3results about How to "Increase ice production" patented technology

The utility model discloses a compact high accuracy ice maker water valve subassembly, control box inside from top to bottom is provided with flowmeter, pressure reducing valve, water valve in proper order, is provided with the PCB board of built -in PID algorithm on the inner side wall of control box, and the terminal interface of electric connection PCB board is set up to the outside of control box, and the two reinforcing bars are set up between the side of control box and mounting panel, and flowmeter and pressure reducing valve adopt coaxial nested type layout. Through flowmeter real -time monitoring water flow data, through the PCB board of built -in PID algorithm dynamic regulation water valve's opening, compared with traditional mechanical valve, greatly improve its control accuracy, make the ice making amount, ice making quality all get the promotion. Through pressure reducing valve and flowmeter adopt coaxial nested type layout, reduce the occupation of horizontal space, and the PCB board and terminal interface adopt vertical stack arrangement, utilize Z height space, the space in control box is used reasonably, make water valve subassembly volume greatly reduce, and then adapt compact ice maker.

The invention relates to the technical field of seawater ice-making devices, and discloses a high-efficiency seawater ice-making device, comprising an ice-making cylinder, a rotating shaft, a scraper, a spray pipe and a water collecting pipe. The rotating shaft is arranged at the axis of the ice-making cylinder to drive the scraper and the spray pipe to rotate. A gap is arranged in the ice-making cylinder, and a condensing pipe containing a refrigerant is arranged in the gap. The spraying pipe is connected to a water storage tank, and liquid in the water tank is sprayed onto the inner wall of the ice-making cylinder for heat exchange and condensation. Uncondensed liquid is collected by a water collecting tank connected to the water collecting pipe. An auxiliary cold pipe is arranged in the ice-making cylinder, and the inner wall of the ice-making cylinder is cooled by contact with the condensing pipe. The condensing pipe is connected to a brine water delivery pipe. When the ice-making cylinder makes ice, a reagent capable of endothermic reaction is introduced into the condensing pipe, and the ice-making cylinder is cooled by endothermic reaction in the reaction process. The condensation area of ​​the refrigeration cylinder is greatly increased by the endothermic effect of the auxiliary cold pipe and the use in conjunction with the condensing pipe, and the number of condensing pipes that need to be arranged is effectively reduced.

The invention relates to the technical field of refrigeration equipment, in particular to an ice making device, refrigeration equipment and an ice making control method of the refrigeration equipment. The ice-making device comprises a mounting bracket, a first ice-making box and a second ice-making box. The first ice making box comprises a first ice box body and a first water receiving part, the first ice box body is movably installed on the installation support, and the first water receiving part is connected to the first ice box body and suitable for being arranged in parallel and opposite to the water outlet of the ice making water pipe in the designated direction. The second ice making box comprises a second ice box and a second water receiving part, the second ice box is mounted on the mounting bracket, and the second water receiving part is connected to the second ice box. The first ice making box can move relative to the mounting bracket so as to be positioned at a target water receiving position or deviate from the target water receiving position; when the first ice making box is located at the target water receiving position, the first water receiving part and the second water receiving part are arranged side by side in the specified direction, so that the first water receiving part is suitable for being arranged between the second water receiving part and the water outlet. The ice making device is simple in structure and small in occupied space.