CN202261110U - Permanent magnet air machine - Google Patents
Permanent magnet air machine Download PDFInfo
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- CN202261110U CN202261110U CN2011203934096U CN201120393409U CN202261110U CN 202261110 U CN202261110 U CN 202261110U CN 2011203934096 U CN2011203934096 U CN 2011203934096U CN 201120393409 U CN201120393409 U CN 201120393409U CN 202261110 U CN202261110 U CN 202261110U
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Abstract
The left end surface of the bottom of a No. 1 cylinder is connected with a shaft, and the right end is of the No. 1 cylinder is connected with a disc; tangential air outlets are punched on an excircle of the No. 1 cylinder; an inner circle at the left part of a No. 2 cylinder is sleeved on an excircle of a left disc, an inner circle at the right part of the No. 2 cylinder is sleeved on an excircle of a right disc, and exhaust holes are punched on an excircle of the No. 2 cylinder; the No. 1 cylinder is arranged inside the No. 2 cylinder; a bearing for the shaft is installed in a middle hole of the left disc; blades and the No. 1 cylinder form a turbine; a cylinder is arranged in the turbine after passing through a middle hole of the disc; a hollow shaft of a power generator is concentrically connected with the cylinder; an electronic-control magnetic valve is arranged on an excircle of the hollow shaft positioned in the cylinder; tangential air jet holes on the cylinder can be blocked or opened by the outer end head of a valve rod of the electronic-control magnetic valve; a bearing for the hollow shaft is installed in a middle hole of the right disc; a controller is connected with the power generator and the electronic-control magnetic valve; a remote controller is connected with an output terminal of the power generator and is in contact with the controller in a wireless manner; and a charging valve is connected with the right end of the hollow shaft; permanent magnets are arranged on the turbine, the No. 2 cylinder, the cylinder, the left disc and the right disc; and the exhaust hole is wrapped by a muffler cover.
Description
Technical field
The utility model relates to electromechanical integration technology, particularly a kind of permanent magnetism air engine.
Background technology
Existing chemical cell complex process, toxic, the expensive of employed material.Not only production process is detrimental to health, endangers environment, and uses and to be difficult to handle contaminated environment after scrapping.Energy density (electric energy that electric energy that unit volume stores or unit mass store) is low, lack its critical defect especially useful life.Existing fuel cell, flywheel energy storage battery, though pollution is very little, technical sophistication, cost performance is low.Because these defectives have limited the use of existing battery, also make the popularization of electric automobile, electronic ship difficult.
Existing pneumatic means, efficient low (about 35%) also is serious problems.
Summary of the invention
The utility model designs a kind of permanent magnetism air engine, overcomes the defective of existing battery, existing pneumatic means, utilizes the compressed air storage power, and energy density is high, can export electric energy as battery, again direct outputting power.Permanent magnetism air engine efficient is high, cost performance is very high, the life-span is long, environmental protection.
The utility model is realized through following technical proposals.
Show like Fig. 1 to Fig. 3.
Axle 7 right-hand member connects with tube left side, the end concentric of a cylinder 13, and venthole 14 is provided with cylinder 13 upper edge diametric(al)s in pairs, the tangential of the cylinder 13 in outlet edge of each venthole 14, and the spout of each venthole 14 is arranged and is turned to unanimity; Axle 7 is installed in the central authorities of left disk 2 with left bearing 10; The round cylindrical that is socketed in left disk 2 has plurality of rows pore 3 on No. two cylinder 16 circumference in No. two cylinder 16 left parts, and steam vent 3 is corresponding vertically with venthole 14 outlets; Silencer cover 1 is connected on the cylindrical of No. two cylinders 16 and encases steam vent 3, and some deflations hole 9 is arranged on silencer cover 1 circumference; Some blades 15 are evenly arranged the interior circle that is connected in a cylinder 13; The left end of blade 15 leaves right side one distance at the tube end of No. 1 cylinders 13; The dorsal surface of blade 15 is towards venthole 14; The right-hand member of the right-hand member of a cylinder 13 and blade 15 connects with disk 13-4, and blade 15, disk 13-4, a cylinder 13 are formed turbine; The coaxial heart of mesopore that cylindrical drum 11 is passed disk 13-4 places in the said turbine, and cylindrical drum 11 does not contact mesopore and the said turbine of disk 13-4; Fumarole 12 is provided