CN105652924A - Sampling inspection application method and sampling inspection application device in live fish transportation process - Google Patents

Sampling inspection application method and sampling inspection application device in live fish transportation process Download PDF

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Publication number
CN105652924A
CN105652924A CN201511010048.1A CN201511010048A CN105652924A CN 105652924 A CN105652924 A CN 105652924A CN 201511010048 A CN201511010048 A CN 201511010048A CN 105652924 A CN105652924 A CN 105652924A
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China
Prior art keywords
fish
fish box
oxygen
transportation
live
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CN201511010048.1A
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Chinese (zh)
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CN105652924B (en
Inventor
何华先
王丁旺
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GUANGDONG HESHI AQUATIC PRODUCT CO Ltd
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GUANGDONG HESHI AQUATIC PRODUCT CO Ltd
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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05DSYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
    • G05D27/00Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00
    • G05D27/02Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00 characterised by the use of electric means

Abstract

An embodiment of the invention discloses a sampling inspection application method in a live fish transportation process. The sampling inspection application method is used for settling problems of oxygen and energy wastage caused by incapability of ensuring dissolved oxygen value and appropriate ambient temperature in existing aquatic product transportation. The sampling inspection application method comprises the steps of comparing the dissolved oxygen value with a preset standard dissolved oxygen range, if the dissolved oxygen value is lower than the standard dissolved oxygen range, turning up an oxygen cylinder electronic valve which corresponds with a fish container, and if the dissolved oxygen value is higher than the standard dissolved oxygen range, turning down the oxygen cylinder electromagnetic valve which corresponds with the fish container; comparing the current temperature with a preset standard transportation temperature range, if the current temperature is lower than the standard transportation temperature range, reducing the refrigerating capacity of a live fish transportation vehicle refrigeration system, and if the current temperature is higher than the standard transportation temperature range, increasing the refrigerating capacity of the live fish transportation vehicle refrigeration system. The embodiment of the invention further provides a sampling inspection application device in a live fish transportation process.

Description

Sampling observation application method in transportation of live fish process and device
Technical field
The present invention relates to transportation of live fish field, particularly relate to the sampling observation application method in transportation of live fish process and device.
Background technology
Fresh and living aquatic products color, smell and taste are various, have better nutritivity and are worth, but after fish kills, fish body is corrupt, and mouthfeel, nutritive value decline, and security reduces. In transportation, avoid fish because anoxic or be not suitable with environment and dead. How effectively detecting the living environment of fresh and living aquatic products, for meeting the condition of long-distance transport, thus make that fishery products reach fresh-keeping, keep-alive, this problem is particularly important in aquatic product transportation.
Comprising oxygen delivery in the dispensing system of the long-distance transport of fresh or live aquatic products and envrionment temperature controls two technology, the replacing of oxygen cylinder in transit can cause live fish anoxic not in time, and too early changing bottle then wastes remaining oxygen; And in order to keep the envrionment temperature in compartment, compartment must be opened in transit after repeatedly stopping and detect. Each time time shipment amount is big, and space density height, each live fish box connects a pure Oxygen deliver gas-distributing pipe, and detecting each live fish box one by one is a difficult problem, and manpower and materials consumption is big.
Summary of the invention
Embodiments provide the sampling observation application method in transportation of live fish process and device, it is possible to solve in the transport of existing fresh or live aquatic products or oxygen dissolving value and suitable envrionment temperature cannot be ensured, or cause the problem of oxygen and energy dissipation.
Sampling observation application method in a kind of transportation of live fish process that the embodiment of the present invention provides, comprising:
The oxygen dissolving value of water body in fish box in transportation of live fish car is obtained by molten oxygen detection instrument;
The Current Temperatures of water body in described fish box is obtained by electronic thermometer;
Contrast described oxygen dissolving value and the molten oxygen scope of standard preset, if described oxygen dissolving value is lower than the molten oxygen scope of described standard, then tune up the oxygen cylinder electrovalve that described fish box is corresponding, if described oxygen dissolving value is higher than the molten oxygen scope of described standard, then turn the oxygen cylinder electrovalve that described fish box is corresponding down;
Contrast described Current Temperatures and the standard transport temperature scope preset, if described Current Temperatures is lower than described standard transport temperature scope, then reduce the refrigerating duty of described transportation of live fish car refrigeration system, if described Current Temperatures is higher than described standard transport temperature scope, then increase the refrigerating duty of described transportation of live fish car refrigeration system.
