TW201542926A - An improve structure for rotary engine - Google Patents

Abstract

The present invention. to be take out the component of U form channel from the stator. and put on two piece of Flange were locate at both side of the movable plate on the rotor and to string together. It will become into a V form channel on the rotor. There have several Fan form concavities which is corresponds to the both side of the movable plate and locate at inside of the Flange. The width of V form of channel must be little than the width of movable plate. because the movable plate was support by both side of Flange to resist the intensity of air current when the exploded occurs. It will provide increase of air tightness and proper space for the movable plate active. The circumference of two Flanges was covered by a stator. There have two concave circle at both side of the inner circumference of the Stator which is corresponds with the V type concave circle on the circumference of that two Flanges. and insert a ring slide into between the composition face. By used little springs to get air tight and save power loss. A V form block locate on front of stator and corresponding to the movable plate. In order to resist the reaction on block and does not increase its pressure, as seem as make a reset again, It shall be keep by a clearance between the Rotor and Stator contact. Here to be use two unique one way Roller at least and in due course.

Description

Improved structure of the rotary engine

The invention relates to an engine technology of a motive power machine applied to a rotating machine, a vehicle, an airplane, a ship and a generator, in particular to a steam turbine and a slider arranged by the same center, which are synchronized by intake, compression, explosion and exhaust, and the output is stable. It has good acceleration performance, small vibration, small volume, cylinder body and can be adjusted automatically according to thermal expansion and contraction. High temperature air does not contain fuel and will not explode. There is no friction in the cylinder and no lubrication, reduce air pollution. The high-pressure direct-injection cylinder method is implemented. Because the continuous combustion accumulates high temperature and the flame can reach above 500 °C, it is beneficial to recover the exhaust heat to increase the intake air and combustion temperature. At this temperature, most fuels will spontaneously detonate, so that the reasoning does not require compression. Compared with no problem, all kinds of fuels can be applied, and the precision of engine manufacturing can be relatively reduced and easy.

After considering the previous case, it is considered that the supporting force of the movable plate needs to be strengthened. In addition, the looseness of the movable plate will affect the accuracy of the U-shaped groove on the slider, although the front end has chamfering energy between the two. Automatically correct the alignment, but the slider body can not be fixed to the frame according to the thermal expansion and contraction. Only the positioner controls the position reliability, and the more serious thing is the high-speed friction between the movable plate and the U-shaped groove. Under high temperature conditions After the lubricating oil volatilizes, it is easy to cause air pollution, resulting in viscosity. If the combustion temperature is raised again, although complete combustion can be achieved and pollution is reduced, the lubricating effect should not be obtained. After that, the best solution is set: no friction is required in the cylinder or no lubrication is needed instead of lubrication. However, the relative movement of the two objects must produce friction. According to the design method, the load weight line can be moved outside the cylinder to the normal temperature away from the heat source. Lubrication, or vacuum, material heat, water cooling, air cooling, reducing the temperature of the lubricating oil to obtain a lubricating effect, resulting in the following summary.

In view of the deficiencies of the prior art, the object of the present invention is to provide an improved structure of a rotary engine to improve the practicability and stability of the prior case; and to achieve the above object, the technical solution adopted by the present invention includes: an improvement of a rotary engine The structure is characterized in that: at least one set of inlet chambers is arranged around a steam turbine, and a movable plate is arranged at the front end of the opening of the inlet chamber, and the outer periphery of the steam turbine can be turned up and rotated by 90 degrees, and the rim of the movable plate is provided at both ends of the movable plate. At least one set of V-shaped grooves is formed on the steam turbine, and at least one slider is disposed on the outer circumference of the upper rim of the steam turbine, and at least one groove is disposed on each side of the arc surface of the slider, and a V-shaped portion is arranged at the front end of the slider. The retaining wall, the V-shaped retaining wall is open to the end, and is closely combined with the movable plate and the V-shaped groove to form an explosion chamber. When the movable plate is erected, the two ends are in line with the diameter of the steam turbine, and the outer circumference of the upper rim of the steam turbine At least two V-shaped grooves are provided, and at least one slider is disposed corresponding to the arc surface in the slider.

