Fast refrigeration auxiliary cooling device
An auxiliary cooling and fast technology, applied in the direction of ice making, ice making, lighting and heating equipment, etc., can solve the problems of long ice making time and unsatisfactory ice making effect, and achieve the effect of shortening the cooling time and increasing the daily ice production.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0022] Embodiment one works like this: 150 ice buckets 2 (ice moulds) are added to the raw material water and put into the ice making pool 1. A cooler 3 is immersed in every ice bucket 2 . For the convenience of operation, a plurality of coolers 3 are fixed on a bracket by fixing bolts 21 . Then the support that is fixed with a plurality of coolers 3 is placed on the ice bucket rack. Under normal ice-making conditions, the low-temperature brine circulating water pump 11 is in operation, and the hot brine circulating water pump 13 starts when deicing.
[0023] 1. Normal ice making:
[0024] The low-temperature brine supply valve 8 and the low-temperature brine discharge valve 10 are opened, allowing the low-temperature brine to flow into the channel of the cooler 3 to cool the water in the ice bucket 2 and then flow back into the ice making pool 1, and the hot brine supply valve 7 and the deiced brine are discharged Valve 9 is closed.
[0025] 2. De-icing operation:
[002...
Embodiment 2
[0036] Embodiment 2 also has a plurality of coolers 3 the same as the embodiment. The cooler 3 is a metal closed container with an inner cavity, and one end surface is fixed with a medium input pipe 19 and a medium output pipe 20 communicating with the inner cavity. It has a hot brine feed valve 7 whose two ends are respectively connected to the medium input pipe 19 and the hot brine feed pipe 4 through pipelines, and a low-temperature brine feed valve 8 whose two ends are respectively connected to the medium input pipe 19 and the low-temperature brine feed pipe 5 through pipelines , the low-temperature brine discharge valve 10 connected to the medium output pipe 20 and the deiced brine discharge valve 9 through pipelines at both ends, and the low-temperature brine discharge valve 10 and the deiced brine discharge pipe 6 connected through pipelines at both ends After deicing, the brine discharge valve 9, the low-temperature brine circulating water pump 11 connected to the ice-m...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 