KR100564151B1

KR100564151B1 - rotary engine

Info

Publication number: KR100564151B1
Application number: KR1020040066200A
Authority: KR
Inventors: 김동현
Original assignee: 김동현
Priority date: 2004-08-21
Filing date: 2004-08-21
Publication date: 2006-03-30
Also published as: KR20060017725A

Abstract

본 발명은 로타리기관으로서 타원형 하우징(2) 내에 정원형 회전체(12)가 내재되어 흡기구(24)가 있는 흡기압축작동실(8-1)과 배기구(26)이 있는 폭발배기작동실(8-2)을 형성하고 회전체(12)의 회전에 의해 회전체(12)의 압축판(16)이 흡기압축작동실(8-1)의 내벽을 따라 구획하며 흡기된 가스를 압축하고 압축판(16)과 차단판(20) 사이의 회전체(12) 원주면에 형성된 저장실(14)이 회전체(12)외주면과 하우징(2) 내벽이 접하는 위치에 도달할 때 점화하면 선행한 차단판(20)이 폭발배기작동실(8-2)의 내벽을 따라 폭발배기작동실(8-2)을 구획하고 있어 폭발가스가 차단판(20)을 밀어 회전체(12)가 회전하게 되고 차단판(20)이 배기구(26) 구간을 지나면서 가스는 배출하게 된다. 압축판(16)과 차단판(20)은 회전체(12) 내의 방사형 작동공간에서 움직이고 회전축(10)쪽의 연결봉이 회전체(12)의 상판(12-1)과 하판(12-3)을 관통하고 방사형으로 움직이도록 되어 있고 직각으로 각각 굽은 각 유도막대와 각 안내롤러가 하우징(2)의 상판(2-1)과 하판(2-3)의 내면의 각 안내로를 따라 감으로 압축판(16)과 차단판(20)이 회전체(12)의 외주면 밖으로 왕복운동을 하면서 흡기압축작동실(8-1)과 폭발배기작동실(8-2)의 내면을 접하고 흡기압축작동실(8-1)과 폭발배기작동실(8-2)구획한다.According to the present invention, the rotary body 12 is embedded in the elliptical housing 2 as a rotary engine, and an intake compression operation chamber 8-1 having an intake port 24 and an explosion exhaust operation chamber having an exhaust port 26 are provided. -2) and the compression plate 16 of the rotating body 12 is partitioned along the inner wall of the intake compression operation chamber 8-1 by the rotation of the rotating body 12, compressing the intake gas and compressing the compressed plate. If the storage chamber 14 formed on the circumferential surface of the rotating body 12 between the 16 and the blocking plate 20 reaches a position where the outer circumferential surface of the rotating body 12 and the inner wall of the housing 2 come into contact with each other, the preceding blocking plate (20) partitions the explosion exhaust operation chamber (8-2) along the inner wall of the explosion exhaust operation chamber (8-2) so that the explosive gas pushes the blocking plate (20) so that the rotating body (12) rotates and blocks. As the plate 20 passes through the section of the exhaust port 26, the gas is discharged. The compression plate 16 and the blocking plate 20 move in a radial working space in the rotating body 12, and the connecting rods toward the rotating shaft 10 are connected to the upper plate 12-1 and the lower plate 12-3 of the rotating body 12. Each guide rod and each guide roller bent at right angles and compressed along the respective guide paths on the inner surface of the upper plate (2-1) and the lower plate (2-3) of the housing (2). The plate 16 and the blocking plate 20 reciprocate out of the outer circumferential surface of the rotating body 12 while contacting the inner surfaces of the intake compression operation chamber 8-1 and the explosion exhaust operation chamber 8-2, and intake compression operation chamber (8-1) and the explosion exhaust operation room (8-2).

Description

Rotary Institution

도 1 : 본 발명인 로타리기관의 종단면도1: Longitudinal sectional view of the present inventors' rotary organization

도 2 : 본 발명인 로타리기관의 흡기 압축 배기가 도시된 평단면도2 is a cross-sectional view showing the intake compressed exhaust of the present invention rotary engine.

