JPH0757145B2 - Storage of seafood - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a store for seafood that can store live fish in an aquarium as it is for a long period of time.

[Prior art]

Conventionally, it is publicly known that far-infrared radiators are installed 10 to 50 cm above the water surface of a breeding fish pond to irradiate fry with far-infrared rays (Actual No. 63-24832). Further, a container made of a heat insulating material, a raw fish container fixed on the floor surface of the internal space chamber, a water temperature adjusting means in the raw fish container, an air feeding pump into the raw fish container, and a water supply means to the raw fish container. A device for purifying water quality by interlocking with, a ventilation for the internal space room, an internal space room temperature control means for automatically controlling the temperature of the internal space room, and a water temperature control means and a room temperature control for the water purification apparatus. A heating / cooling unit that heats or cools the water temperature in the raw fish container and the air temperature in the internal space chamber to a set temperature in conjunction with the device,
A container for transporting raw fish and shellfish, which is provided with an air blower and is configured to automatically control the setting and change of the water temperature in the raw fish container and the temperature in the internal space chamber in relation to the temperature outside the container, is also known (actually opened. 63-132563).

[Problems to be Solved by the Invention]

The present inventor is a far-infrared radiator installed on the water surface of a fish pond, and does not radiate far-infrared rays to raise fry, and also in a tank affixed to the bottom of the container internal space chamber. Instead of a container for transporting raw seafood, which is equipped with a water temperature control / water quality control device and a room temperature control device for the internal space, the live fish in the aquarium is stored as it is at the desired low temperature to retain the seasonal taste. The present invention has been accomplished as a result of research on fish and shellfish storage.

[Means for Solving the Problems]

The present invention comprises a live fish tank storage chamber, a cooler that is provided on the water tank storage chamber and sends cool air to the inside of the water tank storage chamber, a cooling operation switch, and a far infrared irradiation switch, and
In a store of seafood equipped with a door for opening and closing the front opening of the aquarium containing chamber, the aquarium containing chamber, from the front opening,
Far-infrared irradiation members whose irradiation angle is freely changeable are provided on four inner walls in the depth direction at appropriate intervals, provided in an appropriate number of stages in parallel, and at least in the gap above the far-infrared member at the lowest stage, It can be freely taken in and out from the front opening, and is equipped with a net-shaped live fish tank mounting shelf made of copper wire, and an appropriate number of temperature sensors are provided above and below the tank mounting shelf, and
It is placed in a water tank containing live fish placed on a copper tank shelf and is provided with a temperature sensor and an air stone, and through the temperature control built-in time program member, with each of the above temperature sensors. This is a storage container for fish and shell made of a heat insulating material, in which a cooler is connected to a cooler operation switch, and a far infrared ray member is connected to a far infrared ray switch.

In the present invention, the storage of fish and shell made of heat insulating material, the heat insulating material is composed of a stainless steel plate or the like provided inside, so as to maintain the temperature in the water tank accommodation chamber of the storage,
It means a storehouse for seafood that blocks outside air temperature.

In addition, the far infrared ray irradiation members whose irradiation angles can be freely changed are provided on the four walls around the upper, lower, left, and right sides of the water tank storage chamber at appropriate intervals in parallel so that the live fish in the water tank are evenly exposed to the far infrared rays. The purpose of irradiating the fish is not only to provide the far-infrared ray irradiating members at intervals, but to provide the far-infrared ray irradiating member whose irradiation angle can be freely changed. This is because not only the far infrared rays can be radiated intensively but also the irradiation amount can be adjusted.

In the present invention, the reticulated aquarium containing chamber made of copper wire is mounted so that it can be freely taken in and out.When the live fish in the aquarium is refrigerated and stored, the aquarium for live fish is placed on the aquarium placing shelf, and seafood It can be easily stored in the water tank storage chamber of the storage. Further, the mounting of the aquarium mounting shelf is at least mounted in the gap above the far-infrared irradiation member at the bottom (see FIG. 1), which is the same as that of the live fish tank mounted on the aquarium mounting shelf. This is because far infrared rays are emitted from the bottom of the bottom. In addition, because the live fish tank is placed on the tank mounting shelf,
The upper space of the water tank loading shelf needs to have a space enough to accommodate the water tank, but the water tank loading shelf should be installed not only in the space above the far-infrared irradiation member at the bottom but also in the space above it. It may be possible to attach it appropriately to.

In addition, the cooler operation switch is connected to each temperature sensor and the cooler through a temperature control built-in time program member, and the far infrared irradiation switch also emits far infrared light through the above time program member. Since it is connected to the member, when the cooler switch is turned on, by the temperature control time program member that sets the predetermined temperature, when each temperature sensor senses, the cooler is operated via the time program member, The temperature inside the aquarium can be adjusted, and when the far-infrared switch is turned on, the far-infrared irradiation member can be operated via the time program member according to the temperature detected by each temperature sensor. , The predetermined temperature is
It can be set according to the type of live fish. The air stone is a conventional means for feeding air into the water in the aquarium.