In order to achieve the above object, the technical solution adopted by the present invention further includes: an improved structure of the rotary engine, comprising: at least: an arc-shaped housing disposed on one side of the frame, and a front end of the curved surface is provided with a resisting screw The inner side is arranged with two or more unidirectional rolling wheel support sliders according to the outer circumference of the slider, and one end is provided with one The adjusting screw pushes the outer curved arc guide plate by the spring pressure to drive the inner arc surface of the sliding block to fit the outer circumference circle of the upper rim of the steam turbine: a steam turbine disposed in the re-arranged frame, The center is provided with a main shaft, at least one set of air inlet chambers is arranged around the steam turbine, and a movable plate is arranged at the front end of the opening of the air inlet chamber, and a central shaft supporting device is arranged on the steam wheel, and both ends of the movable plate are similar to the diameter of the steam turbine. In a straight line, the two ends of the movable plate are respectively fixed to the steam wheel by a rim, and the height of the rim is greater than the height of the movable plate, but the inner width of the two rims of the V-shaped groove is smaller than the width of the movable plate, so the two wheels The inner side of the rim corresponds to the two ends of the movable plate, and is provided with a scalloped recess as an active space at both ends of the movable plate, and supports the power of the two ends of the movable plate to withstand an explosion, and the two rims and the steam turbine form a V-shaped groove. The V-shaped groove forms an explosion chamber with a V-shaped retaining wall and a movable plate and an inner arc surface of the slider. When the explosion occurs, the movable plate pushes the steam wheel to rotate; a movable slider disposed in the curved casing, Is suspended and fixed on the outer circumference of the upper rim of the steam turbine, In order to make the inner arc surface of the slider and the outer circumference of the inner rim of the steam turbine form airtight, at least one groove is respectively arranged on both sides of the inner arc surface of the slider, and the two grooves are parallel and surround the outer circumference of the upper rim of the steam turbine. Corresponding to the V-shaped groove, at least one air pressure ring is respectively inserted into the two joint surfaces, the air pressure ring is placed in the arc groove in the slider, and the two ends of the groove are closed to prevent gas leakage and the air pressure ring from falling off. There are several spring holes at the bottom of the groove, and a small spring is placed to pressurize the air pressure ring to make it fit tightly with the V-shaped groove, so that the airtight effect can be achieved with a small pressure while maintaining the positioning of the slider, in order to make the slider position and operate more. Accurate and reliable, the best setting is to set a recess or flange on the outer circumference of the two rims to allow the slider to fit in, assist the positioning, push the slider by the pressure adjusting screw and the spring, the slider is more than two unidirectional The support of the rolling wheel is pressed by the curved guide plate to obtain the airtightness and positioning, and the thermal expansion and contraction The effect of automatically adjusting the pressure; usually the high-pressure cylinder is blocked by the outside to prevent the air leakage, but it is only necessary to surround it with a face, and the friction resistance is very large. The present invention breaks into two tightness with a small air pressure ring. In the interface, there is no friction loss without pressure, even if it is small, plus lubricating oil, and the explosive force is pushed outward, so that the pressure on the contact surface between the slider and the rim is reduced, and the air pressure ring is only pressed by the small spring. The spring pressure is only a little bit; the front end of the groove on both sides of the arc surface of the slider is provided with a V-shaped retaining wall, and an air inlet is arranged at the upper side, and a hollow body is arranged behind the air inlet to recover the V-shaped groove Waste heat in order to increase the temperature of the subsequent air supply, the V-shaped retaining wall corresponding to the movable plate in the V-shaped groove, forming an explosion chamber space, the outer circle of the slider is provided with two or more arcs The guide plate corresponds to at least two or more unidirectional rolling wheels on the inner side of the curved casing, and the arc is pressed by the arc guide and the unidirectional rolling by the pressure adjusting screw and the spring pressure behind the curved casing. The wheel turns to apply pressure to increase the pressure between the slider and the rim In the opposite direction, the pressure can be reduced. The air inlet is supplied from the outside to enter the compressed air from the end of the slider, and the heat is absorbed into the air inlet chamber. The air inlet becomes a simple air inlet, and the low-burning fuel is composed of a high pressure spray cylinder. Directly injected into the explosion chamber for combustion, until the temperature rises to a certain preset temperature, and automatically switches to the high-flame point combustion. When the movable plate is away from the V-shaped retaining wall, the high pressure, high temperature gas and flame remaining after the previous explosion In addition, the newly injected fuel must immediately flush back the low-pressure air that enters the inlet chamber to form a larger explosive force. Therefore, the V-shaped groove must be kept frequently, and at least one movable plate stands up and exists to retain the high pressure and high temperature gas supply. For self-compression, in order to achieve the action, even if the fuel and air are temporarily stopped during operation, the movable plate will be lifted by the lever and the rolling wheel, and will be held up by the guide, but the engine is used for high speed and continuous operation. It is not necessary to have levers, rolling wheels, and guides.

