JP2020026790A

JP2020026790A - Three-split joint magnet repulsive scroll rotor with two grooves faced at 90 degrees

Info

Publication number: JP2020026790A
Application number: JP2018164897A
Authority: JP
Inventors: 益江中島; Masue Nakajima
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-16
Filing date: 2018-08-16
Publication date: 2020-02-20

Abstract

To provide a configuration method of a scroll member capable of improving efficiency.SOLUTION: The end plate of a scroll member is divided into two or three parts and assembled. Also, a rare earth magnet is magnetized on the divided cross section of the end plate, and an effect of increasing the torque of the scroll rotor due to the repulsive force of a magnet is obtained.SELECTED DRAWING: Figure 2

Description

スクロ−ルロ−タの継手の外周に向けてガス圧渦溝を切削している上記のスクロ−ルロ−タは三分割され三枚一組され９０度づつ磁石を配置を持たせトルクアップ動力の回生効果を発生とするThe above-mentioned scroll rotor, which cuts the gas pressure vortex groove toward the outer periphery of the scroll rotor joint, is divided into three parts, and the three pieces are assembled in sets of three, each having a magnet arranged at 90 degrees to provide torque increasing power. Generate regenerative effect

現在のスクロ−ルロ−ルは発動機モ−タなので直結で駆動しておりスクロ−ルロ−タ即ち断熱圧縮が持つ熱力学による熱量の出入仕事量エンタルピにてアシストもので供に機械的マグネットによりアシストするスクロ−ルロ−タThe current scroll roll is an engine motor, so it is driven directly by a motor, and the scroll rotor, that is, the amount of heat input and output work enthalpy due to the thermodynamics of adiabatic compression, is assisted by a mechanical magnet. Scroll rotor to assist

特開２０１２−４４５１７JP 2012-44517

（イ）スクロ−ルロ−タが持つ熱力学断熱指数エントロピ−即ち熱の授量仕事とするエンタルピ−を有効利用して熱力学を機械力学に変換しようとする
（ロ）上記の三分割継手を優弧と劣弧の中間の１８０度の円弧を円柱の端面に数粍段付け切削している
（ハ）両継手はガス圧スクロ−ル溝と磁石の着磁力による反発による三分割継手スクロ−ルロ−タ(A) The thermodynamic adiabatic exponent entropy of the scroll rotor, that is, the enthalpy as the work of giving heat, is used to convert thermodynamics into mechanical dynamics. A 180-degree arc between the superior arc and the inferior arc is machined and cut on the end face of the cylinder by several steps. (C) Both joints have a gas pressure scroll groove and a three-part joint scroll which is repelled by the magnetizing force of the magnet. Rotor

二分割継手の中に切削した旋回スクロ−ルロ−タ（１）二分割継手の中に入れた共巡りスクロ−ルロ−タ（２）
（２）二分割継手の旋回スクロ−ルロ−タの円弧の側面に切削したガス圧スクロ−ル溝（３）二分割継手の共巡るスクロ−ルロ−タの側面に切削したガス圧スクロ−ル溝（４）
三分割した継手の中に切削した旋回スクロ−ルロ−タの断面に着磁する為の分割断面（５）三分割した継手の中に切削した共巡りするスクロ−ルロ−タで共に旋回スクロ−ルロ−タか分割した継手断面に磁石着磁させる為の分割断面（６）以上の構成よりなるスクロ−ルロ−タRotating scroll rotor cut into two-piece joint (1) Co-rotating scroll rotor put into two-piece joint (2)
(2) Gas pressure scroll groove cut on the side of the circular arc of the rotating scroll rotor of the two-piece joint (3) Gas pressure scroll cut on the side of the scroll rotor that goes around the two-piece joint Groove (4)
Divided cross section for magnetizing the cross section of the rotary scroll rotor cut in the three-piece joint (5) Co-rotating scroll rotor cut in the three-piece joint and rotating scroll together Scroll rotor composed of a rotor or a divided section (6) for magnetizing the divided joint section with magnets

二分割と三分割と二種類の継手は優弧と劣弧の間の１８０度の円弧状の円柱は数粍段差の切削をつけている
二分割継手は円周に向けて両端面にスクロ−ルガス圧溝切削している
三分割継手は分割断面に磁石を着磁させ旋回スクロ−ルロ−タと共巡りスクロ−ルロ−タをマグットにより反発させ両共回転力トルクアップ向上効果とすれば
断熱指数エントロピ熱量の授受エンタルピが現れたとすればモリエル線図Ｔ．Ｓ線図での動力及び全体図での表現わ難しい
ガス圧力アシスト及びマグネット着磁アシスト共にモリエル線図Ｔ．Ｓ上の動力計算でなく所定のサイクル３レフトンより小さいワット数は電動力及び回生システムなどで解決する
熱力学上の基本エンタルピの問題点を補うことでなく小型は別として中，大型三レフトン以上の冷凍機の効果をせしめるとするThe two-part and three-part joints have a 180-degree arc-shaped cylinder between the superior arc and the inferior arc. The cylindrical part is cut with several steps of wear. The two-part joint has scrolls on both end faces toward the circumference. The three-piece joint that cuts the gas pressure groove is magnetized on the divided section, and the revolving scroll rotor and the revolving scroll rotor are repelled by the magnet to improve the torque of both rotating heat. If the transfer enthalpy of the exponential entropy calorie appears, the Mollier diagram T. Power in the S diagram and representation in the overall diagram Difficult gas pressure assist and magnet magnetization assist both in the Mollier diagram T. The power calculation on the S, not the specified cycle 3 watts smaller than 3 Lefton, does not compensate for the problems of the basic enthalpy in thermodynamics solved by the electric power and the regenerative system etc. The effect of the refrigerator

