TH373A - Air-tight gas compressor For use with a chiller - Google Patents

Abstract

The gas compressor, according to this invention, consists of a crankshaft chamber rotating inside a ball crankshaft chamber. One cylinder is sliding in the cylinder and one connecting rod. The connecting rod consists of a closed ring. Which will be worn on the shaft as Second crankshaft and closed end ring Which the second end will Through the curved groove which will be on the side of the cylinder when The crankshaft and connecting rod are in the lower dead center position. The connecting rod end rings can pass into the cylinder at the same time as the The first closed ring of the connecting rod is worn on the end of the main crankshaft crankshaft. Two of the connecting rods via The piston pin hole of the piston is open and will rub. Open-hole plunger bolt And the second closed ring cover Piston The piston rod will pass through the curved groove in the wall. Side of the cylinder When the connecting rod and crankshaft are in Lower dead center position Which will allow the piston pin to pass through All the way into the piston through the side wall of the cylinder

Claims (9)

1. The gas compressor consists of one crankshaft chamber. And there is a cylinder Such cylinder Including the cylinder side wall One of the crankshaft rotates in the crankshaft chamber, and the sidewall of the cylinder includes the passage through which the Such walls, which exit in the crankshaft direction. One piston sliding in the said cylinder, one piston rod consisting of Closed ring end The first side is worn on the crankshaft articulated portion of the crankshaft. The opening is sized to accommodate the second end of the ring. Of such piston rod The second end of the said connecting rod It passes through the cavity of the said cylinder wall when the connecting rod and crankshaft are in the lower dead center position. At the second end Of the connecting rod can be inserted through the said hole into the cylinder at the time The same as at the first end of the crankshaft and one piston rod. Can be rotated in It is aligned with the piston pin holes in the piston. Loud piston pin It is enclosed in a ring with a plunger hole on the said piston and the second end of the said ring. The piston pin can go into the hole. Can only when the said connecting rod and crankshaft The body is in the lower dead center position. Which will make the said piston pin Then can pass through the side wall of the cylinder already mentioned Into the piston already mentioned 2. The gas compressor in claim 1 includes the equipment used. Barrier which holds the piston pin And the piston to block the cylinder bolts. 3. Gas compressor in claim No. 2, the equipment used. The barrier consists of a retaining spring which attaches flexibly to the ball latch. Pumped already mentioned 4. Gas compressor in claim No. 2, which the piston Then consisted of piston head and piston rim Including the side piston wall which is further descended from the piston head. The holes in the piston mentioned above are Length through the piston through the outer wall of the side Equipment used to block at It is said to consist of one mounting spring for flexible attachment to The said piston pin The mounting springs are located in the surrounding wall. Outside the side of the piston that is already mentioned and placed in the connective position. With the outer wall on the side 5. Gas compressors in claim No. 4, which the springs hold at Said to be placed in the groove in the cylinder latch mentioned. 6. Gas compressor in claim No. 1, which the pumping side said Then will include the body part And the end of the closed ring on one side and the second side will hold in the same part as the part of the rod mentioned above 7. Gas compressor in claim No. 1, which the said groove It will look like an arc and will generally look the same as The shape of the ring end opened on the second side of the said connecting rod. 8. Gas compressor in claim No. 1, which is the shaft The said crank will be aligned with the free end of the said crankshaft and will include attachable and removable weights. Compatible with the free end of the crankshaft 9. The gas compressor consists of One crankshaft chamber And there is one cylinder in it With such a cylinder including the cylinder side wall One of the crankshaft rotates in the crankshaft chamber, then the side wall of the aforementioned cylinder includes a hole through the wall. Which turned out in the direction facing such crankshaft One of the pistons sliding in the said cylinder. One piston rod consisting of The channel is sized for The second end of the said piston rod can accept the second end of the said piston rod through the wall cavity. Cylinder that is already mentioned on the connecting rod And the crankshaft is in Lower dead center position Which the second end of the connecting rod will pass It enters the cylinder at the same time as the end. At one, wear the end of the crankshaft and one of the cylinder piston pins. Can be worn in the tip Second closing ring of the connecting rod And wear them in line with Piston pin holes in the piston. The piston pin will then be It is enclosed in a ring with a plunger bolt hole on the piston said and the end of the second sealing ring is mentioned. The piston pin can then be inserted into the hole. Only when the connecting rod and crankshaft as said, then slide in Lower dead center position Which will make the piston pin already mentioned can It is inserted through the side wall of the aforementioned cylinder into the said piston. The piston consists of a piston head and protruding rim. Coming out of the piston head, the rim includes the inner side wall and a barrier device for locking the piston pin to the piston, which is equipped with a retaining spring which is flexibly connected to the cylinder bolt. Said to be in between and close to The second end of the connecting rod and the inner side wall of the said piston rim 1 0. Gas compressor in Clause 9, where the spring is attached. Only one (10 claims, 2 pages, 21 photos)