도 3 : 본 발명인 로타리기관의 폭발이 도시된 평단면도3 is a plan cross-sectional view showing the explosion of the inventors of the rotary engine

도 4 : 본 발명인 로타리기관의 안내로의 구성도4 is a block diagram of the guideway of the present inventors rotary organization

도 5 : 본 발명인 로타리기관의 회전체의 사시도5 is a perspective view of a rotating body of the present inventors rotary engine

＜도면의 주요부분에 대한 부호의 설명＞<Description of the code | symbol about the principal part of drawing>

(2)--하우징 (2-1)--상판(2)-Housing (2-1)-Top

(2-2)--몸통관 (2-3)--하판(2-2)-Body tube (2-3)-Bottom

(4-1)--공급유로 (4-2)--공급세유로(4-1)-Supply Euro (4-2)-Supply Euro

(4-3)-배출세유로 (4-4)-배출유로(4-3) -Exhaust Tax Euro (4-4) -Exhaust Euro

(6-1)--압축판안내로 (6-2)--차단판안내로(6-1)-Compression plate guide (6-2)-Blocking plate guide

(8-1)--흡기압축작동실 (8-2)--폭발배기작동실(8-1)-Intake and compression operation room (8-2)-Explosion and exhaust operation room

(10)--회전축 (12)--회전체(10)-rotating shaft (12)-rotating body

(12-1)--상판 (12-2)--회전몸체(12-1)-Top Plate (12-2)-Rotating Body

(12-3)--하판 (14)--저장실(12-3)-Bottom (14)-Store

(16)--압축판 (18-1)--압축판연결봉(16)-Compression Plate (18-1)-Compression Plate Connecting Rod

(18-2)--압축판유도막대 (18-3)--압축판안내롤러(18-2)-Compression Plate Induction Rod (18-3)-Compression Plate Guide Roller

(20)--차단판 (22-1)--차단판연결봉(20)-Blocking Plate (22-1)-Blocking Bar Connecting Rod

(22-2)--차단판유도막대 (22-3)--차단판안내롤러(22-2)-Blocker Bar Guide Bar (22-3)-Blocker Guide Roller

(24)--흡기구 (26)--배기구(24)-Intake vent (26)-Exhaust vent

(28)--점화장치 (30-1)--씰링(28)-Ignition Device (30-1)-Sealing

(30-2)--씰 (32)--보강벽(30-2)-Seal (32)-Reinforcing Wall

본 발명의 로타리기관에 있어서 타원형 하우징(2)의 타원형 작동실내에 장착된 정원형 회전체(12)에 의해 형성된 흡기압축작동실(8-1)과 폭발배기작동실(8-2)에 회전체(12)에 장착된 압축판(16)은 흡기구(24)를 통해 흡기된 흡기압축작동실(8-1)의 가스를 압축하고 차단판(20)은 폭발배기작동실(8-2) 내에서 압축판(16)과 차단판(20) 사이의 회전체(12) 가장자리에 형성한 저장실(14)의 전방을 막고 회전체(12) 의 원주면과 하우징(2) 내면 사이에서 점화장치(28)가 가스를 폭발시켜 회전체(12)가 동력을 발생하도록 하고 하우징(2)의 배기구(26)를 통해 배기하는 구조로서 간단하고 원활한 윤활과 매연이 적고 열효율이 높은 로타리기관을 얻는데 목적이 있다.In the rotary engine of the present invention, the intake and compression operation chamber 8-1 and the explosive exhaust operation chamber 8-2 formed by the garden-type rotating body 12 mounted in the elliptical operation chamber of the elliptical housing 2 are rotated. The compression plate 16 mounted on the whole 12 compresses the gas in the intake compression operation chamber 8-1 intaken through the intake port 24, and the blocking plate 20 is the explosion exhaust operation chamber 8-2. Ignition device between the circumferential surface of the rotating body 12 and the inner surface of the housing 2 to block the front of the storage chamber 14 formed at the edge of the rotating body 12 between the compression plate 16 and the blocking plate 20 therein (28) explodes the gas so that the rotor 12 generates power and exhausts it through the exhaust port 26 of the housing 2, which is intended to obtain a rotary engine with simple and smooth lubrication, low smoke and high thermal efficiency. There is this.

