JP2015104337A - Live fish transport container, live fish transport system, and live fish transporting method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a live fish transport container with an air blowing device in which a switching operation between stopping and driving of a motor performed before take-off and after landing can easily be performed, when transporting live fish by air using the live fish transport container.SOLUTION: A live fish transport container 1 comprises an air blowing device 4 including a battery and a motor, a body part 5 including an air pump driven by the motor, an air blowing part 6 disposed in a container body 2 with an upper surface opened, and an air hose 7 for connecting between the air pump and the air blowing part 6. The live fish transport container is used for receiving the live fish along with water in the container body 2, and transporting the live fish while being alive in the state where an upper surface opening 2A of the container body 2 is closed by a lid body 3. The live fish transport container includes a radio receiver 11 for receiving a signal transmitted from a radio transmitter 10 in the body part 5 of the air blowing device 4, and switches between the driving and the stopping of the motor on the basis of the signal received by the radio receiver 11.

Description

  The present invention relates to a live fish transport container for transporting live fish accommodated together with water, and more specifically, air blowing for dissolving oxygen in the air into water in order to reliably transport live fish live. The present invention relates to a live fish transport container equipped with a device.

In live fish transport that transports live fish and shellfish (live fish) alive, oxygen in the air is dissolved in water in order to reliably transport live fish alive while reducing the volume and improving transport efficiency. There is a live fish transport container provided with an air blowing device for the purpose (for example, see Patent Documents 1 to 4).
An air blowing device used for such a live fish transport container includes a main body portion including a battery and an air pump, an air blowing portion arranged at the bottom of the container main body, the main body portion and the air blowing portion. By operating a switch (see, for example, switch 12 in FIG. 2 of Patent Document 4) provided on the main body portion, the motor driving and stopping of the air pump can be switched.

Japanese Patent No. 3789344 Japanese Patent No. 3914125 Japanese Patent No. 4766979 Japanese Patent No. 4923580

In live fish transportation, it is conceivable to use air mail instead of general truck flights in an attempt to circulate live fish as soon as possible or transport them to a distant place.
However, when live fish are stored in a live fish transport container equipped with an air blowing device and air-lifted while still alive, air blowing before takeoff to suppress electromagnetic noise and ensure the safety of aircraft operation Since it is necessary to stop the motor of the apparatus, the motor must be stopped by operating individual switches.
Such an operation has a problem that the greater the number of live fish transport containers that are air-lifted, the more time is required including the confirmation of the stop state of the motor, and after landing, there is a problem for driving the motor. Since it is necessary to perform the switch operation quickly, there is a problem that much trouble is required at that time.

Moreover, when the live fish transport container provided with the air blowing device is transported by air, since the motor of the air blowing device is transported in a stopped state, there is a limit to the time during which the live fish can be transported live.
Therefore, in order to enable air transportation farther away from the current situation where there is an increasing need to expand sales channels to overseas, etc., the time that can be transported with live fish alive while the motor of the air blowing device is stopped A device for extending the length is also necessary.

  Therefore, in view of the above-mentioned situation, the present invention intends to solve the problem that air to be performed before takeoff or after landing in the case where the live fish is accommodated in a live fish transport container equipped with an air blowing device and is kept live with air. An object of the present invention is to provide a live fish transport container, a live fish transport system, and a live fish transport method that can easily perform the operation of switching between stopping and driving the motor of the blowing device and enabling air transport to a further distance.

In order to solve the above problems, a live fish transport container according to the present invention includes a battery and a motor, a main body including an air pump driven by the motor, an air outlet disposed in a container main body having an upper surface opened, and the air pump. And an air blowing device comprising an air hose connecting the air blowing portion, containing live fish together with water in the container body, and keeping the live fish alive with the upper surface opening of the container body closed by a lid A live fish transport container for transporting, comprising a radio receiver for receiving a signal transmitted from a radio transmitter in a main body of the air blowing device, and based on the signal received by the radio receiver Thus, the driving and stopping of the motor can be switched.
According to such a configuration, the driving and stopping of the motor of the air blowing device can be switched based on the signal transmitted from the wireless transmitter received by the wireless receiver provided in the main body of the air blowing device. Therefore, switching between driving and stopping of the motor can be easily performed by remote control.

