KR102455755B1 - Integrated control monitoring system for live fish transport vehicles - Google Patents

Abstract

The present invention relates to a monitoring system used for a live fish transport vehicle and, more specifically, to an integrated control monitoring system for a live fish transport vehicle, which measures and controls the state of water quality using various types of sensors and devices, thereby providing an environment optimized for long-distance transportation to maintain freshness, and preventing theft and accidents in advance by having an additional security function. According to the present invention, the integrated control monitoring system used for a live fish transport vehicle comprises: a storage unit in which aquatic products such as live fish are stored; a measurement unit configured inside the storage unit and composed of sensors for measuring water quality and internal states in the storage unit; a confirmation unit configured outside the storage unit, confirming information measured by the measurement unit, and implementing a separate notification function to check the state of the storage unit in real time; a control unit for controlling the internal state of the storage unit to a preset value or an arbitrary set value; and an operating unit operated to change the state inside the storage unit by the control unit.

Description

{Integrated control monitoring system for live fish transport vehicles}

The present invention relates to a monitoring system used in a live fish transport vehicle, and more particularly, by measuring and controlling the state of water quality using various types of sensors and devices, it provides an environment optimized for long-distance transport to maintain freshness and It relates to a live fish transport vehicle integrated control monitoring system that is further equipped with a security function to prevent theft and accidents in advance.

As interest in safe food and health increases, a shift in the perception that seafood is a well-being food is contributing to an increase in seafood consumption.

More than 90% of produced and imported live fish are used for sashimi, and when converted, the daily consumption of live fish is estimated to be around 500 tons.

Accordingly, the use of live fish transport vehicles is increasing for the transport of aquatic products, and efforts are being made to secure the freshness of aquatic products in various ways.

The live fish transporter operated in Korea consists of an oxygen tank equipped with an oxygen distributor and an aquarium equipped with a water temperature control device.

However, as the demand for safe food and fresh live fish increases, it is required to improve the distribution structure and improve the technology applied to the live fish transport vehicle.

A new technology is being applied to maintain the freshness of aquatic products by additionally attaching various sensors, but the freshness of seafood is reduced due to indiscriminate addition of devices, or safety problems such as fire caused by electric devices are occurring.

Accordingly, there is a need for an integrated system that is equipped with accurate and safe measuring equipment to ensure freshness of seafood, controls it in an optimal environment, and can additionally prevent theft and accidents in advance.

(Patent Document 1) KR 10-1671699 B1

(Patent Document 2) KR 10-1391564 B1

The present invention was invented to improve the above problems, and sensors and devices are used to maintain the freshness of aquatic products such as live fish in an optimal state in long-distance transportation, and it consists of an integrated system for checking and controlling the state of the tank, It is possible to prevent theft and accidents in advance by providing an additional device, and by using wireless communication, it is possible to check and control the condition of the tank from a distance, and it is possible to control the tank individually, so it is possible to mix and load various items. An object of the present invention is to provide a vehicle integrated control monitoring system.

In an integrated control monitoring system for a live fish transport vehicle according to the present invention for achieving the above object, there is provided a storage unit in which aquatic products such as live fish are stored; a measuring unit configured in the storage unit and configured with sensors for measuring water quality and internal state in the storage unit; a confirmation unit configured outside the storage unit, the information measured by the measurement unit is checked, and a separate notification function is implemented so that the state of the storage unit is checked in real time; a control unit for controlling the internal state of the storage unit to a preset value or an arbitrary set value; and an operation unit operated to change the state in the storage unit by the control unit.

In addition, the measuring unit is equipped with an internal CCTV, an opening/closing sensor, and a capacity sensor as well as a sensor for measuring the state of water quality, so that a security function against theft and accidents is added.

In addition, the integrated control monitoring system is technically characterized in that it is additionally provided with a portable remote function capable of checking the state of the storage unit and controlling the set value using wireless communication from a distance.

In addition, the storage unit may be used as one or a plurality of compartments, and the plurality of compartments are individually controlled by the control unit.

In addition, the lower part of the inside of the storage unit is configured as a separate space, and heating and cooling are technically characterized in that an indirect circulation method is applied.