with in cylindrical drum 11 upper edge diametric(al)s in pairs, and the spout of each fumarole 12 is along the tangential of cylindrical drum 11, and the spout of each fumarole 12 points to the concave surface (showing like Fig. 2) of blade 15; The armature spindle 20 of generating set 19 connects with the right part concentric of cylindrical drum 11, and armature spindle 20 is hollow; Armature spindle 20 extend into cylindrical drum 11 interior a section; Along diametric(al) automatically controlled magnet valve 6 is set in pairs at this section cylindrical; The external end head of the valve rod 5 of automatically controlled magnet valve 6 is round table-like; At this round platform cylindrical adhering and sealing circle 4, the external end head of the valve rod of automatically controlled magnet valve 6 and fumarole 12 align, and can block or open fumarole 12; Cylindrical drum 11 double as compressed air cylinders; Armature spindle 20 is installed in the central authorities of right disk 27 with right bearing 17; The round cylindrical that is socketed in right disk 27 in No. two cylinder 16 right parts; Lead of automatically controlled magnet valve 6 usefulness 25, No. two leads 26, No. three leads 8, No. four lead 8-1 are connected with controller 24 on being fixed on armature spindle 20 cylindricals; Lead 25, No. two lead 26 usefulness glue are fixed in the axial groove on the armature spindle 20; No. three leads 8, No. four lead 8-1 place the radial hole blended rubber of armature spindle 20 left parts to fix, and the part that No. three leads 8, No. four lead 8-1 are in armature spindle 20 axial holes is fixed with the interior circle in this hole; Controller 24 is between right disk 27 and the generating set 19; No. five leads of controller 24 and generating set 19 usefulness 22, No. six leads 23 are connected, and No. five leads 22, No. six lead 23 usefulness glue are fixed in the axial groove on the armature spindle 20; Remote controller 18 is connected with No. seven lead 18-1, No. eight lead 18-2 with the lead-out terminal of generating set 19; Remote controller 18 and controller 24 are got in touch with wireless mode; Charge valve 21 connects with the right-hand member of armature spindle 20.
At the cylindrical of a cylinder 13 and the cylindrical of disk 13-4 some permanent magnet 13-3 are set; Interior circle at No. two cylinders 16 is provided with some No. two permanent magnet 16-1.No. one permanent magnet 13-3 does not contact with No. two permanent magnet 16-1, but makes the two produce interaction force along circular direction.
Left end at a cylinder 13 is provided with some No. three permanent magnet 13-1; Right-hand member at left disk 2 is provided with some No. four permanent magnet 2-1.No. three permanent magnet 13-1 does not contact with No. four permanent magnet 2-1, but makes the two produce interaction force along circular direction.
The tube end at a cylinder 13 is provided with some No. five permanent magnet 13-2; Left end in cylindrical drum 11 is provided with some No. six permanent magnet 11-1.No. five permanent magnet 13-2 does not contact with No. six permanent magnet 11-1, but makes the two produce interaction force along circular direction.
Left end at right disk 27 is provided with some No. seven permanent magnet 27-1; Right-hand member in cylindrical drum 11 is provided with some No. eight permanent magnet 11-2.No. seven permanent magnet 27-1 does not contact with No. eight permanent magnet 11-2, but makes the two produce interaction force along circular direction.
Charge storage unit in remote controller 18, the charging of the charge storage unit in the controller 24 earlier.Air is pressed in the cylindrical drum 11 through charge valve 22, armature spindle 20 successively.
Through remote controller 18 operation controls 24; Make the termination of the valve rod 5 of automatically controlled magnet valve 6 open fumarole 12; Pressure-air in the cylindrical drum 11 is from fumarole 12 ejections; Cylindrical drum 11 is run out of from the high pressure draught impulse turbine rotation back of fumarole 12 ejections backward rotation simultaneously from venthole 14, overflow from steam vent 3, deflation hole 9 successively then.From the gas of venthole 14 ejections turbine is increased torque.Cylindrical drum 11 turns generating set 19 generatings, and the TV university of sending part is outer to be supplied, and sub-fraction is supplied with remote controller 18 and controller 24.Turbine is through axle 7 outside outputting powers.Said permanent magnetism air engine not only can directly be realized the engine function, can also realize the function of battery.If axle 7 only drives another generating set, so said permanent magnetism air engine is just only exported controlled electric energy, the spitting image of battery.Make the termination of the valve rod 5 of automatically controlled magnet valve 6 block fumarole 12 and can close said permanent magnetism air engine.