Here, it is preferable that a timer is set based on the signal received by the wireless receiver in a state where the motor is stopped, and the motor is driven after the set time.
According to such a configuration, after stopping the motor of the air blowing device based on the signal transmitted from the wireless transmitter, the timer is set based on the signal, and the motor is driven after the set time. Therefore, the signal transmission from the wireless transmitter for returning the motor from the stopped state to the driving state becomes unnecessary.

Further, it is more preferable that a display unit that displays the driving state or the stopped state of the motor and is visible from the outside of the container is provided.
According to such a configuration, since the driving state or the stopped state of the motor of the air blowing device is displayed on the display unit, the driving state or the stopped state of the motor can be easily confirmed by viewing the display unit.

Furthermore, it is more preferable that the container body and the lid are made of foamed synthetic resin.
According to such a configuration, since the container main body and the lid of the live fish transport container are made of foamed synthetic resin, they are lightweight and have excellent heat insulation properties, and thus are suitable for transporting live fish.
In addition, cost reduction can be achieved by making the container main body and the lid body made of expanded polystyrene.

The live fish transport system according to the present invention comprises a plurality of live fish transport containers according to any one of claims 1, 3, and 4, and the air blowing in these live fish transport containers in order to solve the problems. Switching between driving and stopping of the motor of the apparatus is performed by signal transmission from one wireless transmitter (claim 5).
According to such a configuration, it is possible to perform switching between driving and stopping of the motor of the air blowing device in a plurality of live fish transport containers by signal transmission from one radio transmitter. Switching work becomes easier.

Moreover, the live fish transport system which concerns on this invention is equipped with two or more live fish transport containers of any one of the said Claim 2, 3 and 4 in order to solve the said subject, The said air in these live fish transport containers Switching between driving and stopping of the motor of the blowing device and setting of the timer are performed by signal transmission from one wireless transmitter (Claim 6).
According to such a configuration, it is possible to switch between driving and stopping the motor of the air blowing device in a plurality of live fish transport containers and setting the timer by signal transmission from one wireless transmitter, The switching operation of driving and stopping the motor and the setting operation of the timer are facilitated.

In order to solve the above problem, the live fish transport method according to the present invention uses the live fish transport system according to claim 5 to store live fish together with water in the container main body of the live fish transport container, and the upper surface of the container main body. A live fish transport method in which the live fish is air-lifted in a state where an opening is closed by a cover of the live fish transport container, and the motor of the air blowing device is stopped before take-off by signal transmission from one radio transmitter The motor is driven after landing by signal transmission from the one wireless transmitter or another wireless transmitter different from the one wireless transmitter (claim 7). .
According to such a live fish transportation method, the motor of the air blowing device can be stopped by signal transmission from one wireless transmitter before takeoff for a large number of live fish transportation containers loaded on an aircraft. The operation of stopping the motor for suppressing electromagnetic noise and ensuring the safety of aircraft operation becomes very easy.
In addition, with a display unit that displays the drive state or stop state of the motor, the stop state of the motor can be easily confirmed by viewing the display unit.
Furthermore, since the motor can be driven by a signal transmitted from one radio transmitter after landing for many live fish transport containers loaded on the aircraft, the motor is returned to the driving state after landing. Work becomes very easy.

Moreover, the live fish transport method which concerns on this invention accommodates live fish with water in the container main body of the said live fish transport container using the live fish transport system of the said Claim 6 for the said solution, The said container main body Is a live fish transport method in which the live fish is air-lifted in a state in which the upper surface opening of the live fish transport container is closed with a lid of the live fish transport container, and the motor of the air blowing device is turned off before take-off by signal transmission from one wireless transmitter The timer is set in the stop state, and after the landing, the set time of the timer elapses and the motor is in a driving state.
According to such a live fish transportation method, the motor of the air blowing device can be stopped by signal transmission from one wireless transmitter before takeoff for a large number of live fish transportation containers loaded on an aircraft. The operation of stopping the motor for suppressing electromagnetic noise and ensuring the safety of aircraft operation becomes very easy.
In addition, with a display unit that displays the drive state or stop state of the motor, the stop state of the motor can be easily confirmed by viewing the display unit.
Furthermore, since the time until the motor is returned to the driving state by signal transmission from one radio transmitter before takeoff can be set in a timer, the timer is driven after the set time of the timer has elapsed after landing. Therefore, it is not necessary to return the motor after landing to the driving state.