A passive rolling wheel is fixedly disposed on the front end edge of the slider and corresponding to the bottom of the V-shaped groove to prevent gas loss and guide the movable plate to return to the original position, and a minimum gap is reserved between the bottom of the V-shaped groove and the V-shaped retaining wall. To prevent collision and friction, the two are offset by the heat account, and the growth direction is opposite to each other, so the error is not large, but it is also possible to use wear-resistant materials such as carbonized tantalum or ceramic fiber to cover the contact surface, or at the air inlet. a groove is arranged on the periphery of the front V-shaped retaining wall and a V-shaped ring is inserted to be in close contact with the bottom rims and the bottoms of the V-shaped grooves, and is directly resisted by the rolling wheels to prevent outflow of gas; It is integrated with the two moving objects on the U-shaped groove on the slider, and does not rub and close. Almost all problems that may cause problems are solved. The problem is that the V-shaped retaining wall and the inner rim of the two rims are airtight. Exclusion, design: the inclined end of the two rims is slightly larger than the bottom of the slope and corresponds to the V-shaped retaining wall. The minimum clearance must be retained between the two rims. The V-ring is inserted into the wear-in to avoid friction, in order to cope with the surrounding environment. Thermal expansion and contraction change If the two are stuck, the slider is immediately taken away by the steam turbine. The slider is restrained by the pressure between the curved guide on the outer circle and the one-way rolling wheel. The explosive force pushes the slider to the periphery. Once the V-shaped retaining wall is separated from the rim, the spring will push the initial step of the slider. As for the strong reaction force when the explosion is resisted by the one-way rolling wheel, the V-shaped retaining wall must not be returned to the original site, otherwise it will be re-carded. The key effect is to reposition, the function of the one-way wheel, and only allow the slider to remove the pressure in the direction of rotation when the pressure is high, but the slider is not allowed to return to the original position in the reverse direction when the pressure is low, because the pressure is large, The resulting friction is large, resulting in wasted and consuming engine kinetic energy.

a set of depressions or flanges disposed on the outer circumference of the two rims, wherein a slider is fitted therein, and at least one V-shaped groove is respectively provided to correspond to the grooves on both sides of the arc surface of the slider, and respectively Intrusion into a gas pressure ring, and respectively pressed by a small spring in the spring hole and the V-shaped groove, and then The arc-shaped housing end pressure-adjusting screw and the spring push-slider move forward, and the two-way one-way rolling wheel resists the reaction force, and the small torque of the spring is changed into a large torque according to the angle of the arc-shaped guide plate (like a wedge). At the same time, the center of the wheel is pressed, and the slider obtains the gas density, the positioning, and the thermal expansion and contraction. When the pressure is over, the slider and the rim are tightly attached, and the slider is slightly taken out according to the direction of rotation of the steam turbine. The curved guide plate and The contact point of the one-way rolling wheel changes, the angle becomes smaller, the pressure also becomes smaller, and the pressure is automatically adjusted.

