CN203515675U - Non-combustion engine - Google Patents
Non-combustion engine Download PDFInfo
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- CN203515675U CN203515675U CN201320712486.2U CN201320712486U CN203515675U CN 203515675 U CN203515675 U CN 203515675U CN 201320712486 U CN201320712486 U CN 201320712486U CN 203515675 U CN203515675 U CN 203515675U
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- 238000002485 combustion reaction Methods 0.000 title abstract 4
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- 230000009466 transformation Effects 0.000 claims description 34
- 230000009183 running Effects 0.000 abstract description 11
- 238000006243 chemical reaction Methods 0.000 abstract description 8
- 239000010720 hydraulic oil Substances 0.000 abstract description 6
- 239000000463 material Substances 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 5
- 230000000694 effects Effects 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 239000000295 fuel oil Substances 0.000 description 2
- 239000007789 gas Substances 0.000 description 2
- 239000011435 rock Substances 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000002950 deficient Effects 0.000 description 1
- -1 electric power Substances 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000003912 environmental pollution Methods 0.000 description 1
- 230000002045 lasting effect Effects 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
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Abstract
The utility model discloses a non-combustion engine which comprises an energy conversion pump, a preceding stage positive pressure pipeline, a preceding stage negative pressure pipeline, a preceding stage positive pressure control valve, a preceding stage negative pressure control valve, a positive pressure self-opening/closing directional valve, a negative pressure self-opening/closing directional valve, a pump impeller, a starting motor wheel, a positive pressure energy tank, a negative pressure energy tank, a backward stage positive pressure pipeline, a backward stage negative pressure pipeline, a backward stage positive pressure control valve, a backward stage negative pressure control valve, a synchronous distributor, a main machine, a driving wheel and a power output wheel, wherein the energy conversion pump is used for circulating conversion of the positive pressure and negative pressure energies; non-combustion materials like hydraulic oil are taken as bearing pressure medium to carry the positive pressure and negative pressure energies which are then all used for acting, so as to avoid energy losing; the main machine has no power losing and can output surplus power. The non-combustion engine has the advantages that the running cost is low, conventional mechanical power energy is saved, the bearing pressure medium is wide in source, and convenient and economic, no environment pollution and small noise are achieved when the complete machine works, the application field is wide , and remarkable economical and social benefits are achieved.
Description
Technical field
The utility model relates to a kind of motor, particularly a kind of do not use the existing energy such as fuel oil, electric power and rock gas without burn engine.
Background technique
Available engine must be used fuel oil, electric power, rock gas or nuclear power source equal energy source to turn round, and not only can consume in a large number the limited energy, and operating cost is high, also can serious environment pollution.
Model utility content
For alleviating the situation that China's energy is increasingly deficient, reduce the operating cost of motor, strengthen environmental protection, it is a kind of without burn engine that the utility model provides.
The technical solution of the utility model is to comprise transformation of energy pump without burn engine, prime malleation pipeline, prime negative-pressure pipeline, the positive pressure control valve of prime, prime negative pressure control valve, malleation self-open and self-close's directional valve, negative pressure self-open and self-close's directional valve, pump impeller, starting electrical machinery wheel, malleation energy measuring tank, negative pressure energy measuring tank, rear class malleation pipeline, rear class negative-pressure pipeline, the positive pressure control valve of rear class, rear class negative pressure control valve, synchronous distributor, main frame, drive wheel, power output wheel, transformation of energy delivery side of pump connects of prime malleation pipeline, the input end of transformation of energy pump connects of prime negative-pressure pipeline, on the axle of transformation of energy pump, be slidably fitted with pump impeller, pump impeller and starting electrical machinery wheel or drive wheel slide and mesh, in prime malleation pipeline, be connected to the positive pressure control valve of prime and malleation self-open and self-close directional valve, the other end of prime malleation pipeline is connected to the input end of malleation energy measuring tank, in prime negative-pressure pipeline, be connected to prime negative pressure control valve and negative pressure self-open and self-close directional valve, the other end of prime negative-pressure pipeline is connected to the output terminal of negative pressure energy measuring tank, the output terminal of malleation energy measuring tank connects of rear class malleation pipeline, the input end of negative pressure energy measuring tank connects of rear class negative-pressure pipeline, in rear class malleation pipeline and rear class negative-pressure pipeline, be connected to respectively the positive pressure control valve of rear class, rear class negative pressure control valve, two pipe ends are also connected to synchronous distributor simultaneously, and the other end of rear class malleation pipeline is connected to the malleation feeder connection of main frame, and the other end of rear class negative-pressure pipeline is connected to the negative pressure channel entrance of main frame, and drive wheel is installed on main frame, power output wheel.