Here, it is preferable to use high-concentration oxygen water or oxygen nanobubble water as water to be accommodated together with the live fish (claim 9).
According to such a live fish transportation method, the water contained in the container together with the live fish is high-concentration oxygen water or oxygen nanobubble water. Therefore, when high-concentration oxygen water is used, a larger amount of oxygen than normal water is used. Since the live fish is activated when oxygen nanobubble water is used, the time during which the live fish can be transported while the motor of the air blowing device is stopped is extended. Can be transported farther away.

Further, it is more preferable to add nitrifying bacteria to the water (claim 10).
According to such a method for transporting live fish, the highly toxic ammonia contained in the excrement of live fish is detoxified by nitrifying bacteria. do not do.

Further, it is more preferable that the temperature of the water is higher than the life limit point of the live fish, in which the activity of the live fish is weakened and the metabolic function is suppressed.
According to such a live fish transportation method, since the temperature of the water accommodated in the container together with the live fish is a temperature at which the activity of the live fish is weakened and the metabolic function is suppressed, the oxygen consumption of the live fish is reduced. At the same time, since the temperature of the water is higher than the life limit point of the live fish, the live fish does not die.
Therefore, since it is possible to extend the time during which live fish can be transported while the motor of the air blowing device is stopped, it is possible to air transport further.

As described above, according to the live fish transport container, live fish transport system, and live fish transport method according to the present invention, when live fish is stored in a live fish transport container equipped with an air blowing device together with water, and is transported by air. ,
(A) For a large number of live fish transport containers loaded on an aircraft, the motor of the air blowing device can be stopped by signal transmission from one wireless transmitter before takeoff, so electromagnetic noise is suppressed. The operation of stopping the motor to ensure the safety of aircraft operation is very easy;
(A) Since the motor can be driven by a signal transmitted from one radio transmitter after landing for a large number of live fish transport containers loaded on an aircraft, the operation of returning the motor to a driving state after landing Can also be very easy,
(C) With a timer, the time until the motor is returned to the driving state by signal transmission from one radio transmitter before takeoff can be set in the timer, so the set time of the timer has elapsed after landing Since the motor is in a driving state, it is not necessary to return the motor after landing to a driving state.
(D) In the case of providing a display unit that displays the driving state or the stopped state of the motor, it is easy to confirm the stopped state of the motor by viewing the display unit.
(E) By using high-concentration oxygen water or oxygen nanobubble water as the water to be accommodated with live fish, it is possible to extend the time during which live fish can be transported while the motor of the air blowing device is stopped. , Enabling air transportation to a greater distance,
There are remarkable effects such as.

It is the side view which looked at the live fish transport container which concerns on embodiment of this invention from the side by which the main-body part of the air blowing apparatus was hold | maintained. It is a block diagram of the main-body part and transmitter of an air blowing apparatus. It is a longitudinal cross-sectional view which shows the state which accommodated the live fish with the water in the live fish transport container, and has shown the drive state of the motor which drives the air pump of an air blowing apparatus. It is a longitudinal cross-sectional view which shows the state which accommodated the live fish with the water in the live fish transport container, and has shown the stop state of the motor which drives the air pump of an air blowing apparatus. It is explanatory drawing which shows the example which switches the drive and stop of the motor of the air blowing apparatus in several live fish transport container collectively by the signal transmission from one radio transmitter.

  Next, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments shown in the accompanying drawings, and includes all the embodiments that satisfy the requirements described in the claims. It is a waste.

As shown in the side view of FIG. 1 and the longitudinal sectional view of FIG. 3, the live fish transport container 1 according to the embodiment of the present invention has a container body 2 and a container body 2 so as to close an upper surface opening 2A of the container body 2. The body 3 of the air blowing device 4 is held by the container body 2 in a state of being housed in the body housing portion 2B.
Here, the container body 2 and the lid 3 are lightweight and have excellent heat insulation properties, such as expanded polystyrene resins, expanded polyethylene resins, expanded polypropylene resins such as expanded polypropylene resins, and polystyrene such as polystyrene-modified expanded polyethylene. It is made of a foamed synthetic resin such as a modified foamed polyolefin resin or a hard foamed urethane resin, and polystyrene foam is preferred mainly from the viewpoint of cost.

