TH8948C3 - Mushroom Incubator - Google Patents

Abstract

DC60 (09/12/56) Mushroom Incubator consists of a heat chamber with a gap inside. And there is a wall on one side that is the side opening line for supporting the closing-opening with the cover-opening line. And the lower partition wall area will be The opening along the bottom support is welded by part of the receiving plate. The bottom with a side barrier around For supporting the attachment of the mounting base A tube with both open-end tubes inserted through it. For the flow through - come of Water from one side of the lateral gap to the other side of the lateral gap while Received heat, passed in from the outside to turn the water into heat vapor. The mushroom cube incubator consists of a heat chamber. With the inside open as a gap And there is a wall on one side that is the side opening line for supporting the closure - opening with the cover plate through the opening line And the lower partitions will be The opening along the bottom support is welded by part of the receiving plate. The bottom with a side barrier around For supporting the attachment of the mounting base A tube with both open-end tubes inserted through it. For the through-flow of water from one side of the lateral gap to the other side of the lateral gap while Received heat, passed in from outside to make water into heat vapor.

Claims (1)

1. The mushroom cube incubator consists of a heat chamber (1) that looks like The side partition surrounds to create an inner gap (2) for drying the mushroom mass and the bottom of the heating chamber (1) has at least three side feet (3). For setting the bottom of the heating chamber (1) to a certain level above the floor. And one side partition wall of the heat chamber (1) will be the side opening (4) for supporting the closing-opening with the sheet. The opening line (5) can be closed in a closed-open way with the side opening line () and the lower partition wall of the heat chamber (1) is the opening line. Exit below (6) at least one space For supporting the transmission of heat from the external heat sink (7) has a special feature. The external heat sink (7) consists of a lower receiver plate (8), which is a support plate with a side barrier around it (9) for leading part. The surrounding edge of the side barrier (9) is welded to the floor. The heat chamber (1) and part of the lower receiving plate (8) will be the through hole (10) for supporting the fixation into the inner tube clamp (11), which the inner tube holder ( 11) It will look like a smaller mounting base. The surrounding inner barrier (9) is attached to the top of the lower receiver plate (8) to create a side gap (12) to accommodate the ingress of water. To support heat transfer into the bottom of the inner tube clamp (11) and the inside of the inner tube clamp (11), both open end tubes (13) are passed through for Pass-through flow of water from one side of the lateral gap (12) to the other side of the side gap (12).