Ice making section of stream down type ice making machine

An ice making section of the stream down type ice making machine which comprises a pair of ice making plates and an evaporation pipe laid meanderingly between back surfaces of the two ice making plates, a coolant being circulatingly supplied therethrough, for making an ice block by supplying ice making water which streams down onto a surface of each ice making plate cooled by supplying the coolant through the evaporation pipe circulatingly, wherein:

• said pair of ice making plates are assembled so as to be attachable to and detachable from each other through an assembling means so that the back surfaces thereof are in contact with said evaporation pipes;
• and
• a piece to be engaged comprising said assembling means is provided on the back surface of either of said ice making plates;
• an engagement piece composing said assembling means is provided, being engagable with and disengageable from said piece to be engaged on the back surface of the other ice making plate;
• and the pair of ice making plates are configured for assembly so as to hold said evaporation pipe tightly by making the back surfaces of the two ice making plates face each other across said evaporation pipe and engaging said engagement piece with the piece to be engaged.

An ice making section of the stream down type ice making machine which comprises a pair of ice making plates and an evaporation pipe laid meanderingly between back surfaces of the two ice making plates, a coolant being circulatingly supplied therethrough, for making an ice block by supplying ice making water which streams down onto a surface of each ice making plate cooled by supplying the coolant through the evaporation pipe circulatingly, wherein:

• said pair of ice making plates are assembled so as to be attachable to and detachable from each other through an assembling means so that the back surfaces thereof are in contact with said evaporation pipe;
• and
• said assembling means comprises:
• a plurality of mounting members arranged in a linear part extending in a transverse direction of said evaporation pipe, located substantially in parallel in the extending direction being separated at a predetermined interval;
• and
• a plurality of ice making members being elastic which comprise said ice making plate, arranged between the mounting members adjacent to each other in the extending direction of said linear part, wherein:
• said each ice making member mounted through said mounting members is elastically deformed and the elastic force works to bring the back surface of the ice making member into close contact with said evaporation pipe.

An ice making section of the stream down type ice making machine which comprises a pair of ice making plates and an evaporation pipe laid meanderingly between back surfaces of the two ice making plates, a coolant being circulatingly supplied therethrough, for making an ice block by supplying ice making water which streams down onto a surface of each ice making plate cooled by supplying the coolant through the evaporation pipe circulatingly, wherein:

• said pair of ice making plates are assembled so as to be attachable to and detachable from each other through an assembling means so that the back surfaces thereof are in contact with said evaporation pipe;
• and
• said assembling means comprises:
• a plurality of pieces to be engaged being elastic which are arranged between the linear parts of said evaporation pipe extending in a transverse direction being separated above and below on the back surface of either of said ice making plates;
• and
• a plurality of engagement piece being elastic arranged at a position corresponding to each of said pieces to be engaged on the back surface of the other of said ice making plates, for engaging with the piece to be engaged, wherein:
• when holding said evaporation pipe between said two ice making plates by engaging each of said engagement pieces with each of the corresponding pieces to be engaged, said engagement piece and piece to be engaged are elastically deformed and the elastic force works to bring the back surface of each ice making plate into close contact with the evaporation pipe.