로타리기관에 있어서 타원형 하우징의 작동공간 내에 정원형 회전체를 넣어서 생기는 두 작동실 내에서 회전체에 형성한 다섯 개의 방사형 차단판이 회전체의 작동실 내에서 돌출하여 타원형 하우징 내면을 접촉하며 회전하는데 방사형 차단판에 있어서 두개의 차단판 사이의 공간이 축소 확대되는 것을 이용하여 최대 압축이 될 때 공간인 작동실의 가스를 폭발시켜 회전체가 동력을 얻게 한다. 그러나 두 차단판과 회전체와 하우징의 내면이 형성하는 작동실의 압축이 한계가 있고 회전력을 얻는데 백터 상의 문제로 열효율이 낮다.In a rotary engine, five radial blocking plates formed on the rotating body in two operating chambers formed by inserting a garden rotating body in the operating space of the elliptical housing protrude from the operating chamber of the rotating body to rotate in contact with the inner surface of the elliptical housing. In the blocking plate, the space between the two blocking plates is reduced and enlarged to explode the gas in the working chamber, which is the space when the maximum compression is achieved, thereby allowing the rotor to gain power. However, the compression of the operating chamber formed by the two blocking plates, the rotor and the inner surface of the housing is limited, and the thermal efficiency is low due to the vector problem in obtaining the rotational force.

본 발명인 로타리기관에 있어서 타원형 하우징(2) 내의 공간에 정원형 회전체(12) 삽입에 의해서 생기는 흡기압축작동실(8-1)과 폭발배기작동실(8-2)을 형성하고 회전체(12)에 압축판(16)과 차단판(20)을 형성하여 압축판(16)과 차단판(20)의 단부가 하우징(2)의 내면을 접촉하여 회전하고 그 사이인 회전체(12)의 원주면에 가스 저장용 저장실(14)를 만들고 흡기구(24)가 있는 흡기압축작동실(8-1)의 가스를 후행하는 압축판(16)이 도2와 같이 시계반대방향으로 회전하며 저장실(14)로 압축하여 모으고 회전체(12)가 하우징 내면에 근접하며 이동하는 사이에서 점화장치가 저장실(14)의 가스를 폭발시키고 저장실(14)이 폭발배기작동실(8-2)로 이동할 때 선행한 차단판(20)이 폭발배기작동실(8-2)을 구획함으로 폭발압력에 차단판(20)이 밀려 회전체(12)가 동력을 얻고 원활한 윤활과 냉각 그리고 매연이 적고 고출력을 얻는 것이다.In the rotary engine of the present invention, the intake compression operation chamber 8-1 and the explosive exhaust operation chamber 8-2 formed by the insertion of the garden-type rotary body 12 in the space in the elliptical housing 2 are formed and the rotary body ( The compression plate 16 and the blocking plate 20 are formed in the 12 so that the ends of the compression plate 16 and the blocking plate 20 come into contact with the inner surface of the housing 2 and rotate therebetween. The compression plate 16 which makes the storage chamber 14 for gas storage on the circumferential surface of the cylinder and follows the gas of the intake compression operation chamber 8-1 with the inlet 24 is rotated counterclockwise as shown in FIG. The ignition device explodes the gas in the storage chamber 14 and the storage chamber 14 moves to the explosion-exhaust operation chamber 8-2 while it is compressed and collected and the rotor 12 moves close to the inner surface of the housing. When the preceding blocking plate 20 partitions the explosion exhaust operation chamber 8-2, the blocking plate 20 is pushed to the explosion pressure so that the rotor 12 receives power and is smooth. Low bow and cooling and exhaust to obtain a high output.

본 발명에 있어 전기점화장치는 하우징(2)에 설치하고 분사점화 점화장치(28)는 회전체(12)에 설치하는 것으로 하고 전기점화장치나 분사점화장치 를 점화장치(28)로 통칭하고 공기나 혼합가스는 가스로 통칭한다.In the present invention, the electric ignition device is installed in the housing 2 and the injection ignition ignition device 28 is installed in the rotating body 12, the electric ignition device or the injection ignition device collectively referred to as the ignition device 28 and air (B) Mixed gas is referred to collectively as gas.