Just described, negative pressure energy tank top is provided with pressure indicating meter, on negative pressure energy measuring tank, be provided with pressure-bearing medium and add entrance, in negative pressure energy measuring tank, be filled with pressure-bearing medium, pressure-bearing medium can be hydraulic oil, gas, the non-combustible material such as water, the effect of pressure-bearing medium is that carrying transformation of energy pump is just generating, negative pressure energy, and can direct reach in main frame along pipeline and promote (inhaling moving) reciprocating motion of the pistons or promotion (inhaling moving) worm gear rotation, and then form the loss-free benign cycle of n-negative pressure, utilize above-mentioned pressure-bearing medium to do the carrier of pressure energy, its character after completing work done, value is constant, thereby can iterative cycles utilization.
Described transformation of energy pump is to be rotated and just generated by pump impeller, the key device of negative pressure, the pressure generating is in order to promote the circular flow under high pressure conditions of pressure-bearing medium, transformation of energy pump continues sucking-off by the pressure-bearing medium in negative pressure energy measuring tank by prime negative-pressure pipeline from input end and generates negative pressure energy, by negative pressure energy, in pump housing internal conversion, be malleation energy again, from its output terminal, by prime malleation pipeline, continue to be pressed into malleation energy measuring tank, while flowing in certain space according to liquid (gas) body, there is the loss-free characteristic of energy, negative pressure energy generates how many, malleation energy also corresponding generation is how many, therefore just, negative pressure energy is directly proportional, also just, negative pressure value equates.
Described positive and negative pressure energy measuring tank is the closed metal container that stores positive and negative pressure energy, when transformation of energy pump is pressed into malleation energy from its output terminal while putting aside pressure energy to setting value malleation energy measuring tank, negative pressure energy in negative pressure energy measuring tank also reaches identical setting value, now after pump impeller, move disengaging starting electrical machinery and take turns rear and drive wheel engagement, malleation energy acts on main frame from the output terminal of malleation energy measuring tank by rear class malleation pipeline again, and negative pressure energy acts on main frame from the input end of negative pressure energy measuring tank by rear class negative-pressure pipeline again.
The described ducted control valve of positive and negative pressure that is connected to is mainly used to pilot pressure stored energy and long-time shutdown, maintenance and changes component use, should be in opening state when engine start, operation, and control valve can adopt manual or electronic control mode.Be connected to the unidirectional operation that the ducted self-open and self-close's directional valve of prime positive and negative pressure is used for guaranteeing positive and negative pressure.
Described synchronous distributor consists of the gate-controlled switch of two groups of interlocks; can manual or electronic control; its function one is the startup of synchronous opening/closing main control system or the shutdown by two groups of gang switches, the 2nd, can adjust by controlling the opening degree of two groups of gang switches the rotating speed of main frame.
Described main frame comprises piston type main frame and worm-gear type main frame.