Wherein: the two ends of the explosion chamber are respectively composed of different components, one end is fixedly fixed to a V-shaped retaining wall at the front end of the arc surface of the slider, and the other end is supported by the movable plate with the central axis. The two ends of the movable plate are respectively supported by the inner scallops of the two rims. The width of the movable plate is slightly larger than the width of the V-shaped groove formed by the two rims, and the three sides of the movable plate are supported to withstand a large impact force, and A good gas density is obtained.

Wherein: the bottom of the movable plate is supported by the central axis, and both ends are held by the fan-shaped recess on the inner side of the rim, and a U-shaped ring is inserted above the centrifugal force to achieve the auxiliary airtight effect. If the upper strength is insufficient, the same steam turbine can be designed. A plurality of V-shaped grooves are arranged in parallel, and at least one set of movable plates are respectively arranged to share the withstand pressure.

Compared with the prior art, the present invention has the following beneficial effects:

1. The invention simplifies and combines three parts of a steam wheel, a slider and a positioning device into one body, and the movable plate is integrated with the V-shaped groove. After that, there is no friction loss in the cylinder, no lubricating oil is needed, and air pollution can be prevented, the slider Accurate and reliable positioning, visible in the same body, reducing the failure rate and improving practicality.

2. The main feature of the invention is that there is no friction in the cylinder, so there is no need for lubrication, no lubrication is required to raise the combustion temperature, and various fuels are applied, and the effect is doubled, even if the friction is small. Replacement of wear-resistant materials, two relative moving bodies, running along a fixed trajectory, no longer wear after running-in, the contact surface pressure is also small, and the wear is small.

3. The airtight method used in the past is that the external friction is large, and the power consumption is large. The invention uses the intrusion type, the pressure is small, the friction force is small, and the power loss is small; the positioning device used previously has a square shape. The distance between the sleeve, the square strip and the spring is long, and the indirect pressure is poor. The direct pressure is applied to the slider, and the distance is short. The inner (V-shaped retaining wall) and the outer (V-shaped groove) can assist the guiding. The positioning is accurate and incomparable; as for the thermal expansion and contraction, a fixed concave angle is used in the past, and the angle fixed operation is not working. The curved guide plate and the one-way rolling wheel can automatically change the angle according to the thermal expansion and contraction. Take appropriate pressure.

4. The invention increases the structural strength, and the most obvious is that the V-shaped groove is fixed without shaking, and the movable plate is surrounded by the whole body more reliably, and no airtight components are needed around the movable plate, and the fewer the parts, the smaller the variation number, and the failure rate is relatively The reduction of the slider automatic positioning device is simplified, the mass production is simple, and the result is good.

1‧‧‧Rack

12‧‧‧ bearing

121‧‧‧One-way rolling wheel

122‧‧‧ rolling wheel

123‧‧‧ curved guide

124‧‧‧ Guide

125‧‧‧ rolling wheel

13‧‧‧Arc shell

132‧‧‧Viacuing screws

133‧‧ ‧ spring

134‧‧‧Resist the screw

136‧‧‧ screws

2‧‧‧ steamship

21‧‧‧ Spindle

22‧‧‧Intake room

221‧‧‧Mother fire residue

23‧‧‧ activity board

231‧‧‧ Sectoral pockets

232‧‧

233‧‧‧ fixing screws

234‧‧‧fine grooves

235‧‧ ‧ spring piece

236‧‧‧ slides

24‧‧‧ center axis

241‧‧‧ bushing

242‧‧‧ screws

243‧‧‧Leverage

26‧‧‧V-shaped retaining wall

27‧‧‧V-shaped groove

28‧‧‧ rim

29‧‧‧ dent

3‧‧‧ Slider

30‧‧‧U-ring

31‧‧‧V-shaped groove

32‧‧‧V-ring

33‧‧‧air inlet

34‧‧‧air inlet

35‧‧‧ Groove

351‧‧‧Air pressure ring

352‧‧ ‧spring hole

353‧‧ ‧ spring

36‧‧‧temperature sensor

37‧‧‧Injector

38‧‧‧Mars plug

1 is an exploded perspective view of a preferred embodiment of the present invention; FIG. 2 is an exploded perspective view of the rotor and the movable plate of the present invention; FIG. 3 is a perspective view of the assembled preferred embodiment of the present invention; Figure 5 is a cross-sectional view of the preferred embodiment of the present invention after assembly; 6 is a schematic view showing the auto-compression of the engine according to a preferred embodiment of the present invention; FIG. 7 is a schematic longitudinal sectional view showing the rim and the slider; FIG. 8 is an exploded perspective view of the V-ring and the U-shaped ring;

