap which is closed by lowering the flap. The edges of the inlet and the flap are provided with magnets to ensure that the inlet is securely closed. Since the inlet needs to be properly raised, the front half of the garbage bag is supported by a buoyancy frame, the bottom of the buoyancy frame is provided with a buoy, and the front half of the garbage bag is hung on the buoyancy frame. The rear of the garbage bag is provided with a closing rope which is tightened when collecting garbage.

[0007] The characteristic of this product is that there is no need to collect the garbage on board. When collecting garbage on the water surface, a bag is filled and the lid is lowered to seal the entrance. The garbage bag is then discarded on the water surface or hung behind the boat. After collecting several garbage bags, the garbage bags are dragged back together. At the garbage disposal station, the closing rope at the tail of the garbage bag is hooked or pulled with a live joint to loosen the bag opening. Then the garbage bag is dragged or lifted up to release the garbage.

[0008] The invention is implemented in the following way: the inlet of the front half of the garbage bag needs to be raised when collecting garbage so that the garbage can move backward by itself, so it is supported by a buoyancy frame, and a buoyancy drum is provided at the bottom of the buoyancy frame, and the front half of the garbage bag is hung on the buoyancy frame for easy removal; magnets are provided at the edge of the inlet and the edge of the flip cover of the garbage bag, and when closing, the flip cover only needs to be pushed and closed to attract the magnet, and the inlet is sealed; after the garbage bag is full, the garbage bag is taken off the buoyancy frame, and the garbage itself has buoyancy and can float on the water surface by itself, so there is no problem in randomly discarding the garbage bag, and the buoyancy frame is covered with an empty garbage bag to continue collecting; when the garbage recycling operation is completed, the garbage bags floating on the water surface are connected one by one and dragged back to a processing station; a closing rope is provided at the tail of the garbage bag, which is tightened when collecting garbage, and the closing rope is provided with a hook or a joint, and when the garbage is delivered to the garbage processing station, the closing rope at the tail of the garbage bag is hooked or the joint is pulled, and the entire outlet of the tail is loosened, and then the garbage bag is dragged or lifted up to release the garbage.

[0009] The technical effects of the present invention are: 1. The garbage bag collects garbage at the front end and releases it at the rear end, and there are magnets at the inlet edge and the flap edge at the front end of the garbage bag for easy opening and closing; 2. The bottom of the buoyancy frame is supported by a buoy; 3. There is a closing rope at the tail of the garbage bag, and the closing rope has a hook for easy opening; 4. The garbage bag can float on the water by itself; 5. The garbage bag can be installed with a micro-power remote control for operation alone, and can also be installed with intelligent power to make the garbage bag return to the garbage station by itself; 6. Several garbage bags can collect garbage at the same time, which is convenient for garbage classification on the water surface; 7. The garbage bags can be connected to each other and towed from the water surface.

[0010] The technical key of the invention lies in the flip cover inlet and the closing rope outlet, and the buoyancy frame is provided, so that the garbage does not need to be received on board but can be directly bagged.

[0011] The garbage bag of the present invention can be installed with power remote control for driving, and can also be intelligently controlled to automatically return to the garbage disposal station. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] The present embodiment will be further described below in conjunction with the accompanying drawings:

[0013] Figure 1 It is the main structure diagram of this embodiment.

[0014] Figure 2 2 is a schematic diagram of the side structure of the buoyancy frame of this embodiment.

[0015] Figure 3 2 is a schematic diagram of the top view of the buoyancy frame of this embodiment.

[0016] Figure 4 It is a schematic diagram of the enlarged structure of the garbage bag inlet of this embodiment.

[0017] Figure 5 It is a schematic diagram of the enlarged structure of the closing rope at the tail of the garbage bag of this embodiment.

[0018] 1. Buoyancy frame, 1-1. Hook, 2. Float, 3. Inlet, 4. Garbage bag, 5. Outlet, 6. Closing rope. DETAILED DESCRIPTION

[0019] from Figure 1 , Figure 2 , Figure 3 and Figure 4 As can be seen from the figure, the inlet 3 of the front half of the garbage bag 4 introduced in the present invention needs to be raised when collecting garbage so that the garbage can move backwards by itself. The garbage bag 4 is supported by a buoyancy frame 1, and a buoy 2 is provided at the bottom of the buoyancy frame 1. The front half of the garbage bag 4 is hung on the hook 1-1 of the buoyancy frame 1 for easy removal. There are magnets on the edge of the garbage bag inlet 3 and the edge of the flip cover. When closing, just push the flip cover closed and the magnet is attracted, and the inlet 3 is closed. After the garbage bag 4 is full, remove the garbage bag 4 from the buoyancy frame 1. The garbage itself has buoyancy and can be removed by itself. The buoyancy frame 1 is used to put the empty garbage bag 4 on the water surface to continue collecting garbage. When the garbage collection operation is completed, the garbage bags 4 floating on the water surface are connected one by one and dragged back to the processing station. The tail of the garbage bag 4 is provided with a closing rope 6, which is tightened when collecting garbage. The closing rope 6 is provided with a hook or a joint. When the garbage is delivered to the garbage processing station, the closing rope 6 at the tail of the garbage bag 4 is hooked or jointed, and the entire tail outlet 5 is loosened. Then the garbage bag 4 is dragged or lifted up to release the garbage.

[0020] The garbage bag 4 introduced in the present invention can be installed with power remote control and can also be intelligently controlled to return the garbage bag to the garbage disposal station automatically. The material and shape of the buoyancy frame 1 are not limited.

Claims

1. A surface garbage collection bag, wherein the inlet 3 of the front half of the garbage bag 4 needs to be raised when collecting garbage so that the garbage can move backwards by itself. The garbage bag 4 is supported by a buoyancy frame 1, and a buoy 2 is provided at the bottom of the buoyancy frame 1. The front half of the garbage bag 4 is hung on a hook 1-1 of the buoyancy frame 1 for easy removal. The edges of the garbage bag inlet 3 and the edge of the flip cover are provided with magnets. When closing, the flip cover only needs to be pushed closed to attract the magnet, and the inlet 3 is closed. When the garbage bag 4 is full, the garbage bag 4 is removed from the buoyancy frame 1. The garbage itself has buoyancy and moves backwards by itself. The buoyancy frame 1 is used to cover the empty garbage bag 4 and continue to collect garbage. When the garbage collection operation is completed, the garbage bags 4 floating on the water are connected one by one and dragged back to the processing station. The tail of the garbage bag 4 is provided with a closing rope 6, which is tightened when collecting garbage. The closing rope 6 is provided with a hook or a joint. When the garbage is delivered to the garbage processing station, the closing rope 6 at the tail of the garbage bag 4 is hooked or jointed, and the entire tail outlet 5 is loosened. Then the garbage bag 4 is dragged or lifted up to release the garbage.

2. The garbage collection bag according to claim 1, characterized in that: The material and shape of the buoyancy frame are not limited.

3. The garbage collection bag according to claim 1, characterized in that: It can be installed with power remote control for driving, and can also intelligently control the garbage bags to return to the garbage disposal station on their own.

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