As shown in the side view of FIG. 1, the longitudinal cross-sectional view of FIG. 3, and the block diagram of FIG. 2, the main body portion 5 of the air blowing device 4 includes an air blowing portion 6 disposed at the bottom in the container main body 2. An air pump 16 connected by an air hose 7, a motor 15 that drives the air pump 16, a drive unit 13 of the motor 15, a control unit 12 that controls the drive unit 13, and a wireless receiver 11 that receives a signal transmitted from the wireless transmitter 10. , And a display unit 14 for displaying a driving state or a stopped state of the motor 15.
Here, the signal transmitted from the wireless transmitter 10 and received by the wireless receiver 11 may be any signal that can be transmitted and received wirelessly, such as radio waves, light, or sound waves.
Further, the wireless receiver 11, the control unit 12, and the display unit 14 of the main body 5 are not integrated with the base (housing) of the main body 5 as shown in FIG. The display unit 14 may be arranged at an appropriate position that is easily visible from the outside.

A battery (dry battery or secondary battery) serving as a power source is stored in the battery storage 5A of the main body 5 of the air blowing device 4 shown in FIG.
Further, as shown in FIG. 3, the air hose 7 in the vicinity of the air blowing portion 6 is sandwiched between the protruding pieces 8 and 9 protruding upward from the bottom plate of the container main body 2. , 9 is held at the center position of the bottom of the container body 2.

As shown in the longitudinal sectional views of FIGS. 3 and 4, live fish F is accommodated together with water (fresh water, salt-containing water, seawater, etc.) W from the upper surface opening 2 </ b> A of the container body 2, and the lid 3 is placed in the container body. 2 is fitted to the upper end of 2 to close the upper surface opening 2A.
When the ON button of the wireless transmitter 10 shown in FIGS. 1 and 2 is pressed in a state where the upper surface opening 2A is covered with the lid 3, the wireless receiver 11 receives a signal transmitted from the wireless transmitter 10. Since the control unit 12 controls the drive unit 13 so as to turn on (close) the power supply circuit to the motor 15, the motor 15 is driven, and therefore the air pump 16 is driven. Air is supplied into the water W from the air blowing section 6.
Further, when the OFF button of the wireless transmitter 10 shown in FIGS. 1 and 2 is pressed in a state where the upper surface opening 2A is closed by the lid 3, the signal transmitted from the wireless transmitter 10 is transmitted to the wireless receiver 11. 4 and the control unit 12 controls the drive unit 13 so as to turn off (open) the power supply circuit to the motor 15. Therefore, since the motor 15 is stopped, the air pump 16 is stopped. As described above, air is no longer supplied from the air blowing section 6 into the water W.
As described above, driving and stopping of the motor 15 of the air blowing device 4 are switched based on the signal transmitted from the wireless transmitter 10 received by the wireless receiver 11 provided in the main body 5 of the air blowing device 4. Therefore, the driving and stopping of the motor 15 can be easily switched by remote control.
Although the function is as described above, in actual use, the live fish F is accommodated in the container body 2 together with the water W, and the motor 15 of the air blowing device 4 is manually driven (of course, the wireless transmitter 10). It is also possible to drive the individual motors 15 with the signal of (2), and store or transport after the upper surface opening 2A is closed with the lid 3 in a state in which air is supplied from the air blowing section 6 into the water W. To serve. After the lid is closed, it is desired to switch between driving and stopping of the motor 15 by a signal transmitted from the wireless transmitter 10. This is because it is desirable to reduce the stop time of the motor 15 as much as possible in order not to impair the freshness of the live fish F.

The drive state or stop state of the motor 15 is displayed on the display unit 14 controlled by the control unit 12. That is, for example, with the display unit 14 configured by LEDs as shown in FIG. 1, a state where the LEDs are lit (lights on) corresponds to a driving state of the motor 15, and the LEDs are turned off (light emission). The state that is not) corresponds to the stop state of the motor 15. Further, as another aspect, the state where the blue (red) LED is lit (emits light) corresponds to the driving state of the motor 15, and the red (blue) LED is lit (emits light). A display method in which the state corresponds to the stop state of the motor 15 is also possible.
In addition, the display part 14 is not limited to what is comprised by LED, What is necessary is just to display the drive state or stop state of the motor 15. FIG.
Further, since the display unit 14 is visible from the outside of the container 1 as shown in FIG. 1, the driving state or the stopped state of the motor 15 can be easily confirmed by viewing the display unit 14.