The present invention according to the above configuration can expect the following effects.

In the prior art, there was a problem in that the mortality rate of aquatic products was high and the quality was deteriorated due to the limitation of freshness maintenance technology.

In addition, domestic live fish transport vehicles are equipped with a device for water quality management, but it was not possible to respond to variables generated during transportation.

However, the present invention enables long-distance transportation while maintaining the freshness of aquatic products through a real-time monitoring system.

In addition, measurement and control are integrated, so that it is possible to conveniently provide an optimal environment for securing freshness of aquatic products.

In addition, since remote control using wireless communication is possible, it is possible to quickly respond to a variable that occurs suddenly.

The real-time monitoring system for the tank during the transport of live fish not only maintains the freshness, but also prevents theft and accidents by adding CCTV and opening/closing sensors.

Through the individual control function, it is possible to set the optimized environment according to the type of fish in each tank, making it possible to transport various kinds of seafood fresh and safely.

By applying a non-slip element design to the outside of the water tank, the user's workability is increased and fatigue is reduced, enabling safe and efficient work.

1 is a block diagram of an integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
2 is a schematic diagram of product application of an integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
3 is a schematic diagram of a live fish transport vehicle integrated control monitoring system according to a preferred embodiment of the present invention.
4 is oxygen consumption data according to the water temperature for each type of fish used in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
5 is oxygen consumption data according to the density of each type of fish used in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
6 is a configuration diagram of a measurement unit in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
7 is a block diagram of an operation unit in the integrated control monitoring system for a live fish transport vehicle according to an exemplary embodiment of the present invention.
8 is a perspective view of a storage unit in an integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
9 is an upper perspective view of a storage unit in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.
10 is a lower perspective view of a storage unit in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention.

Hereinafter, an integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a live fish transport vehicle integrated control monitoring system according to a preferred embodiment of the present invention, FIG. 2 is a product application schematic diagram of the live fish transport vehicle integrated control monitoring system according to a preferred embodiment of the present invention, FIG. 3 is a schematic diagram of the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention, and FIG. Data, FIG. 5 is oxygen consumption data according to the density of each type of fish used in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention, and FIG. 6 is a live fish transport vehicle integrated control according to a preferred embodiment of the present invention. A configuration diagram of a measurement unit in a monitoring system, FIG. 7 is a configuration diagram of an operation unit in an integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention, and FIG. 8 is a live fish transport vehicle integrated control according to a preferred embodiment of the present invention. A schematic diagram of the storage unit in the monitoring system, FIG. 9 is a top perspective view of the storage unit in the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention, and FIG. 10 is a live fish transport vehicle integrated control monitoring according to a preferred embodiment of the present invention. It is a bottom perspective view of the storage part in the system.

As shown in FIG. 1 , the integrated control monitoring system for a live fish transport vehicle according to a preferred embodiment of the present invention includes a storage unit 100 , a measurement unit 200 , a confirmation unit 300 , a control unit 400 , and an operation unit 500 . ) may consist of

First, look at the storage unit 100 .

The storage unit 100 has a rectangular parallelepiped shape and constitutes the overall appearance of the system, but may serve to store and store aquatic products.

The inside of the storage unit 100 is aquatic products are stored, and is composed of a waterproof and sealed structure so that water can be stored. can be provided.

In addition, a ventilation hole for ventilation is provided on the upper side of the storage unit 100 so that the air flow inside the storage unit 100 is smooth, and an opening/closing window 130 that serves as an entrance and exit for aquatic products may be provided, depending on the number of storage spaces. It may be possible to provide the same number.

In addition, the upper center of the storage unit 100 is configured to protrude upward, so that the user can easily work without bending the waist, and the stored seafood collides with the storage unit 100 upper wall and is damaged. It may be possible for the problem to be avoided.

A loading groove having a depth for storage of an oxygen cylinder and materials may be configured on one outside of the storage unit 100, and an installation wall for installation of the device may be configured to protrude upward.

In addition, a plurality of partitions 110 in a rectangular shape with rounded corners on one side of the storage unit 100 may be additionally configured to prevent external exposure of the oxygen cylinder and the control device.