도면2의 압축판(16)이 흡기구(24)를 통해 흡기된 흡기압축작동실(8-1)의 가스를 압축하여 도면3의 압축판(16)과 차단판(20) 사이의 회전체(12) 외주면 일부를 절제해서 웅덩이형태로 형성된 저장실(14)에 모으면 도면3의 저장실(14)이 폭발배기작동실(8-2)로 이동하기 전인 하우징(2) 내면과 회전체(12)의 외주면이 접하는 위치에서 점화장치(28)가 저장실(14)의 가스를 폭발시켜 저장실(14)을 선행하는 차단판(20)이 회전체(12)의 외주면 밖으로 나오면서 폭발배기작동실(8-2)의 내면과 접하고 구획하는 저장실(14)쪽 폭발배기작동실(8-2)공간의 폭발 가스가 차단판(20)을 밀어 회전체(12)는 동력을 얻고 가스는 하우징(2)의 배기구(26)로 배기한다. 상기 과정은 반복된다.The compression plate 16 of FIG. 2 compresses the gas of the intake compression operation chamber 8-1 intaken through the inlet port 24, thereby rotating the body between the compression plate 16 and the blocking plate 20 of FIG. 12) When a portion of the outer circumferential surface is removed and collected in the storage chamber 14 formed in a puddle shape, the storage chamber 14 of FIG. 3 is moved to the inner surface of the housing 2 and the rotor 12 before moving to the explosion exhaust operation chamber 8-2. At the position where the outer circumferential surface is in contact, the ignition device 28 explodes the gas in the storage chamber 14 so that the blocking plate 20 preceding the storage chamber 14 comes out of the outer circumferential surface of the rotating body 12 and the explosion exhaust operation chamber 8-2. Explosion gas in the space of the explosive exhaust operation chamber (8-2) in contact with the inner surface of the storage chamber (14) pushes the blocking plate (20) to power the rotor (12) and the gas is the exhaust port of the housing (2). Exhaust to 26. The process is repeated.

하우징(2)은, 도면1과 도면2를 보면, 타원형의 원통으로서 상판(2-1)과 몸통관(2-3)과 하판(2-3)으로 형성되고 볼트로 조여 일체가 된다. 중앙에 회전축(10)이 끼워지는 축공이 있는 상판(2-1)과 하판(2-3)의 내면에는 압축판안내롤러(18-3)의 궤도인 압축판안내로(6-1)와 차단판안내롤러(22-3)의 궤도인 차단판안내로(6-2)가 있고 압축판유도막대(18-2)와 차단판유도막대(22-2)의 작동공간이 있으며, 몸통관(2-2)에는 회전체(12) 외주면의 상부와 하부 쪽에 장착한 정원인 씰링(30-1)을 접촉하여 회전하는 정원인 두개의 면이 있고 그 사이에 타원형 공간이 있어 회전체(12)가 들어가면 흡기구(24)가 있는 흡기압축작동실(8-1)과 배기구(26)가 있는 폭발배기작동실(8-2)로 나누어지고 그 사이에서 점화하도록 한 점화장치(28)가 있다.1 and 2, the housing 2 is an elliptical cylinder, formed of an upper plate 2-1, a trunk tube 2-3, and a lower plate 2-3 and integrally tightened with a bolt. On the inner surface of the upper plate (2-1) and the lower plate (2-3) having a shaft hole in which the rotary shaft 10 is fitted in the center, the compression plate guide path (6-1) which is the track of the compression plate guide roller (18-3) and There is a blocking plate guide path 6-2, which is the track of the blocking plate guide roller 22-3, and there is an operating space of the compression plate induction bar 18-2 and the blocking plate induction bar 22-2. (2-2) has two surfaces, a garden, which rotates in contact with the sealing 30-1, which is a garden mounted on the upper and lower sides of the outer circumferential surface of the rotor 12, and an elliptical space therebetween, so that the rotor 12 ) Is divided into an intake compression operation chamber (8-1) with an inlet (24) and an explosion exhaust operation chamber (8-2) with an exhaust port (26), and there is an ignition device (28) for ignition therebetween. .