Here, a timer function is added to the control unit 12 in the main body unit 5 of the air blowing device 4, and after the set time of the timer has elapsed, the control unit 12 controls the drive unit 13 to provide a power supply circuit to the motor 15. It may be turned on (closed).
That is, when a timer function is added to the control unit 12, a signal for determining a timer setting time is transmitted from the wireless transmitter 10 while the motor 15 is stopped, and transmitted from the wireless transmitter 10 received by the wireless receiver 11. Based on the signal (signal for determining the timer setting time), the control unit 12 sets a timer, and after the set time has elapsed, the driving unit 13 controlled by the control unit 12 drives the motor 15.
With such a timer function, after stopping the motor 15 of the air blowing device 4 based on the signal transmitted from the wireless transmitter 10, the timer is based on the signal for determining the timer setting time transmitted from the wireless transmitter 10. Since the motor 15 is driven after the set time, signal transmission from the wireless transmitter 10 for returning the motor 15 from the stop state to the drive state is not necessary.

Next, a live fish transportation system according to the present invention according to an embodiment of the present invention will be described.
As shown in the explanatory diagram of FIG. 5, a single wireless communication is performed in a state where a large number of live fish transport containers 1, 1... By sending an OFF signal from the transmitter 10, the motors of the air blowing devices 4, 4,... While checking the state of the live fish transport containers 1, 1,. 15, 15, ... can be switched from the drive state to the stop state.
Similarly, by sending an ON signal from one wireless transmitter 10, the air blowing is performed while checking the state of the live fish transport containers 1, 1,. Can be switched from the stopped state to the driven state.
As described above, the signal transmission from one radio transmitter 10 switches the driving and stopping of the motors 15, 15,... Of the air blowing devices 4, 4,. Since it can be performed, the operation of switching between driving and stopping of the motors 15, 15,.
Further, as described above, even when the control unit 12 is added with a timer function, the timer setting in many live fish transport containers 1, 1,. Alternatively, it can be performed while checking the state for each of a plurality of groups, so that the timer setting operation is facilitated.

Next, the live fish transport method using the live fish transport system according to the present invention according to the embodiment of the present invention will be described.
When air transporting a large number of live fish transport containers 1, 1,... That contain live fish F together with water W, air blowing devices 4, 4 before takeoff to suppress electromagnetic noise and ensure aircraft safety. It is necessary to stop the motors 15, 15,.
Therefore, before the aircraft takes off, the live fish transport containers 1, 1,... Are collectively sent by transmitting an OFF signal from the wireless transmitter 10 using one wireless transmitter 10 as shown in FIG. Alternatively, the motors 15, 15,... Of the air blowing devices 4, 4,... Can be switched from the driving state to the stopped state while checking the state for each of a plurality of groups.
Further, when such an operation is performed, the driving state or the stopped state of the motors 15, 15,... Is displayed on the display units 14, 14,. Confirmation is easy.
In this manner, with the motors 15, 15,... Of the air blowing devices 4, 4,... Stopped before takeoff, a large number of live fish transport containers 1, 1,. To load.

By sending an ON signal from the wireless transmitter 10 to a large number of live fish transport containers 1, 1,... Using a single wireless transmitter 10 as shown in FIG. , While the live fish transport containers 1, 1,... Are being checked in a batch or for each of a plurality of groups, the motors 15, 15,. You can switch to This radio transmitter 10 may carry the radio transmitter 10 used at the take-off site to the landing site by aircraft along with a number of live fish transport containers 1, 1,... Another wireless transmitter 10 can be prepared separately and used.
Further, in the control unit 12 in the main body unit 5 of the air blowing device 4, a timer function is added to a timer from one radio transmitter 10 in a state where the motors 15, 15, ... are stopped before the aircraft takes off. In a case where a timer is set by the control unit 12, 12,... By transmitting a signal for determining the set time, the control unit 12, 12,. Are driven by the drive units 13, 13,..., So that the signals transmitted from the wireless transmitter 10 are transmitted to return the motors 15, 15,. Is no longer necessary.

When the live fish transport container 1, 1,... Is air-lifted, the motors 15, 15,... (Air pumps 16, 16,...) Of the air blowing devices 4, 4,. Therefore, since there is a limit to the time during which live fish F, F,... Can be transported alive, transport live fish F, F,... Alive while motors 15, 15,. In order to extend the possible time, it is preferable to use high-concentration oxygen water or oxygen nanobubble water as the water W shown in FIG.
According to such a live fish transportation method, the water W accommodated in the container 1 together with the live fish F is high-concentration oxygen water or oxygen nanobubble water. Therefore, when high-concentration oxygen water is used, the water W is higher than normal water. Since a large amount of oxygen is dissolved, and live fish is activated when oxygen nanobubble water is used, live fish with the motor 15 (air pump 16) of the air blowing device 4 stopped is used. Since it is possible to extend the time during which F can be transported alive, it is possible to air transport farther away.