In said turbine, cylindrical drum 11 rotation processes, the permanent magnet of setting interacts, and can produce bigger torque increment to turbine, cylindrical drum 11, and this is similar to the effect that the permanent magnet in the magneto produces.Magneto is realized the conversion of stator electromagnetic field polarity with changing the sense of current, and the power that the utility model produces with compressed air is realized the conversion of repulsion and gravitation between two permanent magnets (permanent magnet 11-1 and permanent magnet 13-2, permanent magnet 11-2 and permanent magnet 27-1, permanent magnet 13-1 and permanent magnet 2-1, permanent magnet 13-3 and permanent magnet 16-1).This conversion is actually permanent magnet that air force forces rotation and turns to rotation by same continuously; In this process; When the middle face of the permanent magnet that rotates with after the middle face of static permanent magnet radially aligns; Air force overcome static permanent magnet to the permanent magnet traditional method of indicating the pronunciation of a Chinese character of rotating to (with original direction of rotation) active force, reach static permanent magnet the permanent magnet that rotates always produced positive tangential active force.
The effect that the utility model is useful:
1, said permanent magnetism air engine manufacture process, use, scrap the back almost non-toxic evil, so environmental protection.
2, traditional pneumatic means, on the one hand Compressed Gas from air accumulator along appendix the air nozzle in the working chamber because friction can cause no small energy loss; Air nozzle is fixed on the working chamber inwall on the other hand, only with the work done of gaseous blast impulse turbine, can't utilize jet reaction force acting.So traditional pneumatic means efficient low (about 35%).And said permanent magnetism air engine is provided with fumarole on rotating cylinder, not only utilizes the work done of gaseous blast impulse turbine, and utilizes the reaction force work done when jet, utilizes permanent magnetism can produce big torque increment in addition, it is estimated that its efficient can reach more than 85%.
3, traditional pneumatic means must have air accumulator, cause its volume bigger, thereby energy density is low.And the cylinder double as air accumulator of said permanent magnetism air engine utilization ability work done, so volume is less, energy density is higher.
4, the structure of said permanent magnetism air engine and operation principle have determined self long in life-span.
5, owing to above-mentioned advantage 1,2,3,4, so said permanent magnetism air engine cost performance is high.
6, said permanent magnetism air engine can output power, again direct outputting power.
7, owing to above-mentioned advantage 1,2,3,4,5,6, the application prospect of permanent magnetism air engine is more wide.Make Cleaning Equipment, ship etc. such as being used to, with the battery that replaces gradually on battery type motor vehicle or the ship.
Description of drawings
Fig. 1 is the structural representation of said permanent magnetism air engine;
Fig. 2 is the A-A profile of Fig. 1;
Fig. 3 is the B-B profile of Fig. 1.
Embodiment
Embodiment:
Show like Fig. 1 to Fig. 3.
