CN203488309U

CN203488309U - Buoyancy power device

Info

Publication number: CN203488309U
Application number: CN201320294255.4U
Authority: CN
Inventors: 苟仲武
Original assignee: 苟仲武
Current assignee: Beijing Jiayong Sheng Bo Technology Co., Ltd.
Priority date: 2013-05-27
Filing date: 2013-05-27
Publication date: 2014-03-19
Anticipated expiration: 2023-05-27

Abstract

The utility model discloses a buoyancy power device, comprising an air compressor and a container. An impeller, an air chamber and a rotating shaft are arranged in the container, wherein the impeller is connected with the rotating shaft, the impeller has an air chamber, the air compressor is positioned outside the container, and a breather pipe runs into the container. According to the buoyancy power device, air is continuously injected into the liquid in the container through the air compressor, air rises through self buoyancy, enters the air chamber of the impeller and further drives the impeller to rise and drives the rotating shaft to rotate, and power is output. The impeller rotates through air and liquid buoyancy, and the rotating shaft is driven to output power. The operation process is simple, heating is unnecessary, thereby hot gas and liquid discharge to the environment is prevented, air is provided employing the prior exhaust apparatus in industrial production and daily life, and the buoyancy power device belongs to an energy saving and emission reduction type power apparatus.

Description

Buoyancy power arrangement

Technical field

The utility model relates to sends out power plant a kind of, particularly relates to buoyancy power arrangement.

Background technique

Power plant are to utilize chemical energy, nuclear energy, solar energy, water energy, wind energy homenergic to produce motive device.In the prior art, in above-mentioned these power plant, chemical energy, nuclear energy are all wanted complicated device facility conventionally, and unique environmental conditions and the devices of needs such as solar energy, water energy, wind energy.These power plant also can produce a large amount of discarded heat energy and be discharged in environment, cause the waste of resource.

Summary of the invention

Technique effect of the present utility model can overcome above-mentioned defect, and a kind of buoyancy power arrangement is provided, and it can utilize aerostatic buoyancy to produce power, and device is simple, in using process, can not produce waste gas and waste liquid, also can in environment, not discharge waste heat.It can be used as the power plant of generator, machinery, steamer etc.

For achieving the above object, the utility model adopts following technological scheme: it comprises air compressor, container buoyancy power arrangement of the present utility model, in described container, there are impeller, rotating shaft, wherein said impeller is connected with rotating shaft, air cavity is arranged at impeller top, when impeller is horizontal, Open Side Down for air cavity, and described air compressor is positioned at outside of containers, and have breathing pipe and enter internal tank impeller below.

Described air cavity is hemisphere.

In the utility model, in container, have solution so that buoyancy to be provided, the liquid of use does not have concrete restriction, can be any liquid that buoyancy can be provided, thus described liquid preferred specific gravity larger larger buoyancy can be provided, preferably make water.

Container concrete shape of the present utility model size is concrete restriction not, as long as can splendid attire solution and impeller and provide certain apron space just passable.

Breathing pipe of the present utility model is positioned at the below of impeller one side, when air, from impeller one side-lower, discharges, and the air push air cavity of rising moves upward, thereby makes impeller drive rotating shaft to produce rotation.Can be by regulating breathing pipe position regulation wheel speed, in the time of under breathing pipe is positioned at a side (left side) impeller, the air of its generation all enters air cavity, thereby provide maximum buoyancy to promote wheel rotation, when mobile breathing pipe to the left or to the right, the amount that enters air cavity due to air reduces, therefore impeller speed reduces, and power output also reduces.

In this outer air vent, also can provide with liquid in containers and compare, the liquid that proportion is less, same like this can reaching in container solution risen, and the effect of power is provided by buoyancy.

Therefore technique effect of the present utility model has overcome above-mentioned defect of the prior art, by continuous input air, makes Air Flow, produces buoyancy and promotes vane rotary, outputting power.It does not produce any waste heat and does not produce discarded waste liquid yet, and installs simple easy operating, can utilize waste gas that other facility or device discharge as device power source, thus the effect that reaches energy saving, protection of the environment, reduces costs.

Accompanying drawing explanation

Fig. 1 the utility model buoyancy power arrangement front schematic view.

Figure number explanation

1 ... impeller; 2 ... air compressor; 3 ... liquid; 4 ... air cavity; 5 ... rotating shaft; 6 ... container;

Fig. 2 power plant side schematic view of the present utility model

Figure number explanation

1 ... impeller; 3 ... liquid; 5 ... rotating shaft; 6 ... container

Embodiment

Fig. 1 and Fig. 2 below in conjunction with accompanying drawing are further elaborated to buoyancy power arrangement of the present utility model and the method for utilizing this buoyancy power arrangement to produce power.

Buoyancy power arrangement of the present utility model, please refer to Fig. 1, Fig. 2, it comprises air compressor 2, container 6 buoyancy power arrangement of the present utility model, in described container 6, there are impeller 1, rotating shaft 5, wherein said impeller 1 is connected with rotating shaft 5, and air cavity 4 is arranged at impeller 1 top, and when impeller 1 is horizontal, Open Side Down for air cavity 4, described air compressor 2 is positioned at container 3 outsides, and has breathing pipe and enter container 3 internal impeller 1 belows.

Described air cavity 4 is hemisphere.

Wherein in container 6, have the liquid of buoyancy 3 is provided, described liquid 3 is preferably water.

The invention also discloses the power output method that utilizes above-mentioned buoyancy power arrangement, with reference to its feature of figure 1, Fig. 2, comprise the following steps:

Open air compressor 2, gas is entered in vessel liquid 3 by compressor 2 and breathing pipe, gas is because buoyancy rises, and enter into the air cavity 4 at impeller 1 top, and γ-ray emission buoyancy promotes breathing pipe top air cavity 4 impeller 1 and rotates, thus the rear air chamber 4 making enters into breathing pipe top, and be again subject to the floating function of Exhaust Gas in breathing pipe, continue rising impeller 1, shuttling movement produces power, and power is exported by rotating shaft 5.

Above-mentionedly only several specific embodiments in the utility model are illustrated; but can not be as protection domain of the present utility model; every equivalence variation of having done according to the design spirit in the utility model or modification or equal proportion zoom in or out etc., all should think and fall into protection domain of the present utility model.

Claims

1. a buoyancy power arrangement, it is characterized in that: described buoyancy power arrangement comprises air compressor, container, in described container, there are impeller, rotating shaft, wherein said impeller is connected with rotating shaft, air cavity is arranged at impeller top, when impeller is horizontal, Open Side Down for air cavity, and described air compressor is positioned at outside of containers, and have breathing pipe and enter internal tank impeller below.

2. buoyancy power arrangement according to claim 1, is characterized in that: described air cavity is hemisphere.