The inside of the storage unit 100 may be composed of one or a plurality of storage spaces in a rectangular shape, and it may be possible to change the configuration as necessary.

In detail, the storage unit 100 may be configured as one space to store one type of aquatic product, but it may be possible to be divided into a plurality of spaces to store several types of aquatic products.

In addition, the storage unit 100 may be configured in a combined form of a plurality of water tanks of a single storage space.

Specifically, a plurality of water tanks of a certain size may be connected and used as needed, and a small number of water tanks may be connected to a small car and a large number of water tanks may be connected to a large car.

Accordingly, it may be possible to simplify the manufacturing operation by manufacturing the storage unit 100 of the same size regardless of the capacity, thereby reducing the production cost.

In addition, the partition 110 configured in the storage unit may be used as a part for connecting the storage unit 100 , and a partition 110 is configured on one side and the other side of each storage unit 100 to form a partition between the storage unit 100 . It may be possible for a space to be formed.

In general, even if one type of aquatic product is stored, it may be preferable to have a plurality of spaces for efficient loading and unloading.

The storage unit 100 is generally loaded and mounted on the vehicle 10 and is resistant to impact, damage and corrosion, but it may be preferable to use a light material so as not to have a significant effect on the total weight of the vehicle 10 . have.

In addition, the confirmation window 140 provided on the upper surface or the side of the storage unit 100 uses a transparent material so that the inside can be visually checked, but the window frame uses a strong metal material to prevent deformation or damage of the window. It may be desirable to consist of a structure.

The retractable window 130 is generally configured on the upper side of the storage unit 100 , but may be further configured on the upper side of the storage unit 100 if necessary, and it may be possible to use an opaque material.

A measurement unit 200 and an operation unit 500 to be described later may be installed inside the storage unit 100 , and wires may be additionally installed.

Accordingly, the wire insertion space 120 may be additionally configured to prevent direct contact with the seafood inside the storage unit 100 , and it may be possible to have a separate space inside the storage unit 100 .

The wire insertion space 120 is a closed space inside the storage unit 100 and is formed as a space sized for easy insertion of wires, and may be configured in various external shapes such as a square or a circle, but for the protection of marine products. It may be desirable to have a circular or semi-circular shape.

In the lower part of the storage unit 100, a circulation space 150 is further configured separately from the space in which aquatic products are stored, and a heater 510, a cooler 550, and a sensor of the operation unit 500, which will be described later, are installed. It may be possible.

Accordingly, the heating and cooling of the heater 510 and the cooler 550 of the operation unit 500, which will be described later, proceed in a manner that circulates the temperature at a certain distance from the aquatic product, and the temperature of the space is changed so that the aquatic product is in direct temperature contact It may be possible to prevent this.

The lower part of the storage part 100 is a part in direct contact with the vehicle 10 , and stainless steel is additionally applied to prevent corrosion of the vehicle 10 by moisture, but it is configured at a certain height from the floor so that moisture is not absorbed by the vehicle 10 . ) may be possible without affecting the

In addition, in order to prevent damage due to impact, it may be possible that the entire exterior is applied with stainless steel.

Users often open the retractable window 130 on the storage unit 100 to unload and unload seafood, and in order to prevent accidents such as slipping in advance, the exterior of the storage unit 100 has comb teeth to prevent slip It may be possible for a pattern-like groove to be constructed or an element design applied.

Next, the measurement unit 200 will be examined.

The measuring unit 200 is configured inside the storage unit 100 and may serve to measure the state of the water quality in which the aquatic products are stored.

The measurement unit 200 is configured as a sensor device for measuring the state of water quality, and may include a temperature sensor 210 , an oxygen sensor 220 , a turbidity sensor 240 , and a salinity sensor 230 .

In addition to the above-described sensors, when user convenience and additional measurement are required, a separate sensor may be further configured.

The temperature sensor 210 may measure the water temperature, the oxygen sensor 220 may measure the amount of dissolved oxygen, the turbidity sensor 240 may measure the turbidity, and the salinity sensor 230 may measure the salinity.