회전체(12)는 회전축(10)이 상부에 일체로 형성된 솥뚜껑형 상판(12-1)과 회전몸체(12-2) 그리고 아래로 회전축(10)이 일체로 형성된 뒤집은 솥뚜껑형 하판(12-3)으로 구성되며 볼트로 조여 일체가 된다.Rotating body 12 is a pot lid-shaped upper plate 12-1 and a rotating body 12-2 and the rotating body 10-2 and the bottom of the inverted pot lid-shaped plate 12- is formed integrally at the top of the rotating shaft 10 It is composed of 3) and is united by tightening with bolts.

회전체(12)는 압축판(16)과 차단판(20)을 일조로 일조 이상 구성하고 회전체(12) 내의 압축판(16)과 차단판(20)이 회전몸체(12-2)의 외주면 밖으로 왕복운동을 하도록 각각 작동공간을 형성하고 압축판(16)의 압축판연결봉(18-1)과 차단판(20)의 차단판연결봉(22-1)이 상판(12-1)과 하판(12-3)을 관통하고 회전축(10) 쪽에 있어 방사형으로 움직이며 압축판연결봉(18-1)의 말미에는 압축판유도막대(18-2)가 직각으로 형성되고 직각으로 다시 압축판안내롤러(18-3)가 형성되며 차단판연결봉(22-1)의 말미에는 차단판유도막대(22-2)가 직각으로 형성되고 직각으로 다시 차단판안내롤러(22-3)가 형성되어 도면4에서 보듯이 상판(2-1)과 하판(2-3) 내면의 압축판안내로(6-1)를 압축판안내롤러(18-3)가 따라가고 차단판안내로(6-2)를 차단판안내롤러(22-3)가 따라간다. 압축판안내롤러(18-3)와 차단판안내롤러(22-3)가 자기의 궤도를 이탈하지 않도록 상판(2-1)에서 압축판안내롤러(18-3)와 차단판안내롤러(22-3)의 길이를 서로 다르게 하고 하판(2-3)에서는 상판(2-1)에서의 압축판안내롤러(18-3)와 차단판안내롤러(22-3)의 길이를 서로 반대로 바꾸어 구성한다.The rotating body 12 constitutes one or more sets of the compression plate 16 and the blocking plate 20 in a set, and the compression plate 16 and the blocking plate 20 in the rotating body 12 are formed of the rotating body 12-2. Each operating space is formed to reciprocate out of the outer circumferential surface, and the connecting plate connecting rod 18-1 of the compression plate 16 and the blocking plate connecting rod 22-1 of the blocking plate 20 are the upper plate 12-1 and the lower plate. (12-3) penetrates (12-3) and moves radially on the side of the rotating shaft (10). At the end of the compression plate connecting rod (18-1), the compression plate guide rod (18-2) is formed at right angles, and again the compression plate guide roller at right angles. 18-3 is formed, and at the end of the blocking plate connecting rod 22-1, the blocking plate guide rod 22-2 is formed at a right angle, and the blocking plate guide roller 22-3 is formed at a right angle. As shown in the upper plate (2-1) and the lower plate (2-3), the compression plate guide roller (6-1) is followed by the compression plate guide roller (18-3) and the blocking plate guide path (6-2) The blocking plate guide roller 22-3 follows. The compression plate guide roller 18-3 and the blocking plate guide roller 22 on the upper plate 2-1 so that the compression plate guide roller 18-3 and the blocking plate guide roller 22-3 do not depart from their tracks. -3) different lengths and the lower plate (2-3) is configured by changing the length of the compression plate guide roller (18-3) and the blocking plate guide roller (22-3) in the upper plate (2-1) do.