The engine structure according to the present invention removes the compression stroke in the four strokes of the conventional engine, so the fuel, the mixed gas, the high-pressure air, and the like must be provided by the outside world, but the actual function still has the function and effect of self-compression, please Referring to Figures 1 to 8 or by selecting an appropriate energy air compressor hidden in the steam turbine or directly matching the engine by the main shaft, the steam turbine 2 must first be rotated by the starter motor (not shown) to continue the direct drive of the compressor by the main shaft 21 ( The figure is not shown), the low-flame-burning fuel, such as gas, can be directly mixed input from the air inlet 34. The fuel such as gasoline or alcohol can be directly injected into the explosion chamber by the injector 37 and mixed with the air to ignite and detonate through the spark plug 38. 23 When the steam turbine 2 rotates, the lever 243 hits the rolling wheel 125 and is immediately pushed up to prevent the high pressure gas from being lost in the explosion chamber. When the next movable plate is separated from the V-shaped retaining wall 26, the high temperature in the V-shaped groove 31, The high-pressure airflow immediately rushes back into the intake chamber 22 to generate greater explosive power, and the movable panel 23 stands up immediately (pick up). If there is no air and force standing up, the movable panel is erected and supported by the following devices. The central shaft 24 of the movable plate 23 is connected to a lever 243 when it contacts the rolling plate 125 to rotate the movable plate 23, and the slider 3 constitutes an explosion chamber and is held by the guide plate 124 to hold the movable plate 23. Referring to FIG. 3, the movable plate 23 is wound around. Back, a rolling wheel 122 is disposed in front of the slider 3 to guide the movable plate 23 to be reversed to be flush with the outer circumference of the steam turbine 2. The movable plate 23 is hidden at the open end of the intake chamber 22, and is positioned by the step 232 to be intake. When the temperature sensor 36 detects that the temperature has reached a preset temperature, the injector 37 automatically Switching to use high-flame-burning fuel, low-burning fuel will be turned off, through the above structure, the engine of the invention: the air intake is effortless, the compressor is not used, the explosion is powerful, the exhaust gas has no resistance, etc., and the continuous autogenous compression (remaining high temperature) The low-pressure mixture that enters after the high-pressure airflow is effective.

In order to make the content of the present invention clear, only the following description is shown in conjunction with FIG. 1 to FIG. 8. The main structure of the present invention includes at least the following components: a frame 1 in a frame shape. A bearing 12 is disposed at each of the centers of the horizontal sections on both sides, and at least two unidirectional rolling wheels 121 are disposed on the inner side of the frame 1, and a vertical casing 13 is disposed in the vertical section of the frame 1, and the front end of the curved casing 13 is provided. There is a resisting screw 134, and the end edge of the curved casing 13 is provided with a pressure adjusting screw 132 and a spring 133.

The steam turbine 2 has a main shaft 21 disposed therein, and the main shaft 21 is movably disposed between the two ends of the frame 12, and a plurality of inlet air chambers 22 are disposed along the outer circumference of the steam turbine 2, each of which enters The front end of the opening of the air chamber 22 is provided with a movable plate 23, and the bottom of the movable plate 23 is penetrated by a central shaft 24, and the two ends of the central shaft 24 are respectively supported by the steam wheel 2 by a sleeve 241, and the movable plate 23 protrudes from the steam wheel 2. The outer periphery of the movable plate 23 has a rim 28 fixedly disposed on the steam turbine 2, and the inner side of the two rims 28, that is, the width of the V-shaped groove 31 is smaller than the width of the movable plate 23, so the inner side of the two rims 28 Corresponding to the two ends of the movable plate 23, a scalloped recess 231 is provided to support the explosion plate and the air density at both ends of the movable plate 23, and the movable space of the movable plate 23 is provided, and a fine end is provided at the front end of the opening of the air inlet chamber 22. The groove 234 facilitates the insertion of a spring piece 235 and a sliding piece 236 to increase the gas density between the inlet chamber 22 and the movable plate 23. When the explosion occurs, the movable plate 23 advances in the direction of rotation of the steam wheel 2 while rotating 90 degrees to exhaust the exhaust gas. When the movable plate 23 is pushed away from the V-shaped groove 31 and the thrust has been lost, it is guided by the rolling wheel 122. live The moving plate 23 reverses and returns to the original position to re-intake, and in the arcuate groove 35 of the slider 3 during assembly, the air pressure ring 351 is pressed against the V-shaped groove 27 on the outer circumference of the rim 28 by the pressure of the small spring 353, and The slider 3 produces a positioning effect.