Described piston type main frame comprises cylinder body, piston, crankshaft & connecting, distribution wheel, cam valve train, malleation valve, negative pressure valve, the top of cylinder body is provided with positive pressure passageway, negative pressure channel, malleation valve and negative pressure valve are just being separately positioned on cylinder body top, negative pressure channel mouth, piston is connected in cylinder body and with crankshaft & connecting, one of crankshaft & connecting is provided with distribution wheel and drive wheel, distribution wheel drives cam valve train running, the other end of crankshaft & connecting is provided with power output wheel, cam valve train is subject to the driving of distribution wheel, according to the motion state of piston and just, the supply situation of negative pressure energy, passes through camshaft, the controlling componenies such as push rod, close negative pressure valve when accurately opening malleation valve, or close malleation valve when accurately opening negative pressure valve, are just controlling, negative pressure energy is through just, negative pressure channel alternately enters cylinder body, just to guarantee, the supply condition of negative pressure energy and the piston to-and-fro motion state in cylinder body matches, and just makes, negative pressure energy alternately promotes or inhalation-activated piston is realized continuous to-and-fro motion, thereby realizes the continuous operation of crankshaft & connecting.
Described worm-gear type main frame comprises worm gear chamber, worm gear, worm-wheel shaft, it is indoor that worm gear is placed in worm gear, the both sides of worm gear chamber are respectively arranged with malleation energy channel and the negative pressure energy channel of radial skew several angle, on worm gear, be evenly distributed with wormwheel blade, wormwheel blade and worm-wheel shaft cocurrent and parallel distribute or do not diagonally distribute in the same way with worm-wheel shaft, and the two ends of worm-wheel shaft are separately installed with drive wheel and power output wheel.Malleation energy enters worm gear chamber from rear class malleation pipeline through malleation energy channel, when making worm gear rotation by promoting wormwheel blade, negative pressure energy also enters worm gear chamber by rear class negative-pressure pipeline through negative pressure energy channel, and make worm gear rotating Vortex by inhaling wormwheel blade, the positive and negative pressure energy that enters into worm gear chamber is exchanged, can be changed the sense of rotation of worm gear.
The utility model is being followed under the prerequisite of principle of conservation of energy, employing utilizes multiplication of voltage principle to obtain the design principle of continuous driving force energy, the non-combustible materials such as hydraulic oil, gas, water of usining carry as pressure-bearing medium the positive and negative pressure energy that transformation of energy pump generates, its malleation energy and negative pressure energy all participate in work done, malleation energy and negative pressure energy are all the time in equivalent repeat state, thereby there is no energy loss, main frame does not have kinetic equation loss.Because positive and negative pressure energy stack acting in conjunction is in main frame, the power therefore producing is lasting and constant, thereby has realized the continuous service of main frame.During startup, transformation of energy pump first provides an outer power to make its running by starting electrical machinery, when the pressure energy of positive and negative pressure energy measuring tank reaches setting value, transformation of energy pump changes by drive wheel driven rotary, continued to keep the not stall of positive and negative pressure energy to change, positive and negative pressure energy is synchronously continued circular flow, has not only guaranteed main frame continuous running voluntarily after power outside departing from, and can also realize the output of excess power.
The size of the utility model residue outputting power, just depend on, the pressure energy value of negative pressure energy measuring tank, and the isoparametric appropriate design of the power consumption of transformation of energy pump, because main frame does not have power consumption, so, its fundamental formular is: AX+BX-CX=N, in formula, AX is malleation energy value, BX is negative pressure energy value, CX is the pressure energy value that the power of transformation of energy pump consumes, when being driven by 0.5 kilowatt motor, transformation of energy pump just can generate, negative pressure energy value is 0.3Mpa, therefore the pressure energy value that transformation of energy pump consumes is 0.3Mpa, N is residual pressure energy value, therefore can draw following formula: 0.3+0.3-0.3=0.3Mpa, that is: remaining pressure energy value is 0.3Mpa, also can be converted into the value of power.This shows, the power decapacitation that positive and negative pressure energy is changed maintains outside main frame self running, and unnecessary power output also can be provided.
The beneficial effects of the utility model are:
1, motor volume is little, and operating cost is low, saves existing machinery power source, can realize high-power output;
2, available pressure-bearing medium (pressure energy carrier) source is wide and convenient economical;
3, complete machine when work non-environmental-pollution, operating noise are little;
4, application is extensive, can produce significant economic and social benefit.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that the utility model adopts piston type main frame;
Fig. 2 is the schematic diagram that the utility model adopts worm-gear type main frame;
Fig. 3 be in Fig. 2 worm-gear type main frame along the sectional view of A-A line;
Fig. 4 is the worm-gear type blade schematic diagram not diagonally distributing in the same way with worm-wheel shaft.