In general, since the sensor measures water quality in water, it should not deteriorate the water quality by corrosion, and since accurate measurement of the water quality is important, it may be desirable to use an excellent sensor that has been certified.

In addition, it may be preferable to use a coupling method that is easy to replace due to damage, but to use a bolt coupling method that ensures sealing and waterproofing.

However, if the replacement of the sensor is easy and sealing and waterproofing are reliably made, the coupling method may be changed depending on the situation.

The measurement unit 200 may be configured with an internal CCTV 250 , an opening/closing sensor 260 , and a capacity sensor 270 for security.

Since there is a limit to visually checking the inside through the confirmation window 140 , it may be possible to check the inside of the storage unit 100 by mounting the internal CCTV 250 .

By additionally installing an opening/closing sensor 260 and a capacity sensor 270, the opening/closing of the opening/closing window 130 and the capacity of the stored aquatic products are checked in the confirmation unit 300 to be described later to prevent safety accidents due to opening and closing. It may be possible to prevent and quickly respond to theft accidents.

In addition, it may be possible to prevent theft by adding a pressure sensor 280 to the upper part of the storage box.

In detail, the pressure sensor 280 mounted on the upper part of the storage box is maintained in an off state while the vehicle 10 is running, is changed to an on state when the vehicle 10 is stopped, and when the vehicle 10 is stopped. When an abnormal pressure is detected in the storage box, it may be confirmed in the confirmation unit 300 to be described later, so that it may be possible to take a quick response.

Devices and sensors for security should not degrade water quality like a sensor that measures water quality, and it may be desirable to use a certified, superior product.

When the storage unit 100 is configured with a plurality of storage spaces, the measurement unit 200 is configured with the same number according to the number of storage spaces, so that individual measurement and individual security of the storage space may be possible.

Next, look at the confirmation unit 300 .

The confirmation unit 300 may be configured inside or outside the vehicle 10 for transporting live fish, and may serve to confirm information measured by the measurement unit 200 .

In detail, the user may be able to check the state of the storage unit 100 while driving through the confirmation unit 300 provided on one side of the driver's seat during live fish transport, and additionally a confirmation unit outside the vehicle 10 . By installing 300 , it may be possible to check the state of the storage unit 100 even outside the vehicle 10 .

In the confirmation unit 300, the temperature of the water, the amount of dissolved oxygen, the turbidity of the water, and the salinity of the water measured by the measuring unit 200 may be displayed as numbers, and in addition, the storage unit 100 inside, the opening/closing window 130 of the It may be possible to check whether the opening and closing and the capacity in the storage unit (100).

In general, the check unit 300 is a configuration in which a screen is provided in a rectangular shape, and a change in shape may be possible within a range in which a user can easily grasp information.

However, it may be preferable to use a rectangular shape in consideration of installation, convenience and space utilization.

In addition, the check unit 300 is configured as a touch screen in combination with a control unit 400 to be described later, so that the user can easily control the state of the storage unit 100 within the screen of the check unit 300 .

The confirmation unit 300 is further equipped with a safety and accident notification function, and the notification uses a sound and an LED so that the user can immediately check when a problem occurs.

In addition, it may be possible to check the inside of the storage unit 100 in the confirmation unit 300 through the internal CCTV (250).

Depending on the situation, the confirmation unit 300 may be capable of generating an LED and a warning sound as shown in the table below.

<LED and beep status according to the situation>

situation work LED normal green light on abnormal occurrence flashing red light beep abnormal water quality Voice warning sound to check water quality over retractable windows Open/close error confirmation voice warning sound More than storage capacity Capacity abnormality confirmation voice warning sound system anomaly System abnormal voice beep over pressure Pressure abnormal sound warning sound

In general, the above-described LED and warning sound are used, but it may be possible to appropriately increase or decrease due to user convenience and addition of specifications.

The confirmation unit 300 is installed in the vehicle 10 by wire so that the user can check information in the vehicle 10 , but a remote device is additionally provided so that the state of the storage unit 100 even outside the vehicle 10 . and security-related information may be identified.

In detail, the remote device of the confirmation unit 300 using wireless communication enables easy information confirmation even outside the vehicle 10 using apps such as mobile and tablet, and additionally remote control is possible, so that when a problem occurs, it is possible to quickly coping may be possible.

