CN1834426A - Energy saving pneumatic dynamic booster - Google Patents
Energy saving pneumatic dynamic booster Download PDFInfo
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- CN1834426A CN1834426A CN 200610200316 CN200610200316A CN1834426A CN 1834426 A CN1834426 A CN 1834426A CN 200610200316 CN200610200316 CN 200610200316 CN 200610200316 A CN200610200316 A CN 200610200316A CN 1834426 A CN1834426 A CN 1834426A
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Abstract
The present invention relates to a energy-saving pneumatic power servo-device connected between engine and rotating output shaft, its main body is composed of two telescopic bags which are axially series-connected oppositely-arranged and whose external walls are movably connected on a sliding bar, on two ends of every telescopic bag is respectively fixed a sealed end plate, the external end of every telescopic bag is fixed end, and its internal end is telescopic end which can be moved along axial direction, and in every folded place of inner wall of telescopic bag a pressure-resisting ring is fixed, the above-mentioned telescopic end of every telescopic bag is connected with a drive connecting frame, said drive connecting frame is connected with the rotating output shaft by means of crankshaft. The fixed end of every telescopic bag is communicated with two oil tubes, one is oil-pumping tube and another is oil-injecting tube, another end of every oil tube is connected with centrifugal pump driven by gasoline engine by means of oil-pumping oil-injecting changeover valve, the fixed end of every telescopic bag also is equipped with a scavenging seal plug.
Description
(1) technical field
The present invention relates to a kind of power energy-saving power assisting device, particularly a kind of energy-saving power-boost system that utilizes the Pneumatic pressure power transmission.
(2) background technique
Barometric pressure is ubiquitous, and known one square metre standard atmospheric pressure is converted into the gravity that gravity can reach 10 tons, is a kind of inexhaustible potential energy source, utilizes but lack effectively at present.On the other hand, along with increasing in a large number of Motor Vehicle, the continuous rise of oil price, existing is that the power engine of power is badly in need of more effective conservation measures with oil.
(3) summary of the invention
The purpose of this invention is to provide a kind of energy saving pneumatic dynamic booster, solve the problem of utilizing barometric pressure auxiliary power machine to save the energy.
Technological scheme of the present invention: this energy saving pneumatic dynamic booster, be connected between motor and the rotary output axis, it is characterized in that: its main body is two, and axially polyphone positioned opposite, outer wall are movably connected in the flexible capsule on the sliding bar, flexible capsule two ends fixing seal end plate, the outer end of two flexible capsules is a fixed end, the inner is the flexible end that moves vertically, the fixing pressure-resistent ring in each folding section of inwall of flexible capsule, flexible end at two flexible capsules is connected with the transmission frame linking respectively, and this transmission frame linking is connected with rotary output axis through bent axle; Be communicated with two oil pipes at flexible capsule at fixed end, one be oil pick-up tube, and one be oil filler pipe, and the other end of two oil pipes links to each other with the centrifugal pump of petrol engine drive through taking out the oiling changing valve, also has the sealing plug of taking a breath at the fixed end of each flexible capsule.
Be with slip ring on the above-mentioned sliding bar, slip ring is connected with flexible capsule.
Above-mentioned pressure-resistent ring is annular or spirality.
Above-mentioned transmission frame linking is double link frame linking or four connecting rod frame linkings.
The material of above-mentioned flexible capsule is rubber bag tank, animal peltry or reinforced plastic capsule.
The present invention compares the beneficial effect that has with existing conventional art: the present invention is driven by a put-put, by atmospheric pressure, makes two flexible capsules fore and aft motion that interlocks, and by the rotary output axis outputting power, drives machine run.Under the situation of equal output power, the present invention is than traditional power machine fuel saving; Under the equivalent fuel situation, the present invention is more high-power than the output of traditional power machine, can effectively save non-renewable energy, helps environmental protection, and the present invention can be applicable to Motor Vehicle such as automobile, train, steamer, saves fuel oil than ordinary motor vehicle.
(4) description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is the fixedly schematic representation of pressure-resistent ring of flexible capsule inner wall;
Fig. 3 is with slip ring, the schematic representation that slip ring is connected with flexible capsule on the sliding bar;
Fig. 4 is the schematic representation that flexible capsule is communicated with oil filler pipe and scavenge port.
Fig. 5 is workflow 1 schematic representation that the flexible capsules of No. 2, the present invention shrink, No. 1 flexible capsule is stretched out;
Fig. 6 is that No. 2 flexible capsules of the present invention are stretched out, workflow 2 schematic representation of No. 1 flexible capsule contraction;
Fig. 7 is workflow 3 schematic representation that the flexible capsules of No. 2, the present invention shrink, No. 1 flexible capsule is stretched out.
