Refrigerator with encapsulated motor compressor

Claim 2

A refrigerator with an encapsulated motor compressor, comprising, a capsule, a compressor unit resiliently mounted in said capsule, a housing casting for said compressor unit, said housing casting defining (and having) a cylinder chamber for receiving a piston and a combined sound damping and centrifugal liquid separator chamber, first suction gas inlet means connected to and extending through said capsule to said combined chamber, second (said) suction gas inlet means connected to said housing casting and having fluid communication with (including a suction gas inlet connection for) said combined chamber, (and a suction gas inlet connector for said capsule,) said first and second suction gas inlet means having fluid communication and being relatively moveable to each other, said combined chamber having a rotationally symmetrical separator face with a vertical axis for operation as a liquid separator, a tangential inlet passage between said second suction gas inlet means (connection) and the top of said separator face, central gas outlet means adjacent the top of said separator face and a central liquid outlet aperture at the bottom of said separator face.

Claim 3

A refrigerator according to claim 1 wherein said combined chamber forms the first chamber of a suction sound damper having at least two chambers.

Claim 4

A refrigerator according to claim 1 wherein said combined chamber is formed with a bore, a cover for said bore, said central gas outlet means being an insert above said tangential inlet passage.

Claim 5

A refrigerator according to claim 1 wherein said liquid outlet aperture is a throttle opening.

Claim 6

A refrigerator according to claim 1 wherein said second suction gas inlet means is formed by a spring loaded first tube having a funnel shaped end, a second tube having a funnel shaped end disposed between said first tube and said first gas inlet means and biased against said first gas inlet means, said funnel shaped ends providing a lost motion hinge effect.

Claim 7

A refrigerator according to claim 1 wherein said second suction gas inlet means and said first suction gas inlet means each has a funnel shaped end, and spring loaded telescopic tube means extending between said first and second means, said funnel shaped ends and said telescopic tube means providing a lost motion hinge effect.

Claim 8

A refrigerator according to claim 1 wherein said second suction gas inlet means has an inlet funnel construction and said first gas inlet means has an outlet nozzle construction cooperable with and in spaced relation to said inlet funnel construction.

Claim 9

A refrigerator with an encapsulated motor compressor, comprising, a capsule, a compressor unit resiliently mounted in said capsule, a housing casting for said compressor unit, said housing casting defining a cylinder chamber for receiving a piston and a combined sound damping and centrifugal liquid separator chamber, first suction gas inlet means connected to and extending through said capsule to said combined chamber, second suction gas inlet means connected to said housing casting and having fluid communication with said combined chamber, said first and second suction gas inlet means having fluid communication and being relatively moveable to each other, said combined chamber having a rotationally symmetrical separator face with a vertical axis for operation as a liquid separator, a tangential inlet passage between said second suction gas inlet means and the top of said separator face, central gas outlet means adjacent the top of said separator face, a central liquid outlet aperture at the bottom of said separator face, said combined chamber forming the first chamber of a suction sound damper having at least two chambers, a second sound damping chamber being defined by a depression in said housing, and passage means extending between said second sound damping chamber and said combined chamber.

Claim 10

A refrigerator with an encapsulated motor compressor, comprising, a capsule, a compressor unit resiliently mounted in said capsule, a housing casting for said compressor unit, said housing casting defining a cylinder chamber for receiving a piston and a combined sound damping and centrifugal liquid separator chamber, first suction gas inlet means connected to and extending through said capsule to said combined chamber, second suction gas inlet means connected to said housing casting and having fluid communication with said combined chamber, said first and second suction gas inlet means having fluid communication and being relatively moveable to each other, said combined chamber having a rotationally symmetrical separator face with a vertical axis for operation as a liquid separator, a tangential inlet passage between said second suction gas inlet means and the top of said separator face, central gas outlet means adjacent the top of said separator face, a central liquid outlet aperture at the bottom of said separator face, said combined chamber forming the first chamber of a suction sound damper having at least two chambers, a second sound damping chamber being defined by a depression in said housing, and passage means extending between said second sound damping chamber and said combined chamber.

Claim 11

A refrigerator with an encapsulated motor compressor, comprising, a capsule, a compressor unit resiliently mounted in said capsule, a housing casting for said compressor unit, said housing casting defining a cylinder chamber for receiving a piston and a combined sound damping and centrifugal liquid separator chamber, first suction gas inlet means connected to and extending through said capsule to said combined chamber, second suction gas inlet means connected to said housing casting and having fluid communication with said combined chamber, said first and second suction gas inlet means having fluid communication and being relatively moveable to each other, said combined chamber having a rotationally symmetrical separator face with a vertical axis for operation as a liquid separator, a tangential inlet passage between said second suction gas inlet means and the top of said separator face, central gas outlet means adjacent the top of said separator face, a central liquid outlet aperture at the bottom of said separator face, said combined chamber forming the first chamber of a suction sound damper having at least two chambers a passage extending from the last of said chambers of said suction sound damper to said cylindrical chamber, said last referred to passage having a branch throttle passage having fluid communication with the interior atmosphere of said capsule.

Claim 12

A refrigerator with an encapsulated motor compressor, comprising, a capsule, a compressor unit resiliently mounted in said capsule, a housing casting for said compressor unit, said housing casting defining a cylinder chamber for receiving a piston and a combined sound damping and centrifugal liquid separator chamber, first suction gas inlet means connected to and extending through said capsule to said combined chamber, second suction gas inlet means connected to said housing casting and having fluid communication with said combined chamber, said first and second suction gas inlet means having fluid communication and being relatively moveable to each other, said combined chamber having a rotationally symmetrical separator face with a vertical axis for operation as a liquid separator, a tangential inlet passage between said second suction gas inlet means and the top of said separator face, central gas outlet means adjacent the top of said separator face, a central liquid outlet aperture at the bottom of said separator face, said combined chamber forming the first chamber of a suction sound damper having at least two chambers a passage extending from the last of said chambers of said suction sound damper to said cylindrical chamber, said last referred to passage having a branch throttle passage having fluid communication with the interior atmosphere of said capsule.