TH43792B - Impermeable compressor - Google Patents

Abstract

DC60 impermeable air compressor, highly efficient by reducing ball mechanical losses. Cylinder that travels back and forth within the cylinder For this reason the imports of compressors containing closed containers are reduced; Compressor parts 3, 4, 5 and 6 for suction of refrigerant gas in order to compress it internally; And electric motor parts 1 and 2 for rotary drive of compressor parts. Where the compressor part has 4 pistons that go back and forth within the cylinder 3 in combination. With the rotational motion of this crankshaft 7 and piston 4, there is a step 4a-like section on its outer surface. That extends within the region from the end facing the crankshaft 7 to the center position of the piston Air impermeable compressor with high efficiency by minimizing ball mechanical losses. Cylinder that travels back and forth within the cylinder For this reason, the import of compressors containing: the container is closed; Compressor parts 3, 4, 5 and 6 for suction of refrigerant gas in order to compress it internally; And electric motor parts 1 and 2 for rotary drive of compressor parts. Where the compressor part has 4 pistons that go back and forth within the cylinder 3 in combination. With the rotational motion of this crankshaft 7 and piston 4, there is a step 4a-like section on its outer surface. Extending within the region from the tip facing the crankshaft 7 to the center position of such piston:

Claims (9)

1. Impermeable compressor consisting of: a closed container; Compressor parts for refrigeration gas extraction In order to compress it inward; And electric motor parts for the rotary drive of such compressor parts, where the compressor main body is built with compressor parts. And electric motor parts received under In such a closed container with lubricant. Such compressor parts have pistons that move back and forth within the piston in combination. With the rotational motion of the crankshaft And the pistons have step-like parts on the surface. Its edges around the outside. That protrudes within the region from the end facing the crankshaft. To the middle position of the said piston 2. The impermeable air compressor consists of: a closed container; Compressor parts for refrigeration gas extraction In order to compress it inward; And electric motor parts for the rotary drive of such compressor parts, where the compressor main body is built with compressor parts. And electric motor parts received under In such a closed container with lubricant. Such compressor parts have pistons that move back and forth within the piston in combination. With the rotational motion of the crankshaft where R600a is used as a refrigerant gas For this reason Reduce the surface pressure to be small. That were used on such cylinders and pistons And the pistons with the part Like a step on the outer edge of it It is independent of contact with the inner surface of the cylinder, thereby reducing the contact area between the piston and the cylinder. 3. Impermeable air compressor consisting of: a closed container; Compressor parts for cooling gas extraction In order to compress it inward; And electric motor parts for the rotary drive of such compressor parts, where the compressor main body is built with compressor parts. And electric motor parts received under In such a closed container with lubricant. The compressor part is built with a ball joint mechanism. In which the piston at Moving back and forth, the inside of the cylinder is welded to a rod with a spear-like tip. So that the piston moves Reversed within the said cylinder in conjunction with the cam motion of the crank The crankcase of the crankshaft passes through the said rod. The piston has step-like parts on its outer perimeter. Filed within the area from The end facing the crankshaft to the middle position of the said piston and the position of the end of the similar step facing the said piston is placed on The side of such crankshaft is greater than the said cylinder opening at the center position. Middle dead bottom of such piston 4. Impermeable air compressor as described in claim 1 where the position of The end of the step similar facing the piston is placed on the side of the coupling shaft. The crankcase is greater than the opening of the cylinder. At the location of the lower dead center Of the said piston 5. Impermeable air compressor as described in claim 2 where the position of The end of the step similar facing the piston is placed on the side of the coupling shaft. The crankcase is greater than the opening of the cylinder. At the location of the lower dead center Of the said piston 6.Compressor impermeable air as described in claim 1, where similar The steps are done in a uniform fashion at a specified depth around the perimeter of the piston. 7. Impermeable air compressor as described in claim 2, where the similar The steps are done in a uniform fashion at a specified depth around the perimeter of the piston. 8.Compressor impermeable air as described in claim 3, where similar The steps are done in a uniform fashion at a specified depth around the perimeter of the piston. 9.Compressor impermeable air as described in claim 4, where similar This step is done in a uniform fashion at a specified depth around the perimeter of the piston. 0. Impermeable air compressor as described in claim 5, where similar This step is done in a uniform fashion at a specified depth around the perimeter of the piston. 1. The compressor with impermeable air as described in claim 1, where the depth Of such step-like components equal to or less than 200 μm 1 2. Impermeable air compressor as described in claim 2, where the depth Of such step-like components equal to or less than 200 μm 1 3. Impermeable air compressor as described in claim 3, where the depth Of such step-like components equal to or less than 200 μm 1 4. Impermeable air compressor as described in claim # 4, where the depth Of such step-like components equal to or less than 200 μm 1 5. Impermeable air compressor as described in claim 5, where the depth Of such step-like components equal to or less than 200 μm 1 6.Compressor impermeable air as described in claim 6, where the depth Of such step-like components equal to or less than 200 μm 1 7. Impermeable air compressor as described in claim No. 7, where the depth Of such step-like components equal to or less than 200 μm 1 8.Compressor impermeable air, as described in claim 8, where the depth Of such step-like components equal to or less than 200 μm 1 9.Compressor impermeable air, as described in claim 9, where the depth Of such step-like components equal to or less than 200 μm 2 0. Impermeable air compressor as described in claim No. 10, where the depth Of such step-like components equal to or less than 200 μm