Among the figure: 1-1 number flexible capsule, 2-2 number flexible capsule, 3-pressure-resistent ring, 4-Seal end plate, 5-sliding bar, 6-transmission frame linking, 7-rotary output axis, 8-oil pick-up tube, 9-oil filler pipe, 10-take out oiling changing valve, 11-centrifugal pump, 12-petrol engine, 13-bent axle, 14-ventilation sealing plug, 15-slip ring, 16-scavenge port, 17-pouring orifice closure plate, 18-connecting rod.
(5) embodiment
Embodiment: this energy saving pneumatic dynamic booster, be connected between petrol engine 12 and the rotary output axis 7, its main body is that two positioned opposite of axially contacting, outer walls are movably connected in No. 1 flexible capsule 1 and No. 2 flexible capsules 2 on the sliding bar 5, and the material of flexible capsule is rubber bag tank, animal peltry or reinforced plastic capsule.The outer end of 4, two flexible capsules of each flexible capsule two ends fixing seal end plate is a fixed end, and the inner is the flexible end that moves vertically, is connected with transmission frame linking 6 respectively at the flexible end of two flexible capsules, and this transmission frame linking is connected with rotary output axis 7 through bent axle 13; Fixed end at flexible capsule is communicated with two oil pipes, and one is that 8, one of oil pick-up tube are oil filler pipe 9, and the inlet of oil filler pipe 9 is provided with a pouring orifice closure plate 17.Two oil pipes link to each other with the centrifugal pump 11 that petrol engine 12 drives through taking out oiling changing valve 10, on the scavenge port 16 of flexible capsule fixed end, be plugged with a ventilation sealing plug 14, above-mentioned ventilation sealing plug connects a connecting rod 18, and above-mentioned transmission frame linking 6 is double link frame linking or four connecting rod frame linkings.
Referring to Fig. 2, the fixing pressure-resistent ring 3 in each folding section of inwall of flexible capsule, pressure-resistent ring 3 can be annular or spirality.
Referring to Fig. 3, be with slip ring 15 on the sliding bar, slip ring is fixedlyed connected with flexible capsule by flexible connecting member.
Workflow 1 is referring to Fig. 5, and No. 2 flexible capsule contractions, No. 1 flexible capsule are stretched out.No. 1 flexible capsule is full oil condition, and No. 2 flexible capsules are for treating oil condition, and opens take a breath sealing plug 14 and pouring orifice.
Workflow 2 is referring to Fig. 6, and No. 2 flexible capsules are stretched out, No. 1 flexible capsule shrinks.Centrifugal pump is taken the machine oil in the flexible capsule away No. 1, makes in No. 1 flexible capsule and forms negative pressure, drives the transmission frame linking to the motion of N direction, and drives bent axle and rotary output axis running by the transmission frame linking; By taking out oiling changing valve 10 oil of No. 1 flexible capsule extraction is injected No. 2 flexible capsules.
Workflow 3 is referring to Fig. 7, and No. 2 flexible capsule contractions, No. 1 flexible capsule are stretched out.After No. 1 flexible capsule acting finishes, No. 2 flexible capsule stops ventilation and oiling thereupon, No. 1 flexible capsule begins ventilation and oiling, No. 2 flexible capsule shrinks to the S direction, begin the oil pumping acting, and by transmission frame linking drive bent axle and the equidirectional continuous running of rotary output axis, No. 1 flexible capsule also begins the oiling process thereupon, prepares the next round acting.
So periodic duty can realize that power engine is energy-conservation.