Axle 7 right-hand member connects with tube left side, the end concentric of a cylinder 13, and venthole 14 is provided with cylinder 13 upper edge diametric(al)s in pairs, the tangential of the cylinder 13 in outlet edge of each venthole 14, and the spout of each venthole 14 is arranged and is turned to unanimity; Axle 7 is installed in the central authorities of left disk 2 with left bearing 10; The round cylindrical that is socketed in left disk 2 has plurality of rows pore 3 on No. two cylinder 16 circumference in No. two cylinder 16 left parts, and steam vent 3 is corresponding vertically with venthole 14 outlets; Silencer cover 1 is connected on the cylindrical of No. two cylinders 16 and encases steam vent 3, and some deflations hole 9 is arranged on silencer cover 1 circumference; Some blades 15 are evenly arranged the interior circle that is connected in a cylinder 13; The left end of blade 15 leaves right side one distance at the tube end of No. 1 cylinders 13; The dorsal surface of blade 15 is towards venthole 14; The right-hand member of the right-hand member of a cylinder 13 and blade 15 connects with disk 13-4, and blade 15, disk 13-4, a cylinder 13 are formed turbine; The coaxial heart of mesopore that cylindrical drum 11 is passed disk 13-4 places in the said turbine, and cylindrical drum 11 does not contact mesopore and the said turbine of disk 13-4; Fumarole 12 is provided with in cylindrical drum 11 upper edge diametric(al)s in pairs, and the spout of each fumarole 12 is along the tangential of cylindrical drum 11, and the spout of each fumarole 12 points to the concave surface (showing like Fig. 2) of blade 15; The armature spindle 20 of generating set 19 connects with the right part concentric of cylindrical drum 11, and armature spindle 20 is hollow; Armature spindle 20 extend into cylindrical drum 11 interior a section; Along diametric(al) automatically controlled magnet valve 6 is set in pairs at this section cylindrical; The external end head of the valve rod 5 of automatically controlled magnet valve 6 is round table-like; At this round platform cylindrical adhering and sealing circle 4, the external end head of the valve rod of automatically controlled magnet valve 6 and fumarole 12 align, and can block or open fumarole 12; Cylindrical drum 11 double as compressed air cylinders; Armature spindle 20 is installed in the central authorities of right disk 27 with right bearing 17; The round cylindrical that is socketed in right disk 27 in No. two cylinder 16 right parts; Lead of automatically controlled magnet valve 6 usefulness 25, No. two leads 26, No. three leads 8, No. four lead 8-1 are connected with controller 24 on being fixed on armature spindle 20 cylindricals; Lead 25, No. two lead 26 usefulness glue are fixed in the axial groove on the armature spindle 20; No. three leads 8, No. four lead 8-1 place the radial hole blended rubber of armature spindle 20 left parts to fix, and the part that No. three leads 8, No. four lead 8-1 are in armature spindle 20 axial holes is fixed with the interior circle in this hole; Controller 24 is between right disk 27 and the generating set 19; No. five leads of controller 24 and generating set 19 usefulness 22, No. six leads 23 are connected, and No. five leads 22, No. six lead 23 usefulness glue are fixed in the axial groove on the armature spindle 20; Remote controller 18 is connected with No. seven lead 18-1, No. eight lead 18-2 with the lead-out terminal of generating set 19; Remote controller 18 and controller 24 are got in touch with wireless mode; Charge valve 21 connects with the right-hand member of armature spindle 20.
At the cylindrical of a cylinder 13 and the cylindrical of disk 13-4 some permanent magnet 13-3 are set; Interior circle at No. two cylinders 16 is provided with some No. two permanent magnet 16-1.No. one permanent magnet 13-3 does not contact with No. two permanent magnet 16-1, but makes the two produce interaction force along circular direction.
Left end at a cylinder 13 is provided with some No. three permanent magnet 13-1; Right-hand member at left disk 2 is provided with some No. four permanent magnet 2-1.No. three permanent magnet 13-1 does not contact with No. four permanent magnet 2-1, but makes the two produce interaction force along circular direction.
The tube end at a cylinder 13 is provided with some No. five permanent magnet 13-2; Left end in cylindrical drum 11 is provided with some No. six permanent magnet 11-1.No. five permanent magnet 13-2 does not contact with No. six permanent magnet 11-1, but makes the two produce interaction force along circular direction.
Left end at right disk 27 is provided with some No. seven permanent magnet 27-1; Right-hand member in cylindrical drum 11 is provided with some No. eight permanent magnet 11-2.No. seven permanent magnet 27-1 does not contact with No. eight permanent magnet 11-2, but makes the two produce interaction force along circular direction.