Further, it is more preferable to add nitrifying bacteria to the water W.
According to such a method for transporting live fish, since the highly toxic ammonia contained in the excrement of live fish F is detoxified by nitrifying bacteria, even if the air transport time is relatively long, the live fish is Will not die.
Furthermore, it is more preferable that the temperature of the water W is higher than the life limit point of the live fish F in which the activity of the live fish F is weakened and the metabolic function is suppressed.
According to such a live fish transportation method, since the temperature of the water W accommodated in the container 1 together with the live fish F is a temperature at which the activity of the live fish F is weakened and the metabolic function is suppressed, the oxygen consumption of the live fish F Since the temperature of the water W is higher than the life limit point of the live fish F, the live fish F will not be killed.
Therefore, since it is possible to extend the time during which the live fish F can be transported while the motor 15 (air pump 16) of the air blowing device 4 is stopped, it is possible to air transport further away.

F Live fish P Pallet W Water 1 Live fish transport container 2 Container main body 2A Upper surface opening 2B Main body accommodating part 3 Lid 4 Air blowing device 5 Main part 5A Battery accommodating part 6 Air blowing part 7 Air hose 8, 9 Projection piece 10 Radio transmitter 11 Radio Receiver 12 Control Unit 13 Drive Unit 14 Display Unit 15 Motor 16 Air Pump

Claims (11)

A battery and a motor, a main body including an air pump driven by the motor, an air blowing portion arranged in a container main body having an upper surface opened, and an air blowing device including an air hose connecting the air pump and the air blowing portion A live fish transport container for transporting the live fish alive while housing live fish together with water in the container body, with the upper surface opening of the container body closed by a lid,
The main body of the air blowing device includes a wireless receiver that receives a signal transmitted from a wireless transmitter, and the motor can be switched between driving and stopping based on the signal received by the wireless receiver. A live fish transport container characterized by that.   The live fish transport container according to claim 1, wherein a timer is set based on the signal received by the wireless receiver in a state where the motor is stopped, and the motor is driven after the set time.   The live fish transport container according to claim 1, further comprising a display unit that displays a driving state or a stopped state of the motor and is visible from the outside of the container.   The live fish transport container according to any one of claims 1 to 3, wherein the container body and the lid are made of foamed synthetic resin.   A plurality of live fish transport containers according to any one of claims 1, 3 and 4 are provided, and the drive and stop of the motor of the air blowing device in these live fish transport containers are switched from one radio transmitter A live fish transportation system characterized by performing signal transmission.   A plurality of live fish transport containers according to any one of claims 2, 3 and 4, switching between driving and stopping the motor of the air blowing device in these live fish transport containers, and setting the timer, A live fish transportation system characterized by performing signal transmission from one wireless transmitter. Using the live fish transport system according to claim 5, the live fish is stored together with water in the container main body of the live fish transport container, and the live fish is placed in a state where the upper surface opening of the container main body is closed by the lid of the live fish transport container. A live fish transportation method by air,
By transmitting a signal from one radio transmitter, the motor of the air blowing device is stopped before takeoff, and the one radio transmitter or one radio transmitter different from the one radio transmitter is used. A live fish transportation method, wherein the motor is driven after landing by transmitting the signal. Using the live fish transport system according to claim 6, the live fish is accommodated together with water in a container body of the live fish transport container, and the live fish is placed in a state where the upper surface opening of the container body is closed by the lid of the live fish transport container. A live fish transportation method by air,
By sending a signal from one wireless transmitter, the motor of the air blowing device is stopped before take-off and the timer is set, and after the set time of the timer elapses after landing, the motor is in a driving state. The live fish transportation method characterized by becoming.   The live fish transport method according to claim 7 or 8, wherein high-concentration oxygen water or oxygen nanobubble water is used as water to be accommodated together with the live fish.   The live fish transport method according to claim 7, wherein nitrifying bacteria are added to the water. The method for transporting live fish according to any one of claims 7 to 10, wherein the temperature of the water is set to a temperature higher than a life limit point of the live fish, in which metabolic activity is suppressed by reducing the activity of the live fish.

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