The present invention is based on atmospheric pressure theory, according to atmospheric characteristics, designs the pressure that can utilize atmosphere and makes it energy conserving system into the power engine power-assisted.The present invention can make the flexible capsule of two telescopic cylindrical rubbers as required, and utricule is a telescopic folding shape, fixes the metal pressure-resistent ring in each folding section of inwall of flexible capsule, and flexible capsule two ends are good with metallic seal end plate sealing and fixing.One end of flexible utricule is fixed, and the other end is enclosed within on the metal sliding bar all around that is distributed in capsule, makes it flexible along sliding bar, a transmission frame linking is respectively paid on scalable end both sides at capsule, this transmission frame linking stretches along with the flexible of utricule, thereby drives transmission output shaft, outputting power.The end of fixing at each flexible capsule connects two oil pipes, one is oil pick-up tube, one is oil filler pipe, two oil pipes by take out, the oiling changing valve links to each other with a centrifugal pump that is driven by petrol engine, fixed end at each flexible capsule also has a scavenge port, scavenge port is plugged with a ventilation sealing plug, takes a breath as required.Before starting working, earlier filling with machine oil in the flexible capsule, close scavenge port thereupon, the pouring orifice that is connected with utricule in addition that thereupon seals with scavenge port, make whole utricule be sealing state, petrol engine drives centrifugal pump work thereupon, centrifugal pump work is also extracted the capsule inner engine oil out, then the atmospheric pressure that is subjected to all around of flexible capsule makes generation negative pressure in the flexible capsule, the inwall of the flexible capsule of cause has the metal pressure-resistent ring, one end of flexible capsule also is fixed, so the other end of flexible capsule can slide that pole moves and negative pressure in the flexible capsule of balance and counteracting along metal, thereby the transmission frame linking that is fixed on flexible Nang Ding is slided thereupon, and the other end of transmission frame linking is a bent axle, and bent axle links to each other with transmission output shaft.The slip that is fixed on the transmission frame linking of flexible Nang Ding has also driven the rotation of bent axle, thereby drives another root rotary output axis outputting power.But this rotary output axis can only rotate half-turn, when having changeed half-turn, then another flexible capsule is started working, and at this moment, first flexible capsule is opened scavenge port and oil filler pipe thereupon, the capsule inside and outside air pressure balance stretches this moment, beginning oiling in the capsule that stretches is treated another flexible capsule after hours under the drive of same centrifugal pump, and this flexible capsule then seals scavenge port once more and carries out work, then rotary output axis implements to continue equidirectional running under the work of two flexible capsules, thereby drives the operation of a machine.
Suppose petrol engine with a discharge capacity 350cc, then can drive area is the flexible capsule of 0.4 square meter, the power of output is about 280 kilograms/meter per second, if apply on the automobile, then available 2-3 rises gasoline drive car and travels 100 kilometers, need to prove if enough technology that vacuumizes are arranged, then flexible capsule can be worked under the gas storage state, and centrifugal pump is taken away the air in the flexible capsule, makes it to form negative pressure, thereby reduce the oiling link, oil pumping process also changes pumping process into thereupon.
Claims (5)
1. energy saving pneumatic dynamic booster, be connected between motor and the rotary output axis, it is characterized in that: its main body is two, and axially polyphone positioned opposite, outer wall are movably connected in the flexible capsule on the sliding bar, flexible capsule two ends fixing seal end plate, the outer end of two flexible capsules is a fixed end, the inner is the flexible end that moves vertically, the fixing pressure-resistent ring in each folding section of inwall of flexible capsule, flexible end at two flexible capsules is connected with the transmission frame linking respectively, and this transmission frame linking is connected with rotary output axis through bent axle; Be communicated with two oil pipes at flexible capsule at fixed end, one be oil pick-up tube, and one be oil filler pipe, and the other end of two oil pipes links to each other with the centrifugal pump of petrol engine drive through taking out the oiling changing valve, also has the sealing plug of taking a breath at the fixed end of each flexible capsule.
2. energy saving pneumatic dynamic booster according to claim 1 is characterized in that: be with slip ring on the above-mentioned sliding bar, slip ring is connected with flexible capsule.
3. energy saving pneumatic dynamic booster according to claim 1 and 2 is characterized in that: above-mentioned pressure-resistent ring is annular or spirality.
4. energy saving pneumatic dynamic booster according to claim 1 and 2 is characterized in that: above-mentioned transmission frame linking is double link frame linking or four connecting rod frame linkings.
5. energy saving pneumatic dynamic booster according to claim 1 and 2 is characterized in that: the material of above-mentioned flexible capsule is rubber bag tank, animal peltry or reinforced plastic capsule.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610200316 CN1834426A (en) | 2006-04-05 | 2006-04-05 | Energy saving pneumatic dynamic booster |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610200316 CN1834426A (en) | 2006-04-05 | 2006-04-05 | Energy saving pneumatic dynamic booster |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1834426A true CN1834426A (en) | 2006-09-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200610200316 Pending CN1834426A (en) | 2006-04-05 | 2006-04-05 | Energy saving pneumatic dynamic booster |
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| CN (1) | CN1834426A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102225686A (en) * | 2011-04-10 | 2011-10-26 | 张玉权 | Annular pressure booster |
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2006
- 2006-04-05 CN CN 200610200316 patent/CN1834426A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102225686A (en) * | 2011-04-10 | 2011-10-26 | 张玉权 | Annular pressure booster |
| CN102225686B (en) * | 2011-04-10 | 2013-07-03 | 张玉权 | Annular pressure booster |
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