Accordingly, according to the present invention, information can be checked in real time by using both wired and wireless at the same time, and quick response is possible, so it can be possible to ensure freshness of seafood even in long-distance transportation.

Next, look at the control unit 400 .

The control unit 400 is composed of a PCB substrate and an inverter, etc., and may serve to control the internal state of the storage unit 100 .

In detail, power can be supplied to the monitoring system from a battery separately provided in the vehicle 10 by using an inverter, and the user operates the operation unit 500 which will describe the water quality condition inside the storage unit 100 later. It may be possible to change it to a desired or set value.

The control unit 400 basically stores an optimum environment value according to the type of aquatic product, and it may be possible to provide an optimum environment for a specific aquatic product with a simple operation.

The oxygen consumption according to the water temperature and the oxygen consumption according to the density of aquatic products may be confirmed in FIGS. 3 and 4 .

In addition, an operation button is configured in the control unit 400 or the confirmation unit 300 so that it may be possible to change the environment desired by the user.

In addition, the control unit 400 may be provided with a communication module to be operated wirelessly through the remote device.

In general, the control unit 400 is configured as a waterproof and dustproof module box, it may be possible to be installed inside the vehicle 10 or at one side of the storage unit 100 .

Accordingly, the control unit 400 may be protected from external moisture, dust, impact, and the like.

The control unit 400 is composed of a sensitive electrical device, and may be installed in the safest place in the vehicle 10 , but it may be preferably installed in a place where inspection is easy and periodic management is possible.

On one side of the control unit 400 module box, the measuring unit 200, the confirming unit 300, and the operation unit 500 to be described later are configured with terminals connected to each other, so that the control unit 400 performs integrated control of the system. it may be possible

In addition, it may be possible to add a locking device to the module box so that outsiders cannot access it.

The control unit 400 may be further provided with a GPS location tracking device, so that the location of the vehicle 10 may be detected in real time.

Accordingly, it is possible to easily check the current location of the vehicle 10 , to confirm an accurate route for transporting live fish, and to respond to theft of the vehicle 10 .

Next, look at the operation unit 500 .

The operation unit 500 is configured inside and outside the storage box, and may serve to directly change the environment inside the storage box.

The operation unit 500 is operated when a control signal suitable for the situation is sent from the control unit 400 , and it may be possible for all operation units 500 to receive integrated management of the control unit 400 .

The operation unit 500 may include a heater 510 , an oxygen generator 520 , a valve 540 , a hose 530 , and a cooler 550 .

The heater 510 operates when the water temperature is lower than the set temperature, and it is possible to raise the water temperature inside the storage unit 100, and when the set temperature is reached, the operation can be automatically stopped by the control unit 400 can

The oxygen generator 520 operates when the dissolved oxygen amount of seawater is lower than a set value, and it is possible to increase the dissolved oxygen amount of the seawater inside the storage unit 100, and when the set value is reached, by the control unit 400 It may be possible to automatically stop the operation.

The valve 540 and the hose 530 serve to supply seawater to the inside of the storage unit 100, and when turbidity and salinity are not good, the valve 540 is automatically opened by the control unit 400 It may be possible to supply seawater to restore the turbidity and salinity of seawater inside the storage unit 100 , and automatically close the valve 540 by the control unit 400 to stop the supply of seawater.

The cooler 550 operates when the water temperature is higher than the set temperature, and it is possible to lower the water temperature inside the storage unit 100, and it is possible to automatically stop the operation by the control unit 400 when the set temperature is reached. can

In addition to the configuration of the operation unit 500 described above, it is possible to add a configuration as needed to maintain the freshness of the seafood, but it may be preferable to add it in an appropriate line for safety and proper power consumption.

Since the operation unit 500 is installed inside the storage box in which a large amount of moisture exists, it may be preferable to use a product that is strong in moisture and has a waterproof function and safety.

In addition, it may be possible to use a stainless steel material or a reinforced plastic material in order to prevent the problem of water pollution caused by corrosion and breakage.

