TH109911A - Rotary air compressors and how they are produced - Google Patents

Abstract

DC60 (18/06/53) Rotary air compressor that can improve performance by making the pressure increase. The high-pressure chamber side of the rotary compression element delays and causes the load of the high pressure exerted. At the roller with the rotating shaft in the rotary compressor reduced Make it in rotary compressor (Rotary air compressor) 10 containing elements Electric powered (Propulsion elements) 14 with the 1st and 2nd rotary compressor elements 32, 34 which are driven by the rotating shaft 16 of the driven elements 14 in a sealed container 12 each forming a rotary compressor element 32, 34 from the cylinder 38 , 40 with pistons 46, 48, which are fitted with cam bodies 42, 44, which are formed on the shaft 16, as well as the cam rotations in cylinders 38, 40 with rotors 50, 52, which are attached to the rollers 46, 48. And dividers in the cylinder 38, 40 are divided into the low pressure chamber side and the high pressure chamber side respectively. And make the internal diameter of the pass-through path of the cylinder 58, 60, which is molded at each cylinder 38, 40, is 59% or more and not more than 70% of the selected cylinder thickness. Figure 6 Rotary air compressor at It can improve the performance by making the pressure increase. The high-pressure chamber side of the rotary compression element delays and causes the load of the high pressure exerted. At the roller with the rotating shaft in the rotary compressor reduced Make it in rotary compressor (Rotary air compressor) 10 containing elements Electric powered (Propulsion elements) 14 with the 1st and 2nd rotary compressor elements 32, 34 which are driven by the rotating shaft 16 of the driven elements 14 in a sealed container 12 each forming a rotary compressor element 32, 34 from the cylinder 38 , 40 with pistons 46, 48, which are fitted with cam bodies 42, 44, which are formed on the shaft 16, as well as the cam rotations in cylinders 38, 40 with rotors 50, 52, which are attached to the rollers 46, 48. The separator in the cylinder 38, 40 is divided into the low pressure chamber side and the high pressure chamber side, respectively. And made the internal diameter of the path through the cylinder 58, 60, which is molded at each cylinder 38, 40 was 59% or more and not more than 70% of the selected cylinder thickness. Figure 6.

Claims (4)

Disclaimer (all) which will not appear on the advertisement page. : ------ 23/07/2018 ------ (OCR) Page 1 of Quantity 1 Page Disclaimer 1. Rotary compressor included. Close container, which includes Drive elements and rotary compressed air components driven by the rotating shaft of the Such driving elements Where the aforementioned rotary compressed air element is composed of a ball cylinder fitted to the ball. Which is reversed in the form of a spinning shaft, as well as a ball in the cylinder and the impeller which is attached to the airlock and divides in the cylinder In the low pressure chamber and the high pressure chamber and where the play in the center of the toy, the inlet chamber was deformed in the cylinder, for example 59% or more and not more than 70% of the cylinder thickness as mentioned. Manufactures rotary compressors consisting of a fully enclosed container, driven element. And the element \ 'clip of compressed air assembly \' rotary at It is driven by the rotating shaft of the propulsion element, consisting of a rotary compressed air element composed of a cylinder, a flange fitted to the ball body. Which is reversed to form a spinning shaft, as well as a ball spinning in the said cylinder and the impeller which is attached to it and divides the barrier in the cylinder into In the low pressure chamber and the high pressure chamber side and the expansion of play in the center of the toy, the inlet passageway was formed in the cylinder. Hunt me from the increase in the pressure of the aforementioned high-pressure chamber side, where playing the inner diameter of the pass-through toy, was 59% and no more than 70% of the aforementioned negative cylinder thickness. ------- 1.Rotary compressor, whose characteristic is that in the rotary air compressor which is packed Driven elements with a rotary air compressor element which is driven by a rotating shaft of Such powered elements in a sealed container. This rotary compressed air element is built from the cylinder to the piston, which is fitted with a cam body molded on the rotating shaft as well as Rotate the cam in such a cylinder. And the impeller, which is attached to the roller and divides the barrier in The cylinder exits the low pressure chamber side and the high pressure chamber side. And make the inside diameter of the intake path which is formed at such cylinders is 59% or more and not more than 70% of the cylinder thickness. 2.Rotary compressor, whose characteristic is that in the rotary air compressor, which is packed Driven elements with a rotary air compressor element which is driven by a rotating shaft of Such powered elements in a sealed container. This rotary compressed air element is built from the cylinder to the piston, which is fitted with a cam body molded on the rotating shaft as well as Rotate the cam in such a cylinder. And the impeller, which is attached to the roller and divides the barrier in The cylinder exits the low pressure chamber side and the high pressure chamber side. And there is a path through the pump, which is molded at the said cylinder. That the cylinder is formed It is a groove that extends from the mouth of the outlet of the inlet path into the direction of rotation of the shaft. 3. The rotary compressor of the invention of claim 2, whose characteristic is that the groove is formed within the thickness of the roller. 4.Production method of the rotary air compressor, which has a specific characteristic that is, contain elements. Driven with a rotary compressor element which is driven by the element's rotating shaft Such propulsion in a sealed container. Create such a rotary compressor element from the cylinder. With the piston, which is fitted with the cam body, which is formed on the said rotating shaft, as well as the cam rotation In such a cylinder And the impeller, which is attached to the roller and divides the barrier in the said cylinder Out is the low pressure chamber side and the high pressure chamber side. And cause the increase in the pressure of the chamber side The high pressure is delayed by the expansion of the inner diameter of the inlet path that has been raised. Figure that the cylinder