TH41400B - The compressor performs two functions. - Google Patents

Abstract

DC60 (21/01/47) The compressor performs two functions which consists of The power generation part consists of a reversible motor. and the crankshaft that is inserted into the motor and the compression part which consists of the cylinder, piston in the cylinder and connecting rod connected to the piston, connecting rod, crankshaft located at the top of the crankshaft, eccentric with the crankshaft axis of rotation, casing rotates off-center with the surface along the edge of the wheel circle side. in which it is worn with the face along the edge around the outer circle of the crankshaft in a rotatable manner and the surface along the perimeter An outer circle fitted to the end of the connecting rod in a rotatable manner, a key latch for The eccentric sleeve connects the eccentric sleeve to the crank rod in all directions of motor rotation and a damping path for dampening the collision that occurs between the eccentric casing. and the various parts that come together in there to prevent rotation and erosion/noise between parts that act to cause eccentric rotation. The compressor serves two components that consist of The power generation part consists of a reversible motor. and the crankshaft inserted into the motor, and the part used to create compression which consists of the cylinder, piston in the cylinder And the connecting rod connected to the piston, connecting rod, crankshaft located in the upper part of the crankshaft offset with the crankshaft axis of rotation, the casing rotates off-center with the face along the periphery around the inner circle. in which it is worn with the face along the edge around the outer circle of the crankshaft in a rotatable manner and the surface along the perimeter The outer circle is attached to the end of the connecting rod in a rotatable manner. , latch keys for The eccentric sleeve connects the eccentric sleeve and the crank rod together in the direction of rotation of the motor and, and a damping path for dampening the collision that occurs between the eccentric casing. and various parts that are connected in there to prevent rotation and corrosion/noise between parts. that serves to cause the rotation to be off-center

Claims (9)