In figure: transformation of energy pump 1, prime malleation pipeline 2, prime negative-pressure pipeline 3, the positive pressure control valve 4 of prime, prime negative pressure control valve 5, malleation self-open and self-close's directional valve 6, negative pressure self-open and self-close's directional valve 7, pump impeller 8, starting electrical machinery wheel 9, malleation energy measuring tank 10, negative pressure energy measuring tank 11, rear class malleation pipeline 12, rear class negative-pressure pipeline 13, the positive pressure control valve 14 of rear class, rear class negative pressure control valve 15, synchronous distributor 16, drive wheel 17, power output wheel 18, pressure-bearing medium adds entrance 19, cylinder body 20, piston 21, crankshaft & connecting 22, distribution wheel 23, cam valve train 24, worm gear chamber 25, worm gear 26, worm-wheel shaft 27, malleation energy channel 28, negative pressure energy channel 29, wormwheel blade 30, malleation valve 31, negative pressure valve 32
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in detail.
As Fig. 1, shown in 2, the utility model comprises transformation of energy pump 1, prime malleation pipeline 2, prime negative-pressure pipeline 3, the positive pressure control valve 4 of prime, prime negative pressure control valve 5, malleation self-open and self-close's directional valve 6, negative pressure self-open and self-close's directional valve 7, pump impeller 8, starting electrical machinery wheel 9, malleation energy measuring tank 10, negative pressure energy measuring tank 11, rear class malleation pipeline 12, rear class negative-pressure pipeline 13, the positive pressure control valve 14 of rear class, rear class negative pressure control valve 15, synchronous distributor 16, main frame, drive wheel 17, power output wheel 18, the output terminal of transformation of energy pump 1 connects of prime malleation pipeline 2, the input end of transformation of energy pump 1 connects of prime negative-pressure pipeline 3, on the axle of transformation of energy pump 1, be slidably fitted with pump impeller 8, pump impeller 8 slides and meshes with starting electrical machinery wheel 9 or drive wheel 17, in prime malleation pipeline 2, be connected to the positive pressure control valve 4 of prime and malleation self-open and self-close directional valve 6, the other end of prime malleation pipeline 2 is connected to the input end of malleation energy measuring tank 10, in prime negative-pressure pipeline 3, be connected to prime negative pressure control valve 5 and negative pressure self-open and self-close directional valve 7, the other end of prime negative-pressure pipeline 3 is connected to the output terminal of negative pressure energy measuring tank 11, the output terminal of malleation energy measuring tank 10 connects of rear class malleation pipeline 12, the input end of negative pressure energy measuring tank 11 connects of rear class negative-pressure pipeline 13, in rear class malleation pipeline 12 and rear class negative-pressure pipeline 13, be connected to respectively the positive pressure control valve 14 of rear class, rear class negative pressure control valve 15, two pipe ends are also connected to synchronous distributor 16 simultaneously, the other end of rear class malleation pipeline 12 is connected to the malleation feeder connection of main frame, and the other end of rear class negative-pressure pipeline 13 is connected to the negative pressure channel entrance of main frame, and drive wheel 17 is installed on main frame, power output wheel 18.
Positive and negative pressure energy tank top is provided with pressure indicating meter, on negative pressure energy measuring tank 11, be provided with pressure-bearing medium and add entrance 19, in negative pressure energy measuring tank 11, be filled with pressure-bearing medium, pressure-bearing medium can be the non-combustible materials such as hydraulic oil, gas, water, and the effect of pressure-bearing medium is the positive and negative pressure energy that carrying transformation of energy pump generates.
Transformation of energy pump 1 is to be rotated and generated positive and negative pressure by pump impeller 8, in order to promote the circular flow under high pressure conditions of pressure-bearing medium, transformation of energy pump 1 continues sucking-off by the pressure-bearing medium in negative pressure energy measuring tank 11 by prime negative-pressure pipeline 3 from input end and generates negative pressure energy, by negative pressure energy, in pump housing internal conversion, be malleation energy again, from its output terminal, by prime malleation pipeline 2, continue to be pressed into malleation energy measuring tank 10.