A slider 3 is floatingly disposed in the curved casing 13 so that the slider 3 is covered on the outer circumference of the rim 28 of the steam turbine 2, and the inner arc surface of the slider 3 is sequentially provided with a V-shaped retaining wall. 26, the V-shaped retaining wall 26 is a hollow body, and a groove is formed on the outer periphery of the front end of the V-shaped retaining wall 26, and the groove is inserted into a V-shaped ring 32 to achieve an airtight effect with the rims of the both sides and the bottom of the V-shaped groove 31. Forming a V-shaped retaining wall corresponding to the movable plate, a groove is arranged above the movable plate, the groove is inserted into a U-shaped ring 30 to achieve an airtight effect with the sliding block, and secondly, a temperature sensor 36 and a fuel injector 37 are provided. And the second spark plugs 38 are located in the right-angled recesses beside the square cylinder 26, which is the best position for ignition, combustion, explosion, retention of the parent flame 221 and high temperature, high pressure gas residual backlash, forming a self-compression function, continuing to The end is open to form an explosion chamber with the square groove 31 and the movable plate 23. When the explosion occurs, the movable plate 23 pushes the steam turbine 2 to rotate while excluding the exhaust gas, and the outer circle of the slider 3 is provided with at least two sets of curved guide plates 123, since the inner side of the curved casing 13 is supported by two unidirectional rolling wheels 121. When the rotary adjusting screw 132 pushes the spring 133 to move the slider 3 forward, the arcuate guide 123 is inserted by pressure to fill the gap between the steam turbine 2 and the slider 3, and maintain the proper gas density of the explosion chamber. However, the super strong reaction force during the explosion is resisted by the two unidirectional rolling wheels. Conversely, by the rotation of the front end of the curved casing 13 against the rotation of the screw 134, the slider 3 can be moved backwards, which can reduce the The tightness, due to the setting of the resisting screw 134, the steam turbine 2 and the slider 3 are controlled within a certain gap range, and the large reaction force is resisted, and the pressure between the steam turbine 2 and the slider 3 is not increased, and the resisting screw is adjusted. 134 can also change the tightness between the two, but when the steam turbine 2 and the slider 3 are inflated and stuck when the thermal expansion occurs, the slider 3 will be The steam wheel 2 is taken out in a small amount, and the pressure is released by the relaxation. On the contrary, the arcuate guide 123 is automatically inserted by the pressure of the spring 133 during the cold shrinking to fill the gap between the steam turbine 2 and the slider 3, and maintain the proper explosion chamber. Gas density.

As described above, the present invention will have the following features when implemented:

1. The present invention includes at least intake, ignition, compression, explosion, and exhaust engineering, and the above-described strokes are formed into a single stroke, which are simultaneously implemented at different positions. After careful discussion, the mixture is automatically injected into the inlet chamber by the body pressure. There is no need for any control and unique stroke in 22, the ignition is also synchronous, and the explosion and exhaust are simultaneously formed on both sides of the movable plate 23, so each time the steam turbine 2 makes one rotation, the number of the intake chambers 22 provided around it increases the number of explosions. The number of explosions can be reduced relative to each explosion, while lightweighting the structure and improving acceleration performance, speeding up immediate results. In contrast, the conventional engine adds fuel once every two revolutions. The amount of energy that can be increased is very limited. If the present invention is to increase the torque, the slider 3 can be used to increase the power. The air inlet chamber 22 has an unconstrained shape, and generally has a wide opening. The shallow is better, so the high-pressure gas expansion reaction and the speed of elimination are fast, the greater the pressure difference generated, the greater the thrust, and the greater the radius of the steam turbine 2, the more labor-saving, but the relative condition friction is small, that is, It is said that the low-pressure pressure can also be used during the explosion, and the explosion must be carried out in a confined space. The bottom of the V-shaped groove is intended to reduce the gas loss, which is still to be tested, otherwise it can be implemented on a flat surface; The heat exchanger can recover the heat contained in the exhaust gas to provide heating for the intake air, or the temperature of the cooling water can be turned into water vapor and then become the engine kinetic energy, which is a follow-up prospect of the present invention.

2. When the explosion force of the explosion can push the gas wheel 2 to rotate in the forward direction, the reaction force pushes the slider 3 to rotate in the reverse direction, and is resisted by the resisting screw 134; the continuity of the invention first through the inner installation The electronic ignition device is detonated. When the temperature is raised, it is detonated by the high temperature of the explosion chamber. There is no time difference or delay. It is not necessary to properly compress the ratio. Even if the airtightness is poor, it can detonate. The power may be weak. Because the engine is not subject to temperature limitation, When the temperature controller 36 senses that the preset temperature of the temperature controller reaches the ignition point, the pipeline solenoid valve immediately closes the low-burning point oil, and only sends the compressed air into the combustion chamber 22 for standby, and simultaneously starts the high-pressure pump to pass the high-flame point fuel through the injector. 37 directly injected into the explosion chamber to burn, such as diesel, heavy oil, waste engine oil, cooking oil and other fuels, as long as flammability or even carbon powder can be brought into the air; and the engine body; light weight, small size, high horsepower, good performance, Low fuel consumption, low cost and fast mass production.

The above description is intended to be illustrative, and not restrictive, and many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention. All will fall within the scope of protection of the present invention.

1‧‧‧Rack

12‧‧‧ bearing

121‧‧‧One-way rolling wheel

122‧‧‧ rolling wheel

123‧‧‧ curved guide

13‧‧‧Arc shell

132‧‧‧Viacuing screws

133‧‧ ‧ spring

134‧‧‧Resist the screw

2‧‧‧ steamship

21‧‧‧ Spindle

22‧‧‧Intake room

221‧‧‧Mother fire residue

23‧‧‧ activity board

231‧‧‧ Sectoral pockets

26‧‧‧V-shaped retaining wall

27‧‧‧V-shaped groove

28‧‧‧ rim

29‧‧‧ dent

3‧‧‧ Slider

31‧‧‧V-shaped groove

33‧‧‧air inlet

35‧‧‧ Groove

351‧‧‧Air pressure ring

352‧‧ ‧spring hole

353‧‧ ‧ spring

Claims (15)