1.Compressors perform two functions. Where The parts used to generate energy are Reversible motor And that crankshaft Inserted in the motor, the compression section consisting of the cylinder, the piston in the cylinder and the connecting rod connected to the piston, the crank rod is in the upper part of the crankshaft that is eccentric to the crankshaft. Rotation of the crankshaft, the casing eccentricity containing The surface along the edge around the inner circle that is worn With the face along the periphery around the outer circle of the crank shaft in a rotatable manner and the surface along the outer circle edge that is attached to the end of the connecting rod in a rotating manner, the key pin used to articulate Connect the eccentric sleeve with the crank rod together in All motor rotation directions and damping trajectories for dampening collisions that occur between the eccentric casing and the connected parts therein, where the compression capacity is Different levels based on new placement methods for Eccentric rotation casing that effectively modifies the path of eccentric rotation. And movement Move the piston according to the adjustment of the motor rotation direction. And how to prevent rotation The piston rod and the casing rotate eccentricly during operation by means of the key bolt path independent of the motor rotation direction. 2. The compressor performs two functions as described in Clause 1 where the key is latched. The casing is held at least part of the continuous eccentric casing and it is also designed to be held in the additional eccentric casing. 3. The compressor performs two functions as described in Clause 1 where the key is latched. Is clamped to the eccentric casing at a number of different points 4. The compressor performs two functions as described in Clause 1 where the key is latched. In any direction, the eccentric rotary casing is held at two established points along the center line. One during its work 5. The compressor performs two functions as described in Clause 1 where the key is latched. Will have a longer length than the outer diameter of the crank rod. 6.The compressor performs two functions as stated in claim 1, where the crank rod will consist of A pair of keycaps attachments that are opposite each other. 7. The compressor performs two functions as stated in Clause 1 where the fitting The key pin on the crank shaft acts as a puncture hole in the wall of the crank shaft. 8.The compressor performs two functions as described in claim 1, where the casing rotates. The eccentricity consists of The track portion is built along the perimeter around its circle in order to remember the rotation. This eccentric sleeve rotates along the protruding portion of the keylock and limiter created behind the rail. To limit the rotation distance of the part Protrusion of the latch 9. Compressors perform two functions described in Clause 8, where the part is The eccentric casing rail is cut off all the way along the edge around the circle where The depth is measured from the top of the body 1. 0. Compressors perform two functions as described in Clause 8, where the part is The eccentric casing rails are through holes that penetrate in the direction along the periphery of the round with Length is measured in depth from the top of it 1. 1. Compressors perform two functions described in Clause 8, where the part is A step or level created between the web and the limiter is parallel to that line. Connect the axis of rotation of the crankshaft and the rotation of the crank rod 1. 2. Compressors perform two functions as described in Clause 11, where the part is This step, or degree, is separated from the line that connects the crankshaft and the crankshaft at half the thickness of the key bolt 1. 3. The compressor performs two functions as described in Clause 1, where the latch consists of one protrusion that is extended from the crank arm even though the compressor is idle. And the second protrusion that protrudes a certain length from the crank rod when Compressor works 1 4. The compressor performs two functions as stated in Clause 13, where the filed The second segment is so long that its tip does not protrude beyond the line. The rim around the outer circle of the crank rod when the compressor is idling 1 5. The compressor performs two functions as described in Clause 1 where the key is latched. Will consist of a support In order to limit the movement of the keybuckle within the locking attachment part 1. 6. The compressor performs two functions as described in Clause 1 where the key is latched. Will continue to consist of an elastic piece that supports the lock body in a manner that is part At the very least, the latch always protrudes from the crank shank. Regardless of the operation of the compressor 1 7.The compressor performs two functions as stated in Clause 15, where the stabilizer will have The face surface is aligned with the crank rod coexisting with the face along the inner circle of the crank rod 1. 8. The compressor performs two functions as described in Clause 15, where the stabilizer will It is the first support to limit the travel range in either direction of the key pin 1. 9. Compressors perform two functions described in Clause 15, where the stabilizer will Continue with the support The second is used to limit the movement in the other direction of the lock pin 2. 0. Compressors perform two functions as described in claim 1, where the damping path It is designed to prevent direct contact between the eccentric casing and the parts that are connected there. 1. Compressors perform two functions as described in claim 1, where the damping path It consists of at least one groove and is used as a reservoir for oil. Where it will insert a separator between The casing is eccentric and the parts connected therein 2 2. The compressor performs two functions as stated in Clause 21 where the groove is Align it between the eccentric sleeve and crank rod 2. 3. The compressor performs two functions as stated in Clause 21 where the groove is Built in the face along the periphery around the outer circle of the crank rod opposite the eccentric casing 2. 4. The compressor performs two functions as stated in Clause 23 where the groove is It is created in the face, along the periphery around the outer circle of the crank shank, periodically or around the face. Along the perimeter around the outer circle continuously 2 5. Compressors perform two functions as described in Clause 21, where the grooves will Connected to the oil inlet in the crankshaft to deliver oil to the driving parts of the compressor 2. 6. The compressor performs two functions as stated in Clause 21, where the groove is It is built in the center of the face along the perimeter around the outer circle of the crank shank 2. 7.The compressor performs two functions as stated in Clause 21 where the groove is It is built in the upper and lower areas of the face, along the perimeter around the outer circle of the crankshaft, opposite the top and bottom of the connecting rod. With casing eccentric rotation 2 8.The compressor performs two functions as stated in Clause 21 where the groove will be The support part of the eccentric casing that is twisted by the heavy force coming from the connecting rod 2. 9. Compressors perform two functions as described in claim 1, where the damping path It consists of a retarder attached to the eccentric casing. And the parts that come to connect in it 3 0. The compressor performs two functions as stated in Clause 29, where the damper will Is positioned between the eccentric casing and the crank rod 3 1. The compressor performs two functions as described in claim 30, where the damper will Is applied to the face along the edge around the inner circle of the eccentric casing 3 2. The compressor performs two functions described in Clause 31, where the unit itself will It is the casing worn on the face along the perimeter around the entire inner circle of the casing rotating eccentric 3. 3. The compressor performs two functions as stated in claim 30, where the damper will Is applied to the surface along the perimeter around the outer circle of the crank shank 3 4. The compressor performs two functions as described in claim 30, where the damper will Was put on the top and The lower area of the face, along the outer circular secondary edge. Of crank rod It is opposite the top and bottom of the connecting rod. Fit onto the eccentric sleeve 3. 5. The compressor performs two functions described in Clause 34, where the damper will It is a ring that is inserted into the surface along the perimeter around the outer circle of the crank shaft 3. 6. The compressor performs two functions described in Clause 29, where the damper will Is positioned on the outer casing, aligned with the connecting rod 3 7. The compressor performs two functions described in Clause 36, where the damper will Is placed on the top of the face, along the edge around the outer circle of the eccentric casing 3 8. The compressor performs two functions described in Clause 36, where the damper will Is an overhang from the upper portion of the surface along the outer circle of The casing rotates off-center in a circular direction 3. 9. The compressor performs two functions described in Clause 36, where the damper will It is a ring that fits into the upper portion of the face along the edge around the outer circle of the casing. Rotate eccentric 4 0. The compressor performs two functions as described in Clause 30, where the damper will Is positioned between the eccentric sleeve and the crankshaft balancer. Under the casing rotation eccentric 4 1. The compressor performs two functions as described in claim 40, where the damper will Is applied on the upper face of the balancer for the eccentric casing groove 4 2. The compressor performs two functions as described in claim 40, where the damper will It is designed to accommodate the eccentric casing that will come in contact with the key latch 4. 3. The compressor performs two functions as described in claim 40, where the damper will It is a ring that is inserted into the edge around the outer circle of the crank shank 4. 4. The compressor performs two functions described in claim 40, where the damper will This is an elastic piece that is attached to the rim around the outer circle of the crank lever 4. 5. The compressor performs two functions described in Clause 44, where the damper will A sheet spring or a coil spring 4 6. The compressor performs two functions described in Clause 29, where the damper will Is placed on the body of the key latch 4 7. The compressor performs two functions as described in Clause 46, where the damper will Is fitted to the surface along the outer circle of the key pin 4 8. The compressor performs two functions as described in claim 46, where the damper will This is a casing that covers the face along the perimeter around the entire outer circle of the key pin 4. 9. The compressor performs two functions described in Clause 46, where the damper will It is a moving layer, built on the surface along the perimeter around the outer circle of the padlock 5. 0. The compressor performs two functions as stated in Clause 29, where the damper will Made from non-ferrous metals or polymers.