When transformation of energy pump 1 is pressed into malleation energy from its output terminal while putting aside pressure energy to setting value malleation energy measuring tank 10, negative pressure energy in negative pressure energy measuring tank 11 also reaches identical setting value, now after pump impeller 8, move disengaging starting electrical machinery and take turns 9 rear and drive wheel 17 engagements, malleation energy acts on main frame from the output terminal of malleation energy measuring tank 10 by rear class malleation pipeline 12 again, and negative pressure energy acts on main frame from the input end of negative pressure energy measuring tank 11 by rear class negative-pressure pipeline 13 again.
Main frame comprises piston type main frame and worm-gear type main frame.
Fig. 1 has provided the schematic diagram that adopts piston type main frame, piston type main frame comprises cylinder body 20, piston 21, crankshaft & connecting 22, distribution wheel 23, cam valve train 24, malleation valve 31, negative pressure valve 32, the top of cylinder body 20 is provided with positive pressure passageway, negative pressure channel, malleation valve 31 and negative pressure valve 32 are just being separately positioned on cylinder body 20 tops, negative pressure channel mouth, piston 21 is connected in cylinder body 20 and with crankshaft & connecting 22, one of crankshaft & connecting 22 is provided with distribution wheel 23 and drive wheel 17, distribution wheel 23 drives cam valve train 24 runnings, the other end of crankshaft & connecting 22 is provided with power output wheel 18.
Fig. 2-4 have provided the schematic diagram that adopts worm-gear type formula main frame, worm-gear type main frame comprises worm gear chamber 25, worm gear 26, worm-wheel shaft 27, worm gear 26 is placed in worm gear chamber 25, the both sides of worm gear chamber 25 are respectively arranged with malleation energy channel 28 and the negative pressure energy channel 29 of radial skew several angle, on worm gear 26, be evenly distributed with wormwheel blade 30, wormwheel blade 30 distributes or does not diagonally distribute in the same way with worm-wheel shaft 27 with worm-wheel shaft 27 cocurrent and parallels, and the two ends of worm-wheel shaft 27 are separately installed with drive wheel 17 and power output wheel 18.
Embodiment 1 (adopting piston type main frame):
As shown in Figure 1, first carry out the preparatory work before start, check the sealing situation of pipeline and corresponding part joint, carry out bulge test and confirm that good seal is without leakage; In negative pressure energy measuring tank 11, add pressure-bearing medium, using hydraulic oil here as pressure-bearing medium; Open all control valves; Close synchronous distributor 16; The pressure of setting positive and negative pressure energy measuring tank is 0.3Mpa.
1, start.The pump impeller 8 of transformation of energy pump 1 is in throwing off drive wheel 17, position with 9 engagements of starting electrical machinery wheel, connect starting electrical machinery and make 1 work of energy conversion pump, transformation of energy pump 1 continues sucking-off by prime negative-pressure pipeline 3 by the hydraulic oil in negative pressure energy measuring tank 11 from input end and generates negative pressure energy, by negative pressure energy, in pump housing internal conversion, be malleation energy again, from its output terminal, by prime malleation pipeline 2, continue to be pressed into malleation energy measuring tank 10, because the end of rear class malleation pipeline 12 and rear class negative-pressure pipeline 13 is closed by synchronous distributor 16, continuous operation along with transformation of energy pump 1, just, negative pressure energy is constantly accumulation in malleation energy measuring tank 10 and negative pressure energy measuring tank 11, when just, when negative pressure reaches the 0.3Mpa of setting, open synchronous distributor 16, just, negative pressure energy alternately enters cylinder body 20, piston 21 is just, under the effect of negative pressure energy, produce to-and-fro motion, now make pump impeller 8 depart from starting electrical machinery wheel 9 and be meshed with drive wheel 17.
