Abstract: A flow-type ice maker including substrate, an ice-making part configured by a refrigerant pipe connected to a refrigerator and through which a refrigerant circulates in an airtight manner, an ice-making rack supporting the refrigerant pipe and including an ice mold formed along an outer periphery of the refrigerant pipe, an ice-making water flow part joined to an upper part of the ice-making rack and allowing ice-making water to flow into the ice-making rack, and an ice-separating member to rotating around a direction parallel to the axis center of the refrigerant pipe to separate ice formed in the ice mold, and an ice-making water feed pipe feeding ice-making water to the ice-making water flow part. The refrigerant pipe has a curved part; and an outer periphery of a pipe made of any one of copper and aluminum is covered with stainless steel.

Abstract: A flow-type ice maker including substrate, an ice-making part configured by a refrigerant pipe connected to a refrigerator and through which a refrigerant circulates in an airtight manner, an ice-making rack supporting the refrigerant pipe and including an ice mold formed along an outer periphery of the refrigerant pipe, an ice-making water flow part joined to an upper part of the ice-making rack and allowing ice-making water to flow into the ice-making rack, and an ice-separating member to rotating around a direction parallel to the axis center of the refrigerant pipe to separate ice formed in the ice mold, and an ice-making water feed pipe feeding ice-making water to the ice-making water flow part. The refrigerant pipe has a curved part; and an outer periphery of a pipe made of any one of copper and aluminum is covered with stainless steel.

Abstract: A flow-down type ice making machine includes an ice making unit and an ice making water supply tube. The ice making unit includes a refrigerant tube connected to a refrigerating machine, air-tightly circulating a refrigerant therein, an ice making rack configured to support the refrigerant tube, including ice molds formed along an outer periphery of the refrigerant tube, an ice making water flow-down portion connected to an upper part of the ice making rack, causing ice making water to flow down to the ice making rack, and an ice cube release member turned about axis thereof parallel with an axis of the refrigerant tube to release each of ice cubes formed on the ice molds. The ice making water supply tube supplies ice making water to the ice making water flow-down portion, and is formed by removably coupling a plurality of ice making cells.

Abstract: An ice making machine includes a freezing cycle in which a compressor, a condenser, a pressure reducing valve, an evaporator, and the compressor are successively coupled, and a melting cycle in which the compressor, the evaporator, and the compressor are coupled through hot-gas introduction tubes, and the freezing cycle and the melting cycle are switchable therebetween. The ice making machine includes at least two ice making racks arranged in series on evaporation coils of the evaporator, the ice making racks including ice molds, ice making water flow-down portions connected to upper parts of the ice making racks, the ice making water flow-down portions causing ice making water to flow down to the ice making racks, and ice cube release members releasing ice cubes formed on the ice molds, and the hot-gas introduction tubes are coupled to the evaporation coils, respectively, in front of the ice making racks.

Abstract: The present invention discloses an electrolytic apparatus comprising: an electrolytic bath in which an anode (I) of a silver electrode—a cathode (II) of an inert electrode—an anode (III) of an inert electrode are arranged in this order in parallel to one another, and an electrode pair of the anode (I)—the cathode (II) and an electrode pair of the cathode (II)—the anode (III) have an electrical circuit configured to apply a potential of 2.07 V or more to the electrode pair of the cathode (II)—the anode (III) to supply electrolytic current, when independently supplying the electrolytic current; an electrolytic raw water supply pipe configured to supply electrolytic raw water into the electrolytic bath; and an electrolyzed water extraction pipe configured to extract the electrolyzed water in the electrolytic bath to the outside.

Abstract: An ice maker has an ice-making vessel having a cylindrical shape, a cooling means, a block ice making mold which is placed inside, and an agitator. The mold includes a main mold body having a plurality of connected L-shaped plates projected radially outward from the central axis; a base plate which is joined to each L-shaped plate, and the top side of the L-shaped plates form a screw insertion part of the mold body such that the agitator fits between the L-shaped plates at a second end of the central axis.

Abstract: The present invention discloses an electrolytic apparatus comprising: an electrolytic bath in which an anode (I) of a silver electrode-a cathode (II) of an inert electrode-an anode (III) of an inert electrode are arranged in this order in parallel to one another, and an electrode pair of the anode (I)-the cathode (II) and an electrode pair of the cathode (II)-the anode (III) have an electrical circuit configured to apply a potential of 2.07 V or more to the electrode pair of the cathode (II)-the anode (III) to supply electrolytic current, when independently supplying the electrolytic current; an electrolytic raw water supply pipe configured to supply electrolytic raw water into the electrolytic bath; and an electrolyzed water extraction pipe configured to extract the electrolyzed water in the electrolytic bath to the outside.

Abstract: An ice maker comprises: an ice-making vessel having a cylindrical shape, cooling means, a block ice making mold which is placed inside; and a screw type agitator. The block ice making mold includes: a main mold body comprising a plurality of connected L-shaped plates projected radially outward from the central axis; a base plate which is joined to each L-shaped plate, and the main mold body includes a screw insertion part which is formed by cutting off another end side of the central axis by a predetermined length along a side of the central axis from the another end side toward the one end side of the central axis.