도면5를 보면 압축판유도막대(18-2)과 차단판유도막대(22-2)의 길이를 외주면 쪽으로 길게 하고 보강벽(32)을 하여 휘어지는 것을 방지하고 압축판안내롤러(18-3)는 압축판안내로(6-1)의 벽을 따라가고 차단판안내롤러(22-3) 는 차단판안내로(6-2) 내의 벽을 따라 이동하여 압축판(16)과 차단판(20)의 단부가 하우징(2)의 내면을 정밀하게 접촉하여 이동하게 한다.5, the lengths of the compression plate induction rod 18-2 and the blocking plate induction rod 22-2 are lengthened toward the outer circumferential surface, and the reinforcement wall 32 prevents bending and the compression plate guide roller 18-3. Is along the wall of the compression plate guide (6-1) and the blocking plate guide roller 22-3 is moved along the wall in the blocking plate guide (6-2) to the compression plate 16 and the blocking plate (20) The end of) allows the inner surface of the housing 2 to contact and move precisely.

점화장치(28)를 보면 가스가 하우징(2)의 흡기구(24)에서 회전체(12)의 저장실(14)로 이동된 후 최고로 압축될 때 분사점화는 압축기에 의해 저장실(14) 내의 점화장치(28)에 공급되고 전기점화 역시 회전축(10)을 이용한 배전반에 의해 저장실(14) 내의 점화장치(28)에 공급할 수도 있다. 또한 도2에서 보듯이 하우징(2) 내면에 점화장치(28)를 장착할 수도 있다.Referring to the ignition device 28, when the gas is moved from the intake port 24 of the housing 2 to the storage chamber 14 of the rotating body 12 and compressed to the maximum, the ignition of the ignition apparatus in the storage chamber 14 is caused by the compressor. The electric ignition may also be supplied to the ignition device 28 in the storage chamber 14 by a switchboard using the rotary shaft 10. 2, the ignition device 28 may be mounted on the inner surface of the housing 2.

윤활유는, 도1에서보면, 회전축(10)의 공급유로(4-1)로부터 회전축(10)의 공급세유로(4-2)를 통해 회전축(10)용 하우징(2)의 축공과 회전체(12)의 상판(12-1) 윗면과 압축판유도막대(18-2)와 차단판유도막대(22-2)와 각 말미에 직각 형성된 압축판안내롤러(18-3)와 차단판안내롤러(22-3)에 공급되고 회전체(12)의 씰링(30-1)으로 가서 회전체(12)나 하우징(2)의 배출세유로(4-3)를 지난 다음 배출유로(4-4)로 가고 상판(12-1)의 위에서 하판(12-3)을 관통한 공급세유로(4-2)를 통해 압축판(16)과 차단판(20)으로 가서 배출세유로(4-3)를 거쳐 배출유로(4-4)로 간다. 배출유로(4-4)에서 윤활유저장실로 보내 냉각과 정유를 하고 공급유로(4-1)로 다시 보낸다.As shown in FIG. 1, the lubricating oil is a shaft hole and a rotating body of the housing 2 for the rotating shaft 10 from the supply passage 4-1 of the rotating shaft 10 through the supply fine passage 4-2 of the rotating shaft 10. (12) of the upper plate (12-1), the compression plate guide rod (18-2) and the blocking plate guide rod (22-2) and the compression plate guide roller (18-3) formed at right angles and the blocking plate guide It is supplied to the roller 22-3, goes to the sealing 30-1 of the rotating body 12, passes through the discharge washing passage 4-3 of the rotating body 12 or the housing 2, and then the discharge passage 4- 4) go to the compression plate 16 and the blocking plate 20 through the supply passage 4-2 passing through the lower plate 12-3 from the upper plate 12-1, and discharge discharge passage 4- Pass 3) to the discharge passage (4-4). It is sent from the discharge channel (4-4) to the lubricating oil storage room, cooled and refined, and sent back to the supply channel (4-1).

회전축(10)의 공급유로(4-1)에 공급용 터빈형 날개를 부착하고 배출유로(4-4)에는 배출용 터빈형 날개를 부착하며 전기를 공급하는 배전반과 전선이나 연료 분사용 압축기와 연결하는 연결관이 부착될 수도 있다.A switchboard for attaching a turbine-type blade to the supply passage 4-1 of the rotary shaft 10 and a turbine-type blade for discharge to the discharge passage 4-4; Connecting connectors may be attached.