2, operation.Transformation of energy pump 1 continues after power to drive running by drive wheel 17 outside departing from, thereby transfer power is constant, and the positive and negative pressure energy of its conversion also keeps setting value constant.Open the moment of synchronous distributor 16, cam valve train 24 controls that malleation valves 31 are opened, negative pressure valve 32 is closed, and malleation energy is entered and in cylinder body 20, promoted piston 21 and move ahead by positive pressure passageway; When piston 21 arrives lower dead center, cam valve train 24 control malleation valves 31 are closed, negative pressure valve 32 is opened, the negative pressure energy corresponding with malleation energy moves after by negative pressure channel inhalation-activated piston 21, when piston 21 arrives top dead center, cam valve train 24 repeats again above-mentioned control procedure, make piston 21 drive crankshaft & connecting 22 continuous operations, so move in circles.Now, transformation of energy pump 1 carries out continuous running by drive wheel 17 and continues to keep the not stall of positive and negative pressure energy to change, and when keeping main frame continuous running, also excess power can be flowed to any equipment that needs power by power output wheel 18.
3, speed governing or shutdown.Control synchronous distributor 16 two groups of gang switches open the degree of closing, can realize the adjustment to main frame running speed; Two groups of gang switches of cutting out synchronous distributor 16 can make complete machine out of service.
Embodiment 2 (adopting worm-gear type main frame):
As in Figure 2-4, preparatory work, speed governing and shutdown step are identical with embodiment 1, are just starting and are turning round in step, and the working method of main frame and embodiment's 1 host work mode is different:
1, start.When positive and negative pressure reaches the 0.3Mpa of setting, open synchronous distributor 16, positive and negative pressure energy enters worm gear chamber 25 and makes worm gear 26 rotations, now makes pump impeller 8 depart from starting electrical machinery wheel 9 and be meshed with the drive wheel 17 on worm-wheel shaft 27.
2, operation.In the moment of opening synchronous distributor 16, malleation energy enters worm gear chamber 25 from rear class malleation pipeline 12 through malleation energy channel 28, promote wormwheel blade 30 and make worm gear 26 rotations, meanwhile, negative pressure energy also enters worm gear chamber 25 by rear class negative-pressure pipeline 13 through negative pressure energy channel 29, by inhaling wormwheel blade 30, make worm gear 26 rotating Vortexes, so just, the continuous circular flow of negative pressure energy, worm gear 26 also continues rotation and goes down, worm-gear type main frame is when keeping continuous running voluntarily, also excess power can be flowed to any equipment that needs power by the power output wheel 18 on worm-wheel shaft 27, as will be just input to worm gear chamber 25, negative pressure energy is exchanged, can change the sense of rotation of worm gear 26.
Claims (8)
1. the utility model discloses a kind ofly without burn engine, it is characterized in that, comprise transformation of energy pump (1), prime malleation pipeline (2), prime negative-pressure pipeline (3), the positive pressure control valve of prime (4), prime negative pressure control valve (5), malleation self-open and self-close's directional valve (6), negative pressure self-open and self-close's directional valve (7), pump impeller (8), starting electrical machinery wheel (9), malleation energy measuring tank (10), negative pressure energy measuring tank (11), rear class malleation pipeline (12), rear class negative-pressure pipeline (13), the positive pressure control valve of rear class (14), rear class negative pressure control valve (15), synchronous distributor (16), main frame, drive wheel (17), power output wheel (18), the output terminal of transformation of energy pump (1) connects of prime malleation pipeline (2), the input end of transformation of energy pump (1) connects of prime negative-pressure pipeline (3), on the axle of transformation of energy pump (1), be slidably fitted with pump impeller (8), pump impeller (8) slides and meshes with starting electrical machinery wheel (9) or drive wheel (17), in prime malleation pipeline (2), be connected to the positive pressure control valve of prime (4) and malleation self-open and self-close directional valve (6), the other end of prime malleation pipeline (2) is connected to the input end of malleation energy measuring tank (10), in prime negative-pressure pipeline (3), be connected to prime negative pressure control valve (5) and negative pressure self-open and self-close directional valve (7), the other end of prime negative-pressure pipeline (3) is connected to the output terminal of negative pressure energy measuring tank (11), the output terminal of malleation energy measuring tank (10) connects of rear class malleation pipeline (12), the input end of negative pressure energy measuring tank (11) connects of rear class negative-pressure pipeline (13), in rear class malleation pipeline (12) and rear class negative-pressure pipeline (13), be connected to respectively the positive pressure control valve of rear class (14), rear class negative pressure control valve (15), two pipe ends are also connected to synchronous distributor (16) simultaneously, the other end of rear class malleation pipeline (12) is connected to the malleation feeder connection of main frame, the other end of rear class negative-pressure pipeline (13) is connected to the negative pressure channel entrance of main frame, and drive wheel (17) is installed on main frame, power output wheel (18).