The operation unit 500 is provided in the same number as the storage space of the storage unit 100 and the number of the measurement units 200 so that individual operations are possible, so that different environments can be created depending on the storage space of the storage unit 100 . It may be possible to set

The operating state of the present invention will be looked at based on the above-described configuration.

The present invention will be described on the basis that the storage space of the storage unit 100 is configured in plurality.

It becomes possible to supply seawater to the storage unit 100 installed in the cargo compartment of the vehicle 10 for transporting live fish and set an environmental value suitable for the seafood to be stored.

In detail, when a preset value is called or an arbitrary value is set using a button or a control device provided in the confirmation unit 300 or the control unit 400, the control unit 400 operates the operation unit 500 to It becomes possible to set the environment to a desired value.

After the environment setting is finished, it is possible to store aquatic products in the storage unit 100 , and when different types of seafood are stored in the storage unit 100 , each storage space of the storage unit 100 is individually controlled through individual control. It becomes possible to create an environment suitable for aquatic products.

A user who transports aquatic products using the vehicle 10 for transporting live fish can check conditions such as water quality, live fish and capacity in real time through the confirmation unit 300 .

In addition, it is possible to immediately identify when a problem occurs through the LED and the voice warning provided in the confirmation unit 300 .

When a problem of the water quality occurs, the red light blinks in the confirmation unit 300, a voice warning about water quality abnormality is generated, and the control unit 400 automatically detects this and the operation unit 500 is automatically operated. It becomes possible to advance to a set value.

When the water temperature is low, the heater 510 is operated, and when the water temperature is high, the cooler 550 is operated. 400), it becomes possible to automatically perform integrated control.

In addition, it is possible for the user to directly adjust the environment setting value using the adjusting device.

When a problem such as opening/closing or capacity abnormality occurs, the user can immediately check with the LED blinking and voice warning, so that a quick response is possible.

Accordingly, it is possible to provide an optimal environment for aquatic products through a monitoring system capable of integrated control, and to maintain freshness even during long-distance transportation.

In addition, it is possible to prevent the occurrence of problems with respect to theft and safety accidents in advance.

The above-described embodiments are merely exemplary, and those of ordinary skill in the art can variously modified other embodiments therefrom.

Therefore, the true technical protection scope of the present invention should include not only the above embodiments but also other embodiments variously modified by the technical spirit of the invention described in the following claims.

10: vehicle
100: storage unit
110: partition
120: wire insertion space
130: retractable window
140: confirmation window
150: circulation space
200: measurement unit
210: temperature sensor
220: oxygen sensor
230: salinity sensor
240: turbidity sensor
250: internal CCTV
260: open/close sensor
270: capacitive sensor
280: pressure sensor
300: confirmation unit
400: control unit
500: operation part
510: heater
520: oxygen generator
530: hose
540: valve

Claims (5)

In the integrated control monitoring system used for a live fish transport vehicle,
a storage unit in which aquatic products such as live fish are stored, the upper central portion protrudes upward, and a plurality of water tanks of a single storage space are combined;
Doedoe configured in the storage unit, a measuring unit consisting of a sensor and an internal CCTV for measuring the water quality and internal state in the storage unit;
a confirmation unit configured outside the storage unit, the information measured by the measurement unit is checked, and a separate notification function is implemented, and when an abnormality occurs, an LED light and a voice warning sound are generated at the same time to confirm the status of the storage unit in real time;
a control unit for controlling the internal state of the storage unit to a preset value or an arbitrary set value; and
A space temperature change method in which heating and cooling are spaced apart from the aquatic product to change the temperature is applied in the lower part of the storage part and the lower part is operated to change the state of the interior of the storage part by the control part, , The same number as the storage unit is provided and operated individually; consists of,
The storage unit is additionally configured with an element design for preventing slipping and a wire insertion space for protecting the connection line on the exterior,
The control unit is a live fish transport vehicle integrated control monitoring system, characterized in that the control device is further provided for the user to adjust the environment setting value. delete delete The method of claim 1,
The storage unit is a live fish transport vehicle integrated control monitoring system, characterized in that a plurality of partitions in the shape of a square with rounded corners are additionally configured on one side. delete

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