CN1392330A

CN1392330A - Slide board type rotary engine

Info

Publication number: CN1392330A
Application number: CN 01108552
Authority: CN
Inventors: 王立涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-06-20
Filing date: 2001-06-20
Publication date: 2003-01-22
Anticipated expiration: 2021-06-20
Also published as: CN1210491C

Abstract

The slide board type rotary engine consists of cylinder, circular piston, slide board, cylinder lid and main shaft. Inside the cylinder, four working cavities with variable volumne are formed to complete the four strokes of engine, and the torque is output via the main shaft. Similar to traditional four-cylinder engine, each turn of the main shaft corresponds to two four-stroke circulations. The engine has simple structure, no crankshaft, smooth operation, and normally opened inlet and exhaust valves needing no valve mechanism.

Description

Slide board type rotary engine

Technical field

The present invention relates to a kind of rotary engine that constitutes by slide plate, circular piston.

Background technique

In the present prior art, motor mostly is reciprocating piston type greatly.The essential defect of conventional engine is to exist reciprocating mass, as piston assembly and valve mechanism etc.When further improving engine speed, the inertial force that reciprocating mass produces will sharply increase, and bearing load is significantly increased, and the vibration aggravation becomes the serious hindrance of motor to high speed development.Comparatively ripe at present wankel engine has many advantages good than reciprocating-piston engine, but still has some shortcomings, for example needs the special device manufacturing, and low speed and fuel economy are relatively poor; Can not combustion diesel fuel and other fuel etc., thereby also obtain to be extensive use of.

Summary of the invention

Task of the present invention provides a kind of performance than the better novel rotary engine of available engine.

Slide board type rotary engine of the present invention mainly is to be made of cylinder block, circular piston, compression slide plate, work done slide plate, cylinder cap and main shaft.The cylinder block both ends of the surface are sealed by cylinder cap, and cylinder block and cylinder cap are fixed block, in slide plate is contained in and slots on the circular piston, can be along sliding in the groove, and circular piston is contained on the main shaft, is installed in the cylinder.Two chambeies about cylinder is divided into by circular piston, slide plate is divided into two chambeies with chamber, the left and right sides respectively again again, totally four chambeies.The volume in this four chamber must change when main shaft rotates, and its Changing Pattern meets the requirement that four stroke engine changes volume of cylinder just.Side in cylinder block is settled spark plug, and opposite side is provided with suction port and relief opening, finishes four strokes of motor respectively with this four chamber.When engine operation, the explosion pressure of gas promotes main shaft by work done slide plate, circular piston and rotates, outwards output power.

Slide board type rotary engine of the present invention (hereinafter to be referred as this machine) high working efficiency, but the work done twice of whenever circling are equivalent to a four cylinder four-stroke Reciprocating engine; This machine need not valve mechanism, and the inlet and outlet mouth is often opened, and the inlet and outlet resistance is little; This machine does not have bent axle, and running is steadily vibrated little; The manufacturing of this machine is simple, and number of spare parts is few.

Summary of drawings

Below in conjunction with the drawings and specific embodiments the present invention is described in further detail.

Fig. 1 is the structural representation of slide board type rotary engine of the present invention, and Fig. 2 is the engine ignition position view, and Fig. 3 is the skateboard component schematic representation, and Fig. 4 to Fig. 6 is a cylinder cap upper slide to-and-fro motion control flume schematic representation.

Preferred forms of the present invention

Shown in Fig. 1,3,5,6, this machine mainly is made up of cylinder block (1), circular piston (2), two compression slide plates (3), two work done slide plates (4), main shaft (5) and front and back cylinder caps (17,18).Its structure is that circular piston (2) is installed in the cylinder block (1), circular piston (2) is state movingly with the interior two sections arc surface of cylinder block (1), and two chambeies about cylinder block (1) inner chamber is divided into, in two compressions slide plate (3) and two work done slide plates (4) are installed in respectively and slot on the circular piston (2), Sealing (6) is equipped with on slide plate top, roller (16) is equipped with in the both sides, bottom, roller (16) inserts the control flume (19 on the cylinder cap, 20) in, the to-and-fro motion rule of slide plate is controlled by control flume, allow compression slide plate (3) stretch out at left half cycle, the Sealing (6) that is contained in its end is closely slidably contacted with cylinder inner wall, simultaneously left chamber is divided into air-inlet cavity (10) and compression chamber (11), and work done slide plate (4) stretches out at right half cycle, the Sealing (6) of its end is closely slidably contacted with cylinder inner wall, right chamber is divided into work done cavity (12) and exhaust cavity (13), cylinder block (1) two ends are by cylinder cap (17,18) sealing, in cylinder block (1), form four independently active chambers (10 like this, 11,12,13,), circular piston (2) is fixed on the main shaft (5), cylinder block (1), cylinder cap (17,18) part that fixes.Main shaft (5) rotates and will drive circular piston (2) and compression, work done slide plate (3,4) rotates together, compression, work done slide plate (3,4) are also done radially to-and-fro motion by the restriction of the control flume (19,20) on the cylinder cap (17,18) respectively simultaneously, and the volume of interior four active chambers of cylinder block (1) (10,11,12,13) also will be along with changing.For making engine operation, on cylinder block (1) top ignition mechanism (15) and Stamping Steel Ribbon (7) are housed, the bottom has inlet hole (8) and exhaust port (9), has two and lead to groove (14) on circular piston (2).