회전축(10)과 압축판(16)과 차단판(20)의 윤활에 있어서 축공 사이의 윤활유 가 불필요 부분으로 흐르지 않도록 회전축(10)이나 축공에 씰링용 홈을 만들고 스프링을 삽입한 후 한개 이상 씰링(30-1)과 씰(30-2)을 끼운다. 회전축(10)의 불필요 부분은 하우징(2)의 외부이고 압축판(16)과 차단판(20)의 불필요 부분은 흡기압축작동실(8-1)과 폭발배기작동실(8-2)과 역류하는 것을 말한다.In the lubrication of the rotating shaft 10, the compression plate 16 and the blocking plate 20, a sealing groove is made in the rotating shaft 10 or the shaft hole so as to prevent the lubricating oil between the shaft holes from flowing to the unnecessary portion, and at least one sealing is performed after the spring is inserted. Insert the 30-1 and the seal 30-2. Unnecessary portions of the rotary shaft 10 are external to the housing 2, and unnecessary portions of the compression plate 16 and the blocking plate 20 are composed of the intake compression operation chamber 8-1 and the explosion exhaust operation chamber 8-2. Say backflow.

냉각형태는 회전축(10)에 날개를 달아 냉각할 수 있는 공랭식이나 하우징(2)의 냉각용재킷 처럼 회전체(12)에 물을 주입해 냉각할 수 있는 수냉식으로 구분하기보다는 회전체(12)와 하우징(2)사이의 작동부분에 윤활유를 이용한 절충식 형태도 유용하다.Cooling type is not the air cooling type that can be cooled by attaching a blade to the rotary shaft 10 or the water cooling type that can be cooled by injecting water into the rotating body 12, such as the cooling jacket of the housing 2, the rotating body 12 An eclectic form using lubricating oil in the operating part between the housing and the housing 2 is also useful.

회전체(12)의 압축판(16)과 차단판(20)을 최소 일조로 하고 회전체(12)의 내외를 압축판(16)과 차단판(20)이 왕복하도록 구성하여 압축판(16)이 흡기구(24)가 있는 흡기압축작동실(8-1)의 가스를 압축하고 점화장치(28)가 점화하고 차단판(20)이 배기구(26)가 있는 폭발배기작동실(8-2)을 구획하여 회전체(12)가 동력을 얻는 구조로서 원활한 윤활로서 매연이 적고 열효율이 높은 로타리기관으로서 가스, 가솔린, 디젤기관을 얻을 수 있다.The compression plate 16 and the blocking plate 20 of the rotating body 12 are minimized, and the compression plate 16 and the blocking plate 20 are configured to reciprocate inside and outside the rotating body 12. ) Compresses the gas in the intake compression operation chamber 8-1 with the intake port 24, the ignition device 28 ignites, and the blocking plate 20 has an explosion exhaust operation chamber 8-2 with the exhaust port 26. ), The rotary body 12 is powered by a smooth lubrication structure with low soot and high thermal efficiency, so that gas, gasoline, and diesel engines can be obtained.