Claims (1)
1. permanent magnetism air engine is characterized in that:
The right-hand member of axle (7) connects with tube left side, the end concentric of a cylinder (13); Diametric(al) is provided with venthole (14) in pairs in a cylinder (13) upper edge; The outlet of each venthole (14) is along the tangential of a cylinder (13), and the spout of each venthole (14) is arranged and turned to unanimity; Axle (7) is installed in the central authorities of left disk (2) with left bearing (10); Circle is socketed in the cylindrical of left disk (2) in No. two cylinders (16) left part, on No. two cylinders (16) circumference plurality of rows pore (3) is arranged, and steam vent (3) is corresponding vertically with venthole (14) outlet; Silencer cover (1) is connected on the cylindrical of No. two cylinders (16) and encases steam vent (3), on silencer cover (1) circumference some deflations hole (9) is arranged; Some blades (15) are evenly arranged the interior circle that is connected in a cylinder (13); The left end of blade (15) leaves right side one distance at the tube end of (1) cylinder (13); The dorsal surface of blade (15) is towards venthole (14); The right-hand member of the right-hand member of a cylinder (13) and blade (15) connects with disk (13-4), and blade (15), disk (13-4), a cylinder (13) are formed turbine; The coaxial heart of mesopore that cylindrical drum (11) is passed disk (13-4) places in the said turbine, and cylindrical drum (11) does not contact the mesopore and the said turbine of disk (13-4); Diametric(al) is provided with fumarole (12) in pairs in cylindrical drum (11) upper edge, and the spout of each fumarole (12) is along the tangential of cylindrical drum (11), and the spout of each fumarole (12) points to the concave surface of blade (15); The armature spindle (20) of generating set (19) connects with the right part concentric of cylindrical drum (11), and armature spindle (20) is hollow; Armature spindle (20) extend into interior one section of cylindrical drum (11); Along diametric(al) automatically controlled magnet valve (6) is set in pairs at this section cylindrical; The external end head of the valve rod (5) of automatically controlled magnet valve (6) is round table-like; At this round platform cylindrical adhering and sealing circle (4), the external end head of the valve rod of automatically controlled magnet valve (6) and fumarole (12) align, and can block or open fumarole (12); Armature spindle (20) is installed in the central authorities of right disk (27) with right bearing (17); Circle is socketed in the cylindrical of right disk (27) in No. two cylinders (16) right part; Automatically controlled magnet valve (6) is connected with controller (24) on being fixed on armature spindle (20) cylindrical with a lead (25), No. two leads (26), No. three leads 8, No. four leads (8-1); A lead (25), No. two leads (26) are fixed in the axial groove on the armature spindle (20) with glue; No. three leads (8), No. four leads (8-1) place the radial hole blended rubber of armature spindle (20) left part to fix, and No. three leads (8), No. four leads (8-1) are in the part of armature spindle (20) axial hole to be fixed with the interior circle in this hole; Controller (24) is between right disk (27) and the generating set (19); Controller (24) is connected with No. five leads (22), No. six leads (23) with generating set (19), and No. five leads (22), No. six leads (23) are fixed in the axial groove on the armature spindle (20) with glue; Remote controller (18) is connected with No. seven leads (18-1), No. eight leads (18-2) with the lead-out terminal of generating set (19); Remote controller (18) is got in touch with wireless mode with controller (24); Charge valve (21) connects with the right-hand member of armature spindle (20);
At the cylindrical of a cylinder (13) and the cylindrical of disk (13-4) some permanent magnets (13-3) are set; Interior circle at No. two cylinders (16) is provided with some No. two permanent magnets (16-1); A permanent magnet (13-3) does not contact with No. two permanent magnets (16-1), but makes the two produce interaction force along circular direction;
Left end at a cylinder (13) is provided with some No. three permanent magnets (13-1); Right-hand member at left disk (2) is provided with some No. four permanent magnets (2-1); No. three permanent magnets (13-1) do not contact with No. four permanent magnets (2-1), but make the two produce interaction force along circular direction;
The tube end at a cylinder (13) is provided with some No. five permanent magnets (13-2); Left end in cylindrical drum (11) is provided with some No. six permanent magnets (11-1); No. five permanent magnets (13-2) do not contact with No. six permanent magnets (11-1), but make the two produce interaction force along circular direction;
Left end at right disk (27) is provided with some No. seven permanent magnets (27-1); Right-hand member in cylindrical drum (11) is provided with some No. eight permanent magnets (11-2); No. seven permanent magnets (27-1) do not contact with No. eight permanent magnets (11-2), but make the two produce interaction force along circular direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203934096U CN202261110U (en) | 2011-10-17 | 2011-10-17 | Permanent magnet air machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203934096U CN202261110U (en) | 2011-10-17 | 2011-10-17 | Permanent magnet air machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202261110U true CN202261110U (en) | 2012-05-30 |
Family
ID=46122291
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203934096U Expired - Fee Related CN202261110U (en) | 2011-10-17 | 2011-10-17 | Permanent magnet air machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202261110U (en) |
-
2011
- 2011-10-17 CN CN2011203934096U patent/CN202261110U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120530 Termination date: 20141017 |
|
| EXPY | Termination of patent right or utility model |