An improved structure of a rotary engine, characterized in that: at least one set of inlet chambers is arranged around a steam turbine, and a movable plate is arranged at the front end of the inlet of the inlet chamber, and the outer circumference of the steam turbine can be turned up and rotated by 90 degrees. A rim is arranged on the two sides of the plate to be connected to the steam turbine to form at least one set of V-shaped grooves. At least one slider is disposed on the outer circumference of the upper rim of the steam turbine, and a V is arranged at the front end of the curved surface of the sliding plate. The retaining wall is open to the rear of the V-shaped retaining wall to be in close contact with the movable plate and the V-shaped groove to form an explosion chamber. An improved structure of a rotary engine is characterized in that it comprises at least: a frame; an arc-shaped casing disposed on one side of the frame, the curved front end of the arc-shaped casing is provided with a rolling wheel and a resisting a screw, a set of sliders and a rim to maintain airtightness, positioning, and automatic expansion and contraction pressure automatic adjustment device; a steam turbine disposed in the frame, the center of which is provided with a main shaft, along the steam turbine The outer circumference is provided with at least one set of inlet chambers, and a movable plate is disposed at the front end of the opening of the inlet chamber, and a central shaft supporting device is disposed on the steam wheel, and two sides of the movable plate are respectively disposed on the inner sides of the two rims The two rims are fixed on the steam wheel, and the outer periphery of the movable plate and the two rims correspond to the slider and are kept in close contact to form an explosion chamber; an arc is disposed in the arc a slider in the housing, the slider is an outer circumference circle suspended and fixed on the inner side of the two rims of the steam turbine, and is closely adhered to the outer circumference circle on the inner side of the two rims. The improved structure of the rotary engine according to the second aspect of the patent application is characterized in that: in order to make the positioning and operation of the slider more precise and reliable, the outer circumference of the two rims is preferentially established. A recess or flange allows the slider to be nested to aid in positioning. According to the second aspect of the patent application, the slider and the rim maintain an airtight, positioning, and thermal expansion and contraction pressure automatic adjusting device, and the spring is pushed by the pressure adjusting screw to push the slider forward. Moving, the outer circumference of the slider is provided with two or more arc-shaped guide plates supported by two or more one-way rolling wheels, and the slider automatically removes the pressure in the rotation direction when the pressure is high, when the pressure is applied The slider is not allowed to return to the original position in the opposite direction, but is repositioned. The improved structure of the rotary engine according to the second aspect of the invention is characterized in that at least one of the movable panels must always be held in the explosion chamber to stand up to generate an auto-compression function and exert explosive force. The improved structure of the rotary engine according to claim 2, wherein the slider is a hollow body, and the compressed air is input from the air inlet of the slider end, and the waste heat is absorbed around the V-shaped groove. Increase air temperature and help burn. According to the second aspect of the patent application, the slider and the rim are kept airtight, and at least one groove is respectively arranged on both sides of the inner arc surface of the slider, and the two grooves are parallel and the outer circumference of the upper rim of the steam turbine V Corresponding to the groove, at least one of the two joint faces is inserted into the air pressure ring. According to the improved structure of a rotary engine according to the scope of claim 2, the engine suitable for high speed and continuous operation does not need to be equipped with a lever, a rolling wheel, and a guide plate, and should be regarded as the scope of this patent. According to the movable plate mentioned in the second paragraph of the patent application, the bottom is supported by the central shaft, and both sides are held by the inner scallops of the rim. If the upper strength is insufficient, it is possible to design multiple V-shaped grooves in parallel on the same steam turbine. , respectively, configure at least one set of movable panels to share the pressure. According to the explosion chamber described in item 2 of the patent application, there is no friction inside, so there is no need for lubrication, no need to lubricate to increase the combustion temperature, and various fuels are applied, and the effect is doubled, and even if the friction is small, the wear-resistant material is used instead. The improved structure of the rotary engine according to claim 3, wherein the inner side of the two rims corresponds to the two ends of the movable plate, and a scallop is provided for supporting the movable plate. Explode the power and activity space and maintain the air density. According to the sixth aspect of the patent application, the periphery of the V-shaped retaining wall at the front end of the air inlet is provided with a groove into which a V-shaped ring is inserted to achieve an airtight effect with the V-shaped groove. According to the seventh item of the patent application scope, the air pressure ring is placed in the arc groove in the slider, and the two ends of the groove are closed to prevent gas leakage and the air pressure ring from falling off. According to the second item of the patent application scope, a groove is arranged above the movable plate and a U-shaped ring is inserted, and the material is bent by a circular section, and the centrifugal force is used to achieve a gas-tight effect with the slider. According to the explosion chamber described in item 10 of the patent application, there is no friction inside, so there is no need for lubrication, no lubrication is required to raise the combustion temperature, no friction is required in the cylinder or no lubrication is required instead of lubrication, but the relative movement of the two objects must be generated. Friction, according to the design method, the load weight point line can be moved to the outside of the cylinder to away from the heat source for normal temperature lubrication, or vacuum, material heat, water cooling, air cooling, to reduce the temperature of the lubricating oil to obtain lubrication.