Can selection of land, the fish box of the dissolved oxygen probe being provided with described molten oxygen detection instrument is chosen by following step:
Obtain the species number of the fresh or live aquatic products in described transportation of live fish car;
Species number according to described fresh or live aquatic products distributes described dissolved oxygen probe, obtains the dissolved oxygen probe quantity of each fresh or live aquatic products;
Described dissolved oxygen probe quantity fish box is chosen in the fish box placement area of the fresh or live aquatic products of corresponding kind.
Can selection of land, in the fish box placement area of the fresh or live aquatic products of corresponding kind, choose described dissolved oxygen probe quantity fish box comprise:
Obtain corresponding kind fresh or live aquatic products fish box placement area in the row of fish box, the number of plies and often arrange the quantity of fish box;
Row according to described fish box, the number of plies and the quantity often arranging fish box choose described dissolved oxygen probe quantity fish box equally spacedly.
Can selection of land, the fish box of the temperature probe being provided with described electronic thermometer is chosen by following step:
Obtain the compartment size in described transportation of live fish car compartment;
Cold air outlet position according to described transportation of live fish car refrigeration system and described compartment selection of dimension install the fish box of described temperature probe.
Can selection of land, the fish box installing described temperature probe according to the cold air outlet position of described transportation of live fish car refrigeration system and described compartment selection of dimension comprises:
According to described compartment Size calculation, cold air outlet position is to the slant range of described center compartment;
Obtain described cold air outlet position to the fish box number of plies in the slant range of described center compartment;
Distribute the temperature probe of described electronic thermometer according to the described fish box number of plies, obtain the temperature probe quantity of every layer of fish box;
Described temperature probe quantity fish box is chosen every layer of medium spacing of fish box.
Sampling observation application device in a kind of transportation of live fish process that the embodiment of the present invention provides, comprising:
Oxygen dissolving value acquisition module, for obtaining the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument;
Temperature acquisition module, for obtaining the Current Temperatures of water body in described fish box by electronic thermometer;
Oxygen dissolving value contrast module, for contrasting described oxygen dissolving value and the molten oxygen scope of standard preset;
Oxygenation module, if for described oxygen dissolving value contrast module comparing result be described oxygen dissolving value lower than the molten oxygen scope of described standard, tune up the oxygen cylinder electrovalve that described fish box is corresponding;
Subtract oxygen module, if for described oxygen dissolving value contrast module comparing result be described oxygen dissolving value higher than the molten oxygen scope of described standard, turn the oxygen cylinder electrovalve that described fish box is corresponding down;
Temperature comparisons's module, for contrasting described Current Temperatures and the standard transport temperature scope preset;
Subtract refrigeration module, if for the comparing result of described temperature comparisons's module be described Current Temperatures lower than described standard transport temperature scope, reduce the refrigerating duty of described transportation of live fish car refrigeration system;
Increase refrigeration module, if for the comparing result of described temperature comparisons's module be described Current Temperatures higher than described standard transport temperature scope, then increase the refrigerating duty of described transportation of live fish car refrigeration system.
Can selection of land, also comprise:
Species number acquisition module, for the species number of fresh or live aquatic products obtained in described transportation of live fish car;
Dissolved oxygen probe distribution module, for distributing described dissolved oxygen probe according to the species number of described fresh or live aquatic products, obtains the dissolved oxygen probe quantity of each fresh or live aquatic products;
Module chosen by first fish box, for choosing described dissolved oxygen probe quantity fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind.
Can selection of land, described first fish box is chosen module and is comprised:
Fish box statistic unit, for obtaining the row of fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind, the number of plies and often arrange the quantity of fish box;
First chooses fish box unit, chooses described dissolved oxygen probe quantity fish box equally spacedly for the row according to described fish box, the number of plies and the quantity of often arranging fish box.
Can selection of land, also comprise:
Compartment dimension acquisition module, for obtaining the compartment size in described transportation of live fish car compartment;
Module chosen by 2nd fish box, installs the fish box of described temperature probe for the cold air outlet position according to described transportation of live fish car refrigeration system and described compartment selection of dimension.
Can selection of land, described 2nd fish box is chosen module and is comprised:
Slant range calculates unit, for cold air outlet position according to described compartment Size calculation to the slant range of described center compartment;
Fish box number of plies acquiring unit, for obtaining described cold air outlet position to the fish box number of plies in the slant range of described center compartment;
Temperature probe allocation units, for distributing the temperature probe of described electronic thermometer according to the described fish box number of plies, obtain the temperature probe quantity of every layer of fish box;
2nd chooses fish box unit, for choosing described temperature probe quantity fish box every layer of medium spacing of fish box.
As can be seen from the above technical solutions, the embodiment of the present invention has the following advantages:
In the embodiment of the present invention, obtained the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument; The Current Temperatures of water body in described fish box is obtained by electronic thermometer; Contrast described oxygen dissolving value and the molten oxygen scope of standard preset, if described oxygen dissolving value is lower than the molten oxygen scope of described standard, then tune up the oxygen cylinder electrovalve that described fish box is corresponding, if described oxygen dissolving value is higher than the molten oxygen scope of described standard, then turn the oxygen cylinder electrovalve that described fish box is corresponding down; Contrast described Current Temperatures and the standard transport temperature scope preset, if described Current Temperatures is lower than described standard transport temperature scope, then reduce the refrigerating duty of described transportation of live fish car refrigeration system, if described Current Temperatures is higher than described standard transport temperature scope, then increase the refrigerating duty of described transportation of live fish car refrigeration system. In embodiments of the present invention, the dissolved oxygen amount of water body in fish box is carried out dynamic conditioning by the comparing result according to the molten oxygen scope of oxygen dissolving value and standard, and the temperature of water body in fish box is carried out dynamic conditioning by the comparing result of Current Temperatures and standard transport temperature scope, it is ensured that the waste avoiding oxygen and the energy of water body oxygen dissolving value and compartment environment proper temperature simultaneously.
Accompanying drawing explanation
Fig. 1 is embodiment schema of the sampling observation application method in transportation of live fish process in the embodiment of the present invention;
Fig. 2 is another embodiment schema of the sampling observation application method in transportation of live fish process in the embodiment of the present invention;
Fig. 3 is sampling observation application device example structure figure in transportation of live fish process in the embodiment of the present invention;
Fig. 4 is sampling observation another example structure figure of application device in transportation of live fish process in the embodiment of the present invention.
Embodiment
Embodiments provide the sampling observation application method in transportation of live fish process and device, for solving in the transport of existing fresh or live aquatic products or oxygen dissolving value and suitable envrionment temperature cannot be ensured, or cause the problem of oxygen and energy dissipation.
For making goal of the invention, the feature of the present invention, advantage can be more obvious and understandable, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, the embodiments described below are only the present invention's part embodiments, and the embodiment of not all. Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
Referring to Fig. 1, in the embodiment of the present invention, the embodiment of the sampling observation application method in a kind of transportation of live fish process comprises:
101, the oxygen dissolving value of water body in fish box in transportation of live fish car is obtained by molten oxygen detection instrument;
First, the oxygen dissolving value of water body in fish box in transportation of live fish car is obtained by molten oxygen detection instrument.
102, the Current Temperatures of water body in this fish box is obtained by electronic thermometer;
In addition, it is also possible to obtained the Current Temperatures of water body in this fish box by electronic thermometer.
103, the molten oxygen scope of standard contrasting this oxygen dissolving value and preset, if this oxygen dissolving value is lower than the molten oxygen scope of this standard, then performs step 104, if this oxygen dissolving value is higher than the molten oxygen scope of this standard, then performs step 105;
After obtained the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument, the molten oxygen scope of standard that can contrast this oxygen dissolving value and preset, if this oxygen dissolving value is lower than the molten oxygen scope of this standard, then performs step 104, if this oxygen dissolving value is higher than the molten oxygen scope of this standard, then perform step 105.
104, the oxygen cylinder electrovalve that this fish box is corresponding is tuned up;
If this oxygen dissolving value is lower than the molten oxygen scope of this standard, it is possible to tune up the oxygen cylinder electrovalve that this fish box is corresponding.
105, the oxygen cylinder electrovalve that this fish box is corresponding is turned down;
If this oxygen dissolving value is higher than the molten oxygen scope of this standard, it is possible to turn the oxygen cylinder electrovalve that this fish box is corresponding down.
106, the standard transport temperature scope contrasting this Current Temperatures and preset, if this Current Temperatures is lower than this standard transport temperature scope, then performs step 107, if this Current Temperatures is higher than this standard transport temperature scope, then performs step 108;
After obtained the Current Temperatures of water body in this fish box by electronic thermometer, the standard transport temperature scope that can contrast this Current Temperatures and preset, if this Current Temperatures is lower than this standard transport temperature scope, then perform step 107, if this Current Temperatures is higher than this standard transport temperature scope, then perform step 108.
107, the refrigerating duty of this transportation of live fish car refrigeration system is reduced;
If this Current Temperatures is lower than this standard transport temperature scope, it is possible to reduce the refrigerating duty of this transportation of live fish car refrigeration system.
108, the refrigerating duty of this transportation of live fish car refrigeration system is increased.
If this Current Temperatures is higher than this standard transport temperature scope, it is possible to increase the refrigerating duty of this transportation of live fish car refrigeration system.
In the present embodiment, obtained the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument; The Current Temperatures of water body in this fish box is obtained by electronic thermometer; The molten oxygen scope of standard contrasting this oxygen dissolving value and preset, if this oxygen dissolving value is lower than the molten oxygen scope of this standard, then tunes up the oxygen cylinder electrovalve that this fish box is corresponding, if this oxygen dissolving value is higher than the molten oxygen scope of this standard, then turns the oxygen cylinder electrovalve that this fish box is corresponding down; The standard transport temperature scope contrasting this Current Temperatures and preset, if this Current Temperatures is lower than this standard transport temperature scope, then reduce the refrigerating duty of this transportation of live fish car refrigeration system, if this Current Temperatures is higher than this standard transport temperature scope, then increase the refrigerating duty of this transportation of live fish car refrigeration system. In the present embodiment, the dissolved oxygen amount of water body in fish box is carried out dynamic conditioning by the comparing result according to the molten oxygen scope of oxygen dissolving value and standard, and the temperature of water body in fish box is carried out dynamic conditioning by the comparing result of Current Temperatures and standard transport temperature scope, it is ensured that the waste avoiding oxygen and the energy of water body oxygen dissolving value and compartment environment proper temperature simultaneously.
For ease of understanding, being described in detail by the sampling observation application method in a kind of transportation of live fish process in the embodiment of the present invention below, refer to Fig. 2, in the embodiment of the present invention, another embodiment of sampling observation application method in a kind of transportation of live fish process comprises:
201, the species number of the fresh or live aquatic products in this transportation of live fish car is obtained;
The fish box of the dissolved oxygen probe being provided with this molten oxygen detection instrument to choose, first, it is possible to obtain the species number of the fresh or live aquatic products in this transportation of live fish car. It should be appreciated that the best oxygen dissolving value needed for different types of fresh or live aquatic products is not identical, therefore can distribute according to the species number of fresh or live aquatic products.
202, species number according to this fresh or live aquatic products distributes this dissolved oxygen probe, obtains the dissolved oxygen probe quantity of each fresh or live aquatic products;
After the species number of the fresh or live aquatic products obtained in this transportation of live fish car, it is possible to distribute this dissolved oxygen probe according to the species number of this fresh or live aquatic products, obtain the dissolved oxygen probe quantity of each fresh or live aquatic products. It should be appreciated that this distribution can be evenly distribute, now, the species number of the dissolved oxygen probe quantity of each fresh or live aquatic products=dissolved oxygen probe sum/fresh or live aquatic products.
203, in the fish box placement area of the fresh or live aquatic products of corresponding kind, this dissolved oxygen probe quantity fish box is chosen;
After the dissolved oxygen probe quantity obtaining each fresh or live aquatic products, it is possible to choose this dissolved oxygen probe quantity fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind. It should be noted that, in the compartment of transportation of live fish car, the fish box of fresh or live aquatic products generally point kind be placed in different regions, when, after the dissolved oxygen probe quantity determining certain fresh or live aquatic products, the fish box placement area of this kind of fresh or live aquatic products being chosen this dissolved oxygen probe quantity fish box to install dissolved oxygen probe.
This step can be specifically:
The row of fish box, the number of plies and often arrange the quantity of fish box in the fish box placement area of A, the fresh or live aquatic products obtaining corresponding kind;
B, row according to this fish box, the number of plies and the quantity often arranging fish box choose this dissolved oxygen probe quantity fish box equally spacedly.
204, the compartment size in this transportation of live fish car compartment is obtained;
The fish box of the temperature probe being provided with this electronic thermometer to choose, it is possible to obtain the compartment size in this transportation of live fish car compartment. It should be appreciated that be similar for the fresh or live aquatic products of all kinds, the dormancy of low temperature and calm effect, calm required cryogenic temperature is also close. Therefore, mainly should be noted that the temperature contrast between multilayer fish box in compartment.
205, the fish box of this temperature probe is installed according to the cold air outlet position of this transportation of live fish car refrigeration system and this compartment selection of dimension;
After obtaining the compartment size in this transportation of live fish car compartment, it is possible to the fish box of this temperature probe is installed according to the cold air outlet position of this transportation of live fish car refrigeration system and this compartment selection of dimension. Can be specifically:
1, according to this cold air outlet position of this compartment Size calculation to the slant range of this center compartment;
2, this cold air outlet position is obtained to the fish box number of plies in the slant range of this center compartment;
3, distribute the temperature probe of this electronic thermometer according to this fish box number of plies, obtain the temperature probe quantity of every layer of fish box;
4, this temperature probe quantity fish box is chosen every layer of medium spacing of fish box.
It is understandable that, owing to the fish box in compartment is in layer stacked up, therefore temperature contrast between fish box mainly due to the fish box of different levels is different from the distance of cold air outlet position and between this segment distance across fish box different amts cause. Therefore, corresponding temperature probe can be distributed by fish box in these levels, guarantee that the fish box of outermost all can be detected by temperature probe to fish box the most inside, do not need again each fish box that temperature probe is installed simultaneously, ensure that simultaneously also ensure that of efficiency measures the temperature conditions that the data obtained can react fish box in whole compartment.
206, the oxygen dissolving value of water body in fish box in transportation of live fish car is obtained by molten oxygen detection instrument;
After the fish box of dissolved oxygen probe of this molten oxygen detection instrument is installed under determining, it is possible to obtained the oxygen dissolving value of water body in these fish boxes by molten oxygen detection instrument.
207, the Current Temperatures of water body in this fish box is obtained by electronic thermometer;
After the fish box of temperature probe of this electronic thermometer is installed under determining, it is possible to obtained the Current Temperatures of water body in these fish boxes by electronic thermometer.
208, the molten oxygen scope of standard contrasting this oxygen dissolving value and preset, if this oxygen dissolving value is lower than the molten oxygen scope of this standard, then performs step 209, if this oxygen dissolving value is higher than the molten oxygen scope of this standard, then performs step 210;
After obtained the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument, the molten oxygen scope of standard that can contrast this oxygen dissolving value and preset, if this oxygen dissolving value is lower than the molten oxygen scope of this standard, then performs step 209, if this oxygen dissolving value is higher than the molten oxygen scope of this standard, then perform step 210.
209, the oxygen cylinder electrovalve that this fish box is corresponding is tuned up;
If this oxygen dissolving value is lower than the molten oxygen scope of this standard, it is possible to tune up the oxygen cylinder electrovalve that this fish box is corresponding.
210, the oxygen cylinder electrovalve that this fish box is corresponding is turned down;
If this oxygen dissolving value is higher than the molten oxygen scope of this standard, it is possible to turn the oxygen cylinder electrovalve that this fish box is corresponding down.
211, the standard transport temperature scope contrasting this Current Temperatures and preset, if this Current Temperatures is lower than this standard transport temperature scope, then performs step 212, if this Current Temperatures is higher than this standard transport temperature scope, then performs step 213;
After obtained the Current Temperatures of water body in this fish box by electronic thermometer, the standard transport temperature scope that can contrast this Current Temperatures and preset, if this Current Temperatures is lower than this standard transport temperature scope, then perform step 212, if this Current Temperatures is higher than this standard transport temperature scope, then perform step 213.
212, the refrigerating duty of this transportation of live fish car refrigeration system is reduced;
If this Current Temperatures is lower than this standard transport temperature scope, it is possible to reduce the refrigerating duty of this transportation of live fish car refrigeration system.
213, the refrigerating duty of this transportation of live fish car refrigeration system is increased.
If this Current Temperatures is higher than this standard transport temperature scope, it is possible to increase the refrigerating duty of this transportation of live fish car refrigeration system.
Essentially describe the sampling observation application method in transportation of live fish process above, it is described in detail to the sampling observation application device in transportation of live fish process below, referring to Fig. 3, in the embodiment of the present invention, the sampling observation application device embodiment in a kind of transportation of live fish process comprises:
Oxygen dissolving value acquisition module 301, for obtaining the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument;
Temperature acquisition module 302, for obtaining the Current Temperatures of water body in this fish box by electronic thermometer;
Oxygen dissolving value contrast module 303, the molten oxygen scope of standard contrasting this oxygen dissolving value with presetting;
Oxygenation module 304, if for this oxygen dissolving value contrast module 303 comparing result be this oxygen dissolving value lower than the molten oxygen scope of this standard, tune up the oxygen cylinder electrovalve that this fish box is corresponding;
Subtract oxygen module 305, if for this oxygen dissolving value contrast module 303 comparing result be this oxygen dissolving value higher than the molten oxygen scope of this standard, turn the oxygen cylinder electrovalve that this fish box is corresponding down;
Temperature comparisons's module 306, for the standard transport temperature scope contrasting this Current Temperatures with preset;
Subtract refrigeration module 307, if for the comparing result of this temperature comparisons's module 306 be this Current Temperatures lower than this standard transport temperature scope, reduce the refrigerating duty of this transportation of live fish car refrigeration system;
Increase refrigeration module 308, if for the comparing result of this temperature comparisons's module 306 be this Current Temperatures higher than this standard transport temperature scope, then increase the refrigerating duty of this transportation of live fish car refrigeration system.
In the present embodiment, first, oxygen dissolving value acquisition module 301 obtains the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument; Temperature acquisition module 302 obtains the Current Temperatures of water body in this fish box by electronic thermometer; Oxygen dissolving value contrast module 303, for the molten oxygen scope of standard contrasting this oxygen dissolving value with preset; Then, if this oxygen dissolving value contrast module 303 comparing result be this oxygen dissolving value lower than the molten oxygen scope of this standard, oxygenation module 304 tunes up oxygen cylinder electrovalve corresponding to this fish box; If this oxygen dissolving value contrast module 303 comparing result be this oxygen dissolving value higher than the molten oxygen scope of this standard, subtract oxygen module 305 and turn oxygen cylinder electrovalve corresponding to this fish box down; Then, temperature comparisons's module 306 contrasts this Current Temperatures and the standard transport temperature scope preset; If the comparing result of this temperature comparisons's module 306 be this Current Temperatures lower than this standard transport temperature scope, subtract the refrigerating duty that refrigeration module 307 reduces this transportation of live fish car refrigeration system; If the comparing result of this temperature comparisons's module 306 is this Current Temperatures higher than this standard transport temperature scope, increase the refrigerating duty that refrigeration module 308 increases this transportation of live fish car refrigeration system. In the present embodiment, the dissolved oxygen amount of water body in fish box is carried out dynamic conditioning by the comparing result according to the molten oxygen scope of oxygen dissolving value and standard, and the temperature of water body in fish box is carried out dynamic conditioning by the comparing result of Current Temperatures and standard transport temperature scope, it is ensured that the waste avoiding oxygen and the energy of water body oxygen dissolving value and compartment environment proper temperature simultaneously.
For ease of understanding, being described in detail by the sampling observation application device in a kind of transportation of live fish process in the embodiment of the present invention below, refer to Fig. 4, in the embodiment of the present invention, sampling observation another embodiment of application device in a kind of transportation of live fish process comprises:
Oxygen dissolving value acquisition module 401, for obtaining the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument;
Temperature acquisition module 402, for obtaining the Current Temperatures of water body in this fish box by electronic thermometer;
Oxygen dissolving value contrast module 403, for the molten oxygen scope of standard contrasting this oxygen dissolving value with preset;
Oxygenation module 404, if for this oxygen dissolving value contrast module 403 comparing result be this oxygen dissolving value lower than the molten oxygen scope of this standard, tune up the oxygen cylinder electrovalve that this fish box is corresponding;