2. according to claim 1 without burn engine, it is characterized in that, on negative pressure energy measuring tank (11), be provided with pressure-bearing medium and add entrance (19), in negative pressure energy measuring tank (11), be filled with pressure-bearing medium.
3. according to claim 1 without burn engine, it is characterized in that, when transformation of energy pump (1) is pressed into malleation energy from its output terminal malleation energy measuring tank (10) savings pressure energy to setting value, after pump impeller (8), move depart from starting electrical machinery wheel (9) after and drive wheel (17) mesh.
4. according to claim 1 without burn engine, it is characterized in that, synchronous distributor (16) consists of the gate-controlled switch of two groups of interlocks.
5. according to claim 1 without burn engine, it is characterized in that, main frame comprises piston type main frame and worm-gear type main frame.
6. according to claim 5 without burn engine, it is characterized in that, piston type main frame comprises cylinder body (20), piston (21), crankshaft & connecting (22), distribution wheel (23), cam valve train (24), malleation valve (31), negative pressure valve (32), the top of cylinder body (20) is provided with positive pressure passageway, negative pressure channel, malleation valve (31) and negative pressure valve (32) are just being separately positioned on cylinder body (20) top, negative pressure channel mouth, piston (21) is connected in cylinder body (20) and with crankshaft & connecting (22), one of crankshaft & connecting (22) is provided with distribution wheel (23) and drive wheel (17), the other end of crankshaft & connecting (22) is provided with power output wheel (18).
7. according to claim 5 without burn engine, it is characterized in that, worm-gear type main frame comprises worm gear chamber (25), worm gear (26), worm-wheel shaft (27), worm gear (26) is placed in worm gear chamber (25), the both sides of worm gear chamber (25) are respectively arranged with malleation energy channel (28) and the negative pressure energy channel (29) of radial skew several angle, on worm gear (26), be evenly distributed with wormwheel blade (30), wormwheel blade (30) distributes or does not diagonally distribute in the same way with worm-wheel shaft (27) with worm-wheel shaft (27) cocurrent and parallel, the two ends of worm-wheel shaft (27) are separately installed with drive wheel (17) and power output wheel (18).
8. according to claim 7 without burn engine, it is characterized in that, the positive and negative pressure energy that enters into worm gear chamber (25) is exchanged, can change the sense of rotation of worm gear (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320712486.2U CN203515675U (en) | 2013-11-13 | 2013-11-13 | Non-combustion engine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320712486.2U CN203515675U (en) | 2013-11-13 | 2013-11-13 | Non-combustion engine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203515675U true CN203515675U (en) | 2014-04-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320712486.2U Expired - Lifetime CN203515675U (en) | 2013-11-13 | 2013-11-13 | Non-combustion engine |
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| Country | Link |
|---|---|
| CN (1) | CN203515675U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108488028A (en) * | 2018-05-03 | 2018-09-04 | 广东电网有限责任公司 | Engine and generator |
-
2013
- 2013-11-13 CN CN201320712486.2U patent/CN203515675U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108488028A (en) * | 2018-05-03 | 2018-09-04 | 广东电网有限责任公司 | Engine and generator |
| CN108488028B (en) * | 2018-05-03 | 2023-06-23 | 广东电网有限责任公司 | Engine and generator |
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