CN213450790U

CN213450790U - Air compressor driven by waterwheel

Info

Publication number: CN213450790U
Application number: CN202020830140.2U
Authority: CN
Inventors: 张金强
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-18
Filing date: 2020-05-18
Publication date: 2021-06-15
Anticipated expiration: 2030-05-18

Abstract

The utility model provides an utilize air compressor of waterwheel drive, it includes the waterwheel, the waterwheel moving axis, the change gear, the crank rocker, the piston and establish the inner cylinder in the organism, the built-in inner bag of inner cylinder, the inner chamber of inner bag is the compression chamber, set up respectively in the organism with cut off the interim gas storage storehouse of separating and admit air the storehouse and link to each other with the compression chamber, establish the admission valve between compression chamber and the storehouse of admitting air link to each other, establish the high-pressure valve between compression chamber and the interim gas storage storehouse link to each other, the storehouse external air inlet pipe admits air, the filter is established to the department of admitting air of intake pipe, the external gas holder of connecting valve is passed through to interim gas. The compressed air which can replace electric power processing can be widely used in the existing applicable field and can also be used for generating electricity, the electricity generation cost of the compressed air is far lower than that of water and electricity of the existing dam building warehouse, so that local materials are used, and the problem of electricity shortage in coastal areas is solved at one stroke.

Description

Air compressor driven by waterwheel

Technical Field

The utility model belongs to the air compressor field in the machine-building, in particular to utilize air compressor that waterwheel drove.

Background

The air compressors on the market are all electric, the compressed air processing and producing cost is high, electricity is wasted, the energy conversion rate is low, and the compressed air is greatly limited in popularization and use, so that the originally high-quality compressed air kinetic energy does not play a due role.

Disclosure of Invention

The utility model aims at providing an to above-mentioned problem, provide an air compressor who replaces electric power, replaces the motor with the waterwheel and processes production compressed air to this cost that reduces compressed air lets compressed air can utilize on bigger scope and the way.

The utility model discloses utilize air compressor that waterwheel drove, it includes: waterwheel, waterwheel axle, the change gear, the crank rocker, the piston and establish the inner tube in the organism, the built-in inner bag of inner tube, the inner chamber of inner bag is the compression chamber, set up respectively in the organism with cut off the separated interim gas storage storehouse and admit air the storehouse and link to each other with the compression chamber, establish the admission valve between compression chamber and the storehouse that admits air link to each other, establish the high-pressure valve between compression chamber and the interim gas storage storehouse link to each other, the storehouse external intake pipe that admits air, the filter is established to the department of admitting air of intake pipe, interim gas storage storehouse is through the external gas holder of connecting valve, establish the outlet valve in addition in the bottom of interim gas storage storehouse, inner tube top and compression chamber top are for with the body and link to each: the waterwheel moving shaft is connected with a crank rocker, the crank rocker is connected with a piston, and a variable speed wheel can be arranged between the waterwheel moving shaft and the crank rocker.

The utility model discloses the air compressor that waterwheel drove, waterwheel moving axis link to each other with the change wheel, can realize bigger laborsaving effect.

The utility model discloses air compressor that waterwheel drove, the inner bag is the soft materials preparation, top fixed connection is in the top of inner cylinder, bottom fixed connection is in the inboard plane department of the fixed platen of arc, hug closely the inner cylinder inboard all around and the arc fixed station arc inboard but not fixed connection with it, and locate to form the telescopic fold in the arc inboard, the arc end of arc fixed station is the sword form, separate the two between the inner cylinder and inner bag, the inner cylinder bottom is uncovered, insert in the draw-in groove that forms between the organism inboard and the arc fixed station outside.

The utility model discloses the air compressor that the waterwheel drove establishes ball or cylinder in the organism inboard and the arc fixed station outside to reduce the frictional resistance of inner casing up-and-down motion.

The utility model discloses the air compressor that the waterwheel drove, waterwheel are traditional waterwheel, so breakwater and ladling device are not shown in the description attached drawing.

The utility model discloses air compressor that the waterwheel drove, the low water flow of drop of specially adapted low flood peak, arrange the waterwheel in on the rivers, it rotates to drive the waterwheel because of water conservancy, make the waterwheel moving axis drive the crank rocker through the change wheel thereupon and rotate, form the up-and-down motion with the piston, during the piston upward movement, cylinder and inner bag are to the up-and-down motion together in the pulling, get into the compression intracavity when the air, during the piston downstream, just form the extrusion to the air in the compression intracavity, thereby with air compression and back-open high-pressure valve under the high-pressure effect, get into interim gas storage storehouse, back-open connecting valve injection gas holder again after waiting to reach predetermined pressure.

The utility model discloses air compressor that waterwheel drove because the inner bag is soft structure, and the flexible fold that forms during the up-and-down motion can not influence its function, again because its soft structure, so can form totally enclosed an organic whole with the compression chamber, avoided gas leakage phenomenon, and because of its card lining is inboard at the inner cylinder, the bearing function is undertaken by the inner cylinder, is better than traditional compression chamber in sealed effect.

The utility model discloses the air compressor that the waterwheel drove establishes ball or cylinder between inner casing and the organism, and the frictional force when will reducing the inner casing motion can make efficiency improve greatly.

The utility model discloses air compressor that waterwheel drove, though a simple mechanism, but it can solve a great deal of difficult problem that meets in the electric power work, can get up a large amount of low-head fall rivers abundant wide utilization that are not utilized through it, can say so even, everybody can erect waterwheel part, it is exactly to acquire the place of low-priced compressed air, these huge compressed air, except that the compressed air that can replace electric power processing extensively is used for the field that has now being suitable for, can also be used for generating electricity, its cost of generating electricity can be less than the water and electricity of current dam construction storehouse far away, thereby draw materials on the spot, solve the problem of coastal area short of electricity at one stroke.