Claims

The housing (2) is an elliptical cylinder with a compression plate guide (6-1) and a blocking plate guide (6-2) on the inner surface of the upper plate (2-1) having a shaft hole for the rotating shaft (10) in the center. There is a space in which the plate induction rod 18-2 and the blocking plate induction rod 22-2 operate, and the body tube 2-2 is in contact with the sealing 30-1 of the upper and lower portions of the rotor 12. The inner surface of the garden is up and down, and there is an elliptical cylindrical portion between the seals 30-1. When the rotor 12 enters, the explosion with the intake compression operation chamber 8-1 and the exhaust port 26 with the intake port 24 is performed. It is divided into the exhaust operation chamber (8-2), and the lower plate (2-3) has a shaft hole for the rotating shaft (10) at the center, and the compression plate guide path (6-1) and the blocking plate guide path (6-2) at the inner side In addition, there is a space in which the compression plate induction rod 18-2 and the blocking plate induction rod 22-2 operate, and the rotating body 12 includes the upper plate 12-1 and the rotating body 10 on which the rotating shaft 10 is located. 12-2) and the rotating shaft 10 is composed of a lower plate 12-3, which is provided below, and is supplied to the rotating shaft 10 There are a flow path 4-1, a supply tax flow path 4-2, a discharge tax flow path 4-3 and a discharge flow path 4-4, and the rotary body 12-2 is blocked from the compression plate 16. There is a working space in the rotary body 12-2 so that the plate 20 is formed in a pair or more and the compression plate 16 and the blocking plate 20 reciprocate out of the outer circumferential surface of the rotary body 12-2. Compression plate connecting rod (18-1) of the compression plate 16 is located on the rotating shaft 10 side through the upper plate (12-1) and the lower plate (12-3) to move radially and the reinforcing wall 32 to prevent bending The compression plate 16 is intaked as the compression plate guide roller 18-3 connected to the compression plate induction rod 18-2 at a right angle and integrally connected at right angles to the compression plate guide path 6-1. Compressed gas of the intake compression operation chamber 8-1 is collected and collected into the storage chamber 14 formed between the compression plate 16 and the blocking plate 20, and the blocking plate connecting rod 22-1 of the blocking plate 20 is On the axis of rotation 10, penetrates radially through upper plate 12-1 and lower plate 12-3 And the reinforcing wall 32 is integrally connected at right angles to the blocking plate guide rod 22-2 which prevents bending, and the blocking plate guide roller 22-3 connected at right angles is the blocking plate guide path 6-2. Ignition gas in the storage chamber 14 at a position where the inner surface of the housing 2 and the outer peripheral surface of the rotor 12 are in contact with each other, and precede the storage chamber 14 and protrude the outer peripheral surface of the rotor 12 to explode the exhaust operation chamber. A rotary engine configured to allow the explosive gas to push the rear of the blocking plate (20-2) partitioning section (8-2) so that the rotor 12 receives power and exhausts it to the exhaust port 26.

According to claim 1, the outer circumferential surface of the rotating body 12 between the compression plate 16 and the blocking plate 20 of the rotating body 12 is cut off to form an open puddle-shaped space to store the gas to compress the housing (2) Rotary organization configured to the storage compartment (14) to explode in a portion where the inner surface of the inner surface and the outer peripheral surface of the rotating body (12).

The compression plate connecting rod 18-1 and the blocking plate connecting rod 22-1 of the compression plate 16 and the blocking plate 20 are reciprocated in the radial direction from the rotating shaft 10. The upper plate 12-1 and the lower plate 12-3 so as to be possible, and the compression plate connecting rod 18-1 forms a compression plate induction bar 18-2 at right angles and the compression plate guide roller 18 at right angles. -3) to follow the compression plate guide path (6-1) and the blocking plate connecting rod (22-1) is bent at a right angle to form a blocking plate guide bar (22-2) and at a right angle to the blocking plate guide roller (22) -3) to vary the length of the compression plate guide roller (18-3) and the block plate guide roller (22-3) so as to follow the blocking plate guide path (6- 2) and the compression plate guide roller (18) -3) and the length of the blocking plate guide roller 22-3 are interchanged so that the compression plate guide roller 18-3 follows the compression plate guide path 6-1 and the blocking plate guide roller 22-3 Compression plate 16 is to follow the blocking plate guide (6-2) A rotary engine configured to partition the intake and compression operation chamber (8-1) and the blocking plate (20) to partition the explosion exhaust operation chamber (8-2).

The lubricating oil of claim 1 has a supply passage 4-1 and a discharge passage 4-4 of the rotary shaft 10, and the lubricant oil is provided to the shaft hole of the housing 2 for the rotary shaft 10 through the supply fine passage 4-2. Supplied with compressed plate guide rod (18-2), compressed plate guide roller (18-3), blocking plate guide rod (22-2), blocking plate guide roller (22-3), compressed plate (16) and blocking plate And supplied to the sealing 30-1 and then to the discharge passage 4-4 through the discharge tax passage 4-3, and part of the upper plate 12-1 of the rotating body 12 Rotary organization configured to pass through the lower plate (12-3) from the top to the discharge passage (4-4).