二分割継手スクロ−ルロ−タ斜視図Two-part joint scroll rotor perspective view 三分割継手スクロ−ルロ−タ斜視図Three-part joint scroll rotor perspective view

（イ）二分割継手スクロ−ルロ−タ（１）継手の内径に切削された旋回スクロ−ルロ−タ
（ロ）二分割継手スクロ−ルロ−タ（２）継手の内径に切削された共巡りスクロ−ルロ−タ
（ハ）二分割継手旋回スクロ−ルロ−タ（３）ロ−タの側面に切削したガス圧案内スクロ−ル溝
（ニ）二分割継手共巡りスクロ−ルロ−タ（４）ロ−タの側面に切削したガス圧案内スクロ−ル溝
（ホ）三分割継手旋回スクロ−ルロ−タの（５）三分割された分割断面に希土類磁石を着磁させ磁石の反発をうる
（ヘ）三分割継手共巡りスクロ−ルロ−タの（６）三分割された分割断面に希土類磁石を着磁させ磁石の反発をうる(A) Two-part joint scroll rotor (1) Revolving scroll rotor cut to the inner diameter of the joint (b) Two-part joint scroll rotor (2) Co-rotation cut to the inner diameter of the joint Scroll rotor (c) Two-piece joint revolving scroll rotor (3) Gas pressure guide scroll groove cut on the side of the rotor (d) Two-piece joint co-rotating scroll rotor (4) (3) Gas pressure guide scroll groove cut on the side of the rotor (e) Three-part joint (5) Rare earth magnets are magnetized on the three-divided divided cross section of the scroll rotor to repel the magnet. (F) Rare earth magnets are magnetized on the divided cross section of the scroll rotor (6) of the three-piece joint and the revolving scroll rotor to repel the magnet.

１二分割継手旋回スクロ−ルロ−タ
２二分割継手共巡りスクロ−ルロ−タ
３二分割継手旋回スクロ−ルロ−タ中心シリンダ上部吐出孔
下側面のガス圧スクロ−ル溝
４二分割継手共巡りスクロ−ルロ−タ中心上部吐出孔と負圧室に充慎する為の案内瓦斯圧スクロ−ル溝
５三分割継手旋回スクロ−ルロ−タ及び着磁反発式分割ロ−タ
６三分割継手共巡りスクロ−ルロ−タ及び着磁反発式分割ロ−タ(1) Two-piece joint rotating scroll rotor (2) Two-piece joint rotating round scroll rotor (3) Two-piece joint rotating scroll rotor center cylinder upper discharge hole Lower gas pressure scroll groove (4) Two-piece joint Guide scroll scroll groove 5 three-part joint for revolving scroll rotor center upper discharge hole and negative pressure chamber 5 part joint revolving scroll rotor and magnetized repulsion type split rotor 6 three part joint Co-rolling scroll rotor and magnetized repulsion split rotor

Claims

A two-piece joint rotating scroll rotor (1) and a two-piece joint scroll roller (2) are used. A cylinder is formed in the center of (1), and the scroll rotor is cut. (2) The split joint has a circular arc having a step difference of 180 degrees between the superior arc and the inferior arc in the center. (3) Gas pressure scroll groove on the lower surface of the rotary scroll rotor (4). A scroll groove is formed below the 180-degree circular arc of a few steps of the co-rotating scroll rotor (2). The same applies to (1) and (2) where the divided cross section is repelled by negative pressure. Also has a gas pressure scroll groove, and a set of two is used as a scroll rotor compressor.

Three-piece joint revolving scroll rotor (5) Three-piece joint revolving scroll rotor (6) (5) (6) Both sets of three-piece scroll rotor are used as the upper joint of the three pieces. At the center radius of the lower joint, a 180 degree arc between the superior arc and the inferior arc is provided with a step of several millimeters, the divided section extends to the scroll rotor diameter, and large and small rare earth magnets are magnetized on the divided section. A 90-degree split opposing magnet scroll rotor compressor with the aim of improving the rotational torque due to the repulsion of