Drawings

Fig. 1 is a schematic plan view of the present invention.

Detailed Description

The air compressor driven by the waterwheel of the present invention will be further described with reference to the above drawings.

The utility model discloses utilize air compressor that waterwheel drove, it includes: waterwheel 26, waterwheel axle 25, change gear 24, crank rocker 23, piston 1 and establish inner cylinder 3 in organism 9, 3 inside lining built-in inner bag 4 of inner cylinder, the inner chamber of inner bag 4 is compression chamber 16, set up respectively in organism 9 with the interim gas storage storehouse 10 that cuts off 14 and admit air the storehouse 17 and link to each other with compression chamber 16, establish admission valve 22 between compression chamber 16 links to each other with the storehouse 17 of admitting air, establish high-pressure valve 21 between compression chamber 16 links to each other with interim gas storage storehouse 10, the external intake pipe 18 of storehouse 17 of admitting air, filter 19 is established to the department of admitting air of intake pipe 18, interim gas storage storehouse 10 is through the external gas holder 12 of connecting valve 11, establish drain valve 13 in addition in the bottom of interim gas storage storehouse 10, 3 tops of inner cylinder and compression chamber 16 tops are for being with the body 15 and link to each other with piston 1, its characterized in that: the waterwheel moving shaft 25 is connected with the crank rocker 23, the crank rocker 23 is connected with the piston 1, and a variable speed wheel 24 can be arranged between the waterwheel moving shaft 25 and the crank rocker 23.

The utility model discloses the air compressor that waterwheel drove, waterwheel moving axis 25 link to each other with change wheel 24, can realize bigger laborsaving effect.

The utility model discloses air compressor that waterwheel drove, inner bag 4 is the soft materials preparation, top fixed connection is in the top of inner cylinder 3, bottom fixed connection is in the inboard plane 20 department of the fixed platen 7 of arc, hug closely all around in 3 sides of inner cylinder and the 7 arc inboards of arc fixed station but not fixed connection with it, and locate to form telescopic fold 6 in the arc inboard, arc end 5 of arc fixed station 7 is the sword form, separate the two between inner cylinder 3 and inner bag 4, 3 bottoms of inner cylinder are uncovered, insert in the draw-in groove 8 that forms between the organism 9 inboard and the 7 outsides of arc fixed station.

The utility model discloses the air compressor that the waterwheel drove establishes ball or cylinder 2 in 9 inboards of the organism and the 7 outsides of arc fixed station to reduce the frictional resistance of the up-and-down motion of inner tube 3.

The utility model discloses the air compressor that the waterwheel drove, waterwheel 26 are traditional waterwheel, so breakwater and ladling device are not shown in the description attached drawing.

The utility model discloses air compressor that the waterwheel drove, the low water current of drop of specially adapted low flood peak, arrange the waterwheel in on the rivers, it rotates to drive waterwheel 26 because of water conservancy, make waterwheel moving axis 25 drive crank rocker 23 through change wheel 24 thereupon and rotate, form the up-and-down motion with piston 1, during the piston upward movement, cylinder 3 and interior bag 4 are to the up-and-down motion together in the pulling, in air gets into compression chamber 16, during the piston downward movement, just form the extrusion to the air in the compression chamber 16, thereby push up high-pressure valve 21 under the high-pressure action with the air compression, get into interim gas storage storehouse 10, push up connecting valve 14 again and pour into gas holder 12 after waiting to reach the predetermined pressure.

The utility model discloses air compressor that waterwheel drove because inner bag 4 is soft structure, the flexible fold that forms during the up-and-down motion can not influence its function, again because its soft structure, so can form totally closed an organic whole with compression chamber 16, avoided gas leakage phenomenon, and because of its card lining in the 3 inboards of inner cylinder, the pressure-bearing function is undertaken by inner cylinder 3, is better than traditional compression chamber in sealed effect.

The utility model discloses the air compressor that the waterwheel drove establishes ball or cylinder 2 between inner cylinder 3 and the organism, and the frictional force when 3 motions of inner cylinder will reduce can make efficiency improve greatly.

Claims

1. An air compressor powered by a waterwheel, comprising: the water mill comprises a water mill (26), a water mill shaft (25), a variable speed wheel (24), a crank rocker (23), a piston (1) and an inner cylinder (3) arranged in a machine body (9), wherein the inner cylinder (3) is internally provided with an inner bag (4), the inner cavity of the inner bag (4) is a compression cavity (16), a temporary gas storage bin (10) and an air inlet bin (17) which are separated by a partition (14) are respectively arranged in the machine body (9) and are connected with the compression cavity (16), an air inlet valve (22) is arranged between the compression cavity (16) and the air inlet bin (17), a high pressure valve (21) is arranged between the compression cavity (16) and the temporary gas storage bin (10), the air inlet bin (17) is externally connected with an air inlet pipe (18), a filter (19) is arranged at the air inlet part of the air inlet pipe (18), the temporary gas storage bin (10) is externally connected with a gas storage tank (12) through the connecting valve (11), and, the top of the inner cylinder (3) and the top of the compression cavity (16) are the same body (15) and are connected with the piston (1), and the inner cylinder is characterized in that: the waterwheel moving shaft (25) is connected with the crank rocker (23), the crank rocker (23) is connected with the piston (1), and a variable speed wheel (24) can be arranged between the waterwheel moving shaft (25) and the crank rocker (23).