〔Example〕

1 is a partially cutaway front view of the present invention with a door opened, FIG. 2 is an enlarged perspective view of a far-infrared irradiation member of the present invention whose irradiation angle can be changed, and FIG. 3 is a time program built-in temperature control program. When,
The connection figure with a cooler operation switch and a far-infrared switch is shown.

In the figure, 1 is a storage made of a stainless steel plate provided with a heat insulating material, 2 is a door which is openably and closably provided at the front opening of the front wall of the storage 1, and 3 is a time program member 20 (including a temperature control member). (See FIG. 3), the cooling capacity of the cooler 5 is variably adjusted by a cooler operation switch connected to the cooler 5 and the temperature sensors 7, 8 and 9, and The cooler operation switch 4 for controlling the temperature in the water tank 11 for the live fish on the water tank accommodation room and the water tank placing shelf 6 is the temperature sensors 7, 8 via the time program member 20 provided with the temperature control member. Far-infrared irradiation switch 5 connected to 9 and far-infrared irradiation member 10 is provided in the upper chamber of the aquarium storage chamber in the aquarium 1, and sends cold air to the aquarium storage chamber and live fish tank 11. Cooler, 6 is placed in a net-like water tank made of copper wire coated with resin The shelf is a slide type water tank placing shelf that can be taken in and out through the opening of the door 2, 7 is a temperature sensor in the upper portion of the water tank housing chamber in the storage 1, and 8 is provided under the water tank placing shelf 6 in the water tank housing chamber. Temperature sensor, 9 is a temperature sensor provided in the water of the live fish tank 11, and 10 is far-infrared irradiation provided in parallel from the front opening to the back on the four peripheral walls in the live fish tank storage chamber. Reference numeral 11 indicates a member, 11 is an aquarium for live fish made of glass or other material, 12 is an earstone equipped with an air pump P, and 13 is a far infrared ray irradiation member 10.
Far infrared ray irradiator, 14 is a reflection plate of far infrared ray irradiating member 10,
15 is a lower support rod provided at the center of the back surface of the reflector 14, 16
Is an upper support rod having a fixing member 17 attached to the peripheral wall of the live fish tank storage chamber at its upper end, and an appropriate number of bolt insertion holes of a shaft mounting member 18 provided at the lower end at the upper end, and 18 is an upper support rod 16 Is a shaft mounting member that movably mounts the lower support rod 15, and the bolt is inserted into the insertion hole of the lower support rod, and is inserted into the insertion hole of the upper support rod 16 via the spring 19 to provide a far infrared ray irradiation member.
A shaft mounting member that fixes 13 up and down and the irradiation angle can be freely changed, 20 is a time program member that incorporates temperature control,
Indicates.

〔The invention's effect〕

According to the present invention, a temperature program with a built-in temperature control that sets a predetermined temperature according to the type and nature of live fish in the aquarium is used to detect the temperature, time, speed, etc. The temperature of the water was easily adjusted, and a useful seafood store was obtained in which the seafood (live fish) could be stably stored in water at a desired low temperature. In addition to live fish, shellfish can also be stored.

[Brief description of drawings]

The drawings show one example of the embodiment of the present invention, and FIG.
A partially cutaway front view of the present invention with the door opened, FIG. 2 is a perspective view of the far-infrared irradiation member of the present invention, and FIG. 3 is a time program member with built-in temperature control, a cooler operation switch, a temperature sensor, and The connection diagram of an infrared switch and a far-infrared irradiation member is shown. 1 is a store for seafood, 5 is a cooler, 6 is a net-like shelf on which live fish tank is placed, 7, 8 and 9 are temperature sensors, 10 is far-infrared irradiation member, 11 is on the net-like aquarium placing shelf An aquarium for live fish placed.

Claims (1)

[Claims] 1. An aquarium containing chamber for live fish, and a cooler provided on the aquarium containing chamber for blowing cold air into the aquarium containing chamber.
In a fish and fish storage with a cooler operation switch and a far-infrared irradiation switch, and with a door that opens and closes the front opening of the water tank storage chamber, the water tank storage chamber moves from the front opening to the top, bottom, left, and right in the depth direction. A far-infrared irradiation member whose irradiation angle can be changed is provided on the inner wall of the device at appropriate intervals in parallel with each other, and the copper wire can be inserted into and removed from the front opening at the above-mentioned interval at the lower position. A net-shaped water tank placing shelf is installed, and appropriate number of temperature sensors are provided on the upper and lower parts of the water tank placing shelf, and the water tank is placed in the water tank placed on the water tank placing shelf. The temperature sensor and the air stone are provided, and the temperature sensor and the cooler are connected to the cooler operation switch through the time program member with built-in temperature control, and the far infrared ray member is the far infrared ray. Is connected to the morphism switch, characterized by comprising, thermal insulation material made of seafood reservoir.