JPH04119371U

JPH04119371U - linear rotary compressor

Info

Publication number: JPH04119371U
Application number: JP4732691U
Authority: JP
Inventors: 寛本川
Original assignee: Individual
Current assignee: Individual
Priority date: 1991-04-03
Filing date: 1991-04-03
Publication date: 1992-10-26

Abstract

(57)【要約】【目的】従来のコンプレッサーは構造が複雑で振動、騒
音等の問題が有り効率が悪かった。このため小型、軽量
で効率の良いものを考えた。【構成】非磁性体の二ツ割シリンダー中に断面が円でリ
ング状の空洞を設けこれに内接する扇形ピストン（非磁
性）を複数内臓し、ピストンの一部に磁性体取り付け
る。シリンダー外周に複数のソレノイドを設け、コンピ
ユータで電流のＯＮ、ＯＦＦを制御しピストンに緩急回
転させ吸入、圧縮を行なう (57) [Summary] [Purpose] Conventional compressors have a complicated structure, have problems such as vibration and noise, and are inefficient. For this reason, we thought of something small, lightweight, and efficient. [Structure] A ring-shaped cavity with a circular cross section is provided in a two-split cylinder made of non-magnetic material, and a plurality of sector-shaped pistons (non-magnetic) are inscribed in this cavity, and a magnetic material is attached to a part of the piston. Multiple solenoids are installed around the outer circumference of the cylinder, and a computer controls the ON/OFF of the current to cause the piston to rotate slowly and rapidly to perform suction and compression.

Description

【考案の詳細な説明】【０００１】従来のコンプレッサーは構造が複雑で振動、騒音等の問題が有り効率が悪かった。このため小型、軽量で効率の良いコンプレッサーを考えた。図面で断面が円（又は矩形）で円形の二ツ割れシリンダー１、２内に、これに内接する扇形の軽量ピストン３（プラスチック、セラミック、アルミ合金等の非磁性体）を内臓し、ピストンの一部に鉄等の磁性体４を取り付ける。シリンダーの外周にソレノイド５、６を複数設置する。５はコイル、６は鉄芯である。ソレノイドに電流をＯＮ、ＯＦＦし磁性体４を吸引しピストン３を回転させる。ＯＮ、ＯＦＦをコンピューター制御しピストンに緩急回転させ吸入、圧縮を行なう。７は吐出口、８は吸入口でバルブが不用の利点もある。回転するのはピストンのみで構造が簡単で小型にできる。また軽量であり、組立、修理が容易である。シンメトリックで振動、騒音がない。自由に圧縮容積が選定できる。シールが容易である。シールにテフロン等を使用しクリーンな圧縮空気が得られる。コンプレッサーは空気を有用に利用し自然を害さ無い。医療、産業、家庭用に広い利用価値がある。[Detailed explanation of the idea] Conventional compressors have complicated structures and have problems such as vibration and noise. It was inefficient. For this reason, we devised a compact, lightweight, and highly efficient compressor. In the drawing, the cross section is circular (or rectangular) and inside the circular two-split cylinders 1 and 2. Contacting sector-shaped lightweight piston 3 (non-magnetic piston made of plastic, ceramic, aluminum alloy, etc.) A magnetic material 4 such as iron is attached to a part of the piston. A plurality of solenoids 5 and 6 are installed around the outer circumference of the cylinder. 5 is a coil, and 6 is an iron core. Turn the current on and off to the solenoid to absorb the magnetic material 4. Rotate the pull piston 3. ON/OFF is controlled by computer and piston Rotate slowly and rapidly to inhale and compress. 7 is a discharge port and 8 is a suction port, which has the advantage of not requiring a valve. Only the piston rotates, so the structure is simple and compact. It is also lightweight and easy to assemble and repair. Symmetrical with no vibration or noise. Compression volume can be freely selected. Easy to seal. Clean compressed air is obtained by using Teflon, etc. for the seal. Compressors use air effectively and do not harm nature. It has wide utility value for medical, industrial, and household use.

[Brief explanation of drawings]

【図１】正面図[Figure 1] Front view

【図２】Ａ−Ａ断面図[Figure 2] A-A sectional view

【図３】Ｂ−Ｂ断面図[Figure 3] B-B sectional view

[Explanation of symbols]

１、２はシリンダー。３はピストン。４は磁性体。５、６はソレノイドで５はコイル、６は鉄芯。７は吐出口。８は吸入口。 1 and 2 are cylinders. 3 is the piston. 4 is a magnetic material. 5 and 6 are solenoids, 5 is a coil, and 6 is an iron core. 7 is the discharge port. 8 is the inlet.

Claims

[Scope of utility model registration request]

1. Compressors, pumps, vacuum machines, etc., which have a plurality of pistons inside a circular cylinder, and a plurality of solenoids arranged around the outer circumference of the cylinder, and linearly rotate only the pistons slowly and rapidly to perform suction and compression.