Hermetic type compressor

A hermetic type compressor comprising:

• a compressor main-body container that has a vertically cylindrical shape, and that is provided with a discharge pipe and a suction pipe for a refrigerant;
• an accumulator container that is connected to the suction pipe;
• a compression section that
• is disposed in the compressor main-body container,
• compresses the refrigerant sucked from the accumulator container via the suction pipe, and
• discharges compressed refrigerant from the discharge pipe;
• and
• a motor that is disposed inside the compressor main-body container, and that drives the compression section, wherein
• the accumulator container includes
• a cup-shaped accumulator shell that has opening side thereof bonded to the compressor main-body container, and
• a partitioning member that is bonded to inside of the accumulator shell, and that partitions the inside into a heat insulation portion and an accumulator portion,
• the heat insulation portion includes a heat insulation space formed in between the partitioning member and the compressor main-body container,
• a leg member, which supports the compressor main-body container and the accumulator container, is bonded to a position adjacent to the heat insulation space on an outer periphery of the accumulator shell to interpose the accumulator shell between the leg member and the heat insulation space, and is fixed away from an area which may be frosted by the refrigerant within the accumulator container, and
• an elastic body is attached to the leg member for supporting the leg member.

A hermetic type compressor comprising:

• a compressor main-body container that has a vertically cylindrical shape, and that is provided with a discharge pipe and a suction pipe for a refrigerant;
• an accumulator container that is connected to the suction pipe;
• a compression section that
• is disposed in the compressor main-body container,
• compresses the refrigerant sucked from the accumulator container via the suction pipe, and
• discharges compressed refrigerant from the discharge pipe;
• and
• a motor that is disposed inside the compressor main-body container, and that drives the compression section, wherein
• the accumulator container includes a cup shape accumulator shell that has an opening side thereof bonded to the compressor main-body container,
• the hermetic type compressor further comprises
• a leg member that supports the compressor main-body container and the accumulator container,
• an elastic body that supports the leg member,
• a gas-liquid separation pipe configured to deliver a gas refrigerant from inside of the accumulator container;
• a compressor section suction pipe configured to allow the compression section to suck the gas refrigerant;
• a connecting pipe configured to connect the gas-liquid separation pipe and the compressor section suction pipe outside the accumulator container;
• and
• a heat insulation member configured to cover at least a part of an outer periphery of the accumulator container, wherein
• the leg member is bonded to an outer periphery of the compressor main-body container to be fixed away from an area which may be frosted by the refrigerant within the accumulator container,
• the compressor main-body container includes
• a cylindrical main shell, and
• a bottom shell that is bonded to lower end of the main shell,
• the bottom shell of the compressor main-body container is inserted into the opening side of the accumulator shell,
• the opening side of the accumulator shell is bonded to the bottom shell of the compressor main-body container,
• the heat insulation member has a first pipe portion that covers at least a connection portion between the gas-liquid separation pipe and the connecting pipe, and
• the first pipe portion is formed to be in contact with the outer periphery of the gas-liquid separation pipe and the outer periphery of the connecting pipe.