The working principle of slide board type rotary engine for understanding conveniently, begins to set forth from the some time between engine operation, sees Fig. 1, establishes main shaft (5) and turns clockwise, and it is big that air-inlet cavity (10) volume becomes, and inflammable mixture sucks from inlet hole (8), carries out intake process; Compression chamber (11) volume diminishes, and inflammable mixture is compressed, and carries out compression process; It is big that work done cavity (12) volume becomes, the work done process of burning; Exhaust cavity (13) volume diminishes, and waste gas is discharged from exhaust port (9), carries out exhaust process.When main shaft (5) when turning to position shown in Figure 2, inflammable mixture reaches firing pressure, ignition mechanism (15) igniting, and the work done process takes fire.Inflammable mixture is transferred to work done cavity (12) through leading to groove (14) from compression chamber (11).In fact aspirating stroke and compression stroke, power stroke and exhaust stroke are carried out at left and right sides half cycle respectively simultaneously, so efficient is very high, and main shaft (5) whenever circles and can finish two four-stroke work cycle.

Among the present invention, seal the junction point (face or line) of each part of each active chamber (10,11,12,13), seal arrangement or measure must be arranged.

The cylinder block of this programme (1) chamber, left and right sides volume is unequal, and such advantage is that the work done process can keep elevated pressures.

Compression slide plate (3) and work done slide plate (4) among the present invention stretch out at left and right sides half cycle respectively, and its outer end seal (6) is closely slidably contacted with cylinder inner wall.Remaining half cycle can remain in the groove, though or stretch out its outer end and must keep a segment distance with cylinder inner wall.Therefore, the inside and outside molded lines of slide plate control type groove by circular arc and with cylinder in the molded lines equidistant curve that differs a fixed range form, as shown in Figure 4, dotted line is represented molded lines in the cylinder among the figure, in the to-and-fro motion of the groove control compression slide plate (3) of two-dot chain line is arranged, in the to-and-fro motion of the groove control work done slide plate (3) of dotted line is arranged, two grooves intersect mutually as can be seen from Fig. 4, must make the cell wall of infall destroyed, in this programme, address this problem except that compression slide plate control flume (19) is deeper than the work done slide plate control flume (20), also taked work done slide plate control flume (20) to use the mode of one section compression slide plate control flume (19), as Fig. 5, shown in 6, work done slide plate (3) can stretch out outside the groove at left half cycle like this, but, just do not influence air inlet as long as certain distance is arranged with cylinder inner wall, compression process is feasible so handle like this.

Among the present invention, also available other modes of to-and-fro motion of slide plate (3,4) are controlled.

The present invention can only compress slide plate (3) and work done slide plate (4) with one, but efficient can reduce half like this.

Sealing of the present invention, lubricated, cooling scheme can adopt and the wankel engine similar forms.

Claims

1. slide board type rotary engine, comprise cylinder block (1), circular piston (2), two compression slide plates (3), two work done slide plates (4), main shaft (5) and two cylinder caps (17,18), it is characterized in that, circular piston (2) is installed in the cylinder block (1), circular piston (2) is divided into two chambeies to cylinder block (1) inner chamber, in two compressions slide plate (3) and two work done slide plates (4) are installed in respectively and slot on the circular piston (2), compression slide plate (3) stretches out in a chamber, the Sealing (6) that is contained in its end is closely slidably contacted with cylinder inner wall, simultaneously this chamber is divided into two active chambers (10,11), and work done slide plate (4) stretches out in another chamber, the Sealing (6) of its end is closely slidably contacted with cylinder inner wall, also this chamber is divided into two active chambers (12,13), cylinder block (1) two ends are by cylinder cap (17,18) sealing, in cylinder block (1), form four independently active chambers (10 like this, 11,12,13,), circular piston is fixed on the main shaft (5), cylinder block (1), cylinder cap (17,18) part that fixes, main shaft (5) rotation will drive circular piston (2) and compression slide plate (3) and work done slide plate (4) and rotate together, compress slide plate (3) and work done slide plate (4) simultaneously also respectively by cylinder cap (17,18) control flume (19 on, 20) control is reciprocating, interior four active chambers (10 of cylinder block (1), 11,12,13,) volume also will be along with changing, ignition mechanism (15) is housed on cylinder block (1), have inlet hole (8) and exhaust port (9), on circular piston (2), have two and lead to groove (14), with two active chambers (10,11) finish air inlet respectively, compression process, with two active chambers (12,13) finish work done respectively, exhaust process, the required compressed gas of active chamber (12) is come from active chamber (11) transfer through leading to groove (14).

2. according to claims 1 described rotary engine, the to-and-fro motion that it is characterized in that compressing slide plate (3) and work done slide plate (4) is without the control of the control flume (19,20) on the cylinder cap (17,18), and controls with other modes.

3. according to claims 1,2 described rotary engines, it is characterized in that compressing slide plate (3) and extend out to end seal outside it (6) at different half cycles respectively with work done slide plate (4) and contact cylinder inner wall, even and do not stretch out or stretch out also at half cycle in addition and be controlled at outside cylinder inner wall.