CN209354252U - A kind of power generator - Google Patents
A kind of power generator Download PDFInfo
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- CN209354252U CN209354252U CN201920053680.1U CN201920053680U CN209354252U CN 209354252 U CN209354252 U CN 209354252U CN 201920053680 U CN201920053680 U CN 201920053680U CN 209354252 U CN209354252 U CN 209354252U
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Abstract
The utility model relates to a kind of power generator, it is by furnace body, thermoreceptor, steam supply pipe, steam turbine, generator, snap switch, conducting wire, switch, battery, gland steam exhauster, cooling box, steam transmitting pipe, it is managed for combustion, starting pipe, fuel tank, petrolift, relay, electrically-controlled valve, pressure switch, temperature detect switch (TDS), igniter, combustion chamber composition, liquid fuel is injected into thermoreceptor from fuel tank with petrolift, liquid fuel is sent into steam turbine acting after being heated to form the steam with certain pressure in thermoreceptor, steam after acting inputs the combustion chambers burn of thermoreceptor after cooling, realize the heating to thermoreceptor, steam turbine drives electrical power generators.
Description
Technical field:
The utility model relates to a kind of generating equipments, are primarily adapted for use in the one kind in non-transformer place, vehicle or field power supply
Power generator.
Background technique:
Currently, conventional electric power generation is directly to drive hair after burning starting steam turbine or internal combustion engine using coal or flammable liquid as fuel
Electric power generation, there is energy consumption height, environmental pollution problem for conventional electric generators.
Summary of the invention:
The purpose of this utility model is to design a kind of power generator, with petrolift liquid fuel from fuel tank be injected by
In hot device, liquid fuel is admitted to steam turbine acting after being heated to be the steam with certain pressure in thermoreceptor, after acting
Steam inputs the combustion chambers burn of thermoreceptor after cooling, realizes the heating to thermoreceptor, and steam turbine drives electrical power generators.
The utility model solves technical solution used in its technical problem: it is by furnace body, thermoreceptor, steam supply pipe, vapour
Machine, transmission belt, generator, snap switch, conducting wire I, switch, positive wire, cathode conductor, battery, gland steam exhauster, cooling box,
Steam transmitting pipe is managed, starting pipe, fuel tank, petrolift, relay, normally opened key, electrically-controlled valve I, electrically-controlled valve II, normally closed key, anode for combustion
Key, shift key, pressure switch, temperature detect switch (TDS), conducting wire II, igniter, combustion chamber, conducting wire III, electrically-controlled valve III are formed, in furnace body
Thermoreceptor is set, and thermoreceptor following settings combustion chamber, steam supply pipe is thermoreceptor outlet and steam turbine inlet communication, and gland steam exhauster is steam turbine
Outlet is connected to cooling box, and steam transmitting pipe is cooling box and combustion chamber, and fuel tank is interior to be arranged petrolift, and petrolift passes through for combustion
Pipe and thermoreceptor inlet communication, steam turbine drive generator by transmission belt.Temperature detect switch (TDS) is arranged in furnace body, and steam supply pipe setting pressure is opened
It closes, igniter is arranged in combustion chamber, electrically-controlled valve I is arranged for combustion pipe, electrically-controlled valve III is arranged in steam transmitting pipe.Enter in cooling box for combustion pipe
Afterwards again from wherein coming out, for combustion pipe setting starting pipe, start between pipe one end and petrolift, electrically-controlled valve I for firing Guan Liantong, open
Electrically-controlled valve II is arranged in the dynamic pipe other end and combustion chamber, starting pipe.Positive wire generator anode, battery positive voltage, open
One end of pass connects, and cathode conductor is generator negative, battery terminal negative, petrolift cathode, relay cathode, electrically-controlled valve I mono-
End, the one end electrically-controlled valve II, the one end electrically-controlled valve III, igniter one end connection, conducting wire I the switch other end, snap switch one end,
The positive key of pressure switch one end, temperature detect switch (TDS) one end, relay conversion key connection, the temperature detect switch (TDS) other end and relay connects
It connects, the normally closed key of relay is connect with the electrically-controlled valve II other end, and the normally opened key of relay is connect with the electrically-controlled valve I other end, pressure
The switch other end is connect by conducting wire III with the electrically-controlled valve III other end, petrolift anode, and the snap switch other end passes through conducting wire
II is connect with the igniter other end.
The beneficial effects of the utility model are: waste heat is utilized, and fuel combustion is abundant with small in size, pollution is reduced,
Economical and practical feature.
Detailed description of the invention:
The utility model embodiment is described further with reference to the accompanying drawing:
It is attached that FIG. 1 is a schematic structural view of the utility model.
1. furnace bodies in attached drawing 1,2. thermoreceptors, 3. steam supply pipes, 4. steam turbines, 5. transmission belts, 6. generators, 7. snap switches,
8. conducting wire I, 9. switches, 10. positive wires, 11. cathode conductors, 12. batteries, 13. gland steam exhausters, 14. cooling box, 15. defeated vapour
Pipe, 16. are for combustion pipe, 17. starting pipes, 18. fuel tanks, 19. petrolifts, 20. relays, 21. normally opened keys, 22. electrically-controlled valve I, 23.
Electrically-controlled valve II, 24. normally closed keys, 25. positive keys, 26. shift keys, 27. pressure switches, 28. temperature detect switch (TDS)s, 29. conducting wire II, 30.
Igniter, 31. combustion chambers, 32. conducting wire III, 33. electrically-controlled valve III.
Specific embodiment:
In attached drawing 1, thermoreceptor (2) are set in furnace body (1), thermoreceptor (2) following settings combustion chamber (31), steam supply pipe (3)
Thermoreceptor (2) outlet and steam turbine (4) inlet communication, gland steam exhauster (13) exports steam turbine (4) and is connected to cooling box (14), defeated
Steam pipe (15) is connected to cooling box (14) with combustion chamber (31), and petrolift (19) are arranged in fuel tank (18), and petrolift (19) is logical
It crosses for combustion pipe (16) and thermoreceptor (2) inlet communication, steam turbine (4) drives generator (6) by transmission belt (5).
In fig. 1, pressure switch (27) are arranged in furnace body (1) setting temperature detect switch (TDS) (28), steam supply pipe (3), combustion chamber
(31) igniter (30) are set, for combustion pipe (16) setting electrically-controlled valve I (22), electrically-controlled valve III (33) are arranged in steam transmitting pipe (15).
In fig. 1, again from wherein coming out after entering in cooling box (14) for combustion pipe (16), for combustion pipe (16) setting starting
It manages (17), (17) one end and being connected between petrolift (19), electrically-controlled valve I (22) for combustion pipe (16), starting pipe (17) are managed in starting
The other end is connected to combustion chamber (31), starting pipe (17) setting electrically-controlled valve II (23).
In fig. 1, positive wire (10) connects generator (6) anode, battery (12) anode, switch (9) one end,
Cathode conductor (11) is generator (6) cathode, battery (12) cathode, petrolift (19) cathode, relay (20) cathode, electricity
Control valve I (22) one end, electrically-controlled valve II (23) one end, electrically-controlled valve III (33) one end, the connection of igniter (30) one end, conducting wire I (8)
Switch (9) other end, snap switch (7) one end, pressure switch (27) one end, temperature detect switch (TDS) (28) one end, relay (20)
Shift key (26) connection, temperature detect switch (TDS) (28) other end connect with the positive key (25) of relay (20), relay (20)
Normally closed key (24) connect with electrically-controlled valve II (23) other end, the normally opened key (21) and electrically-controlled valve I (22) other end of relay (20)
Connection, pressure switch (27) other end are connected by conducting wire III (32) and electrically-controlled valve III (33) other end, petrolift (19) anode
It connects, snap switch (7) other end is connect by conducting wire II (29) with igniter (30) other end.
Claims (4)
1. a kind of power generator is by furnace body (1), thermoreceptor (2), steam supply pipe (3), steam turbine (4), transmission belt (5), generator
(6), snap switch (7), conducting wire I (8), switch (9), positive wire (10), cathode conductor (11), battery (12), gland steam exhauster
(13), cooling box (14), steam transmitting pipe (15), for combustion pipe (16), starting pipe (17), fuel tank (18), petrolift (19), relay
(20), normally opened key (21), electrically-controlled valve I (22), electrically-controlled valve II (23), normally closed key (24), positive key (25), shift key (26), pressure
Power switchs (27), temperature detect switch (TDS) (28), conducting wire II (29), igniter (30), combustion chamber (31), conducting wire III (32), electrically-controlled valve
III (33) composition, it is characterized in that: thermoreceptor (2) are set in furnace body (1), thermoreceptor (2) following settings combustion chamber (31), steam supply
(3) are managed thermoreceptor (2) outlet and steam turbine (4) inlet communication, gland steam exhauster (13) exports steam turbine (4) with cooling box (14) even
Logical, steam transmitting pipe (15) is connected to cooling box (14) with combustion chamber (31), petrolift (19) is arranged in fuel tank (18), petrolift
(19) by the way that for combustion pipe (16) and thermoreceptor (2) inlet communication, steam turbine (4) drives generator (6) by transmission belt (5).
2. a kind of power generator according to claim 1, it is characterized in that: furnace body (1) setting temperature detect switch (TDS) (28), steam supply pipe
(3) pressure switch (27) are set, igniter (30) are arranged in combustion chamber (31), for combustion pipe (16) setting electrically-controlled valve I (22), steam transmitting pipe
(15) electrically-controlled valve III (33) are set.
3. a kind of power generator according to claim 1, it is characterized in that: after entering in cooling box (14) for combustion pipe (16) again
From wherein coming out, for combustion pipe (16) setting starting pipe (17), starting pipe (17) one end and petrolift (19), electrically-controlled valve I (22) it
Between for combustion pipe (16) connection, starting pipe (17) other end be connected to combustion chamber (31), starting manage (17) setting electrically-controlled valve II
(23)。
4. a kind of power generator according to claim 1, it is characterized in that: positive wire (10) is generator (6) anode, storage
One end connection of battery (12) anode, switch (9), cathode conductor (11) is generator (6) cathode, battery (12) cathode, combustion
Material pump (19) cathode, relay (20) cathode, electrically-controlled valve I (22) one end, electrically-controlled valve II (23) one end, electrically-controlled valve III (33) one
End, the connection of igniter (30) one end, conducting wire I (8) is switch (9) other end, snap switch (7) one end, pressure switch (27) one
Shift key (26) connection at end, temperature detect switch (TDS) (28) one end, relay (20), temperature detect switch (TDS) (28) other end and relay (20)
Positive key (25) connection, the normally closed key (24) of relay (20) connect with electrically-controlled valve II (23) other end, relay (20)
Normally opened key (21) connect with electrically-controlled valve I (22) other end, and pressure switch (27) other end passes through conducting wire III (32) and electrically-controlled valve
III (33) other end, petrolift (19) anode connection, snap switch (7) other end pass through conducting wire II (29) and igniter (30)
Other end connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920053680.1U CN209354252U (en) | 2019-01-05 | 2019-01-05 | A kind of power generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920053680.1U CN209354252U (en) | 2019-01-05 | 2019-01-05 | A kind of power generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209354252U true CN209354252U (en) | 2019-09-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920053680.1U Active CN209354252U (en) | 2019-01-05 | 2019-01-05 | A kind of power generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209354252U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109681324A (en) * | 2019-01-05 | 2019-04-26 | 姜泽众 | A kind of power generator |
-
2019
- 2019-01-05 CN CN201920053680.1U patent/CN209354252U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109681324A (en) * | 2019-01-05 | 2019-04-26 | 姜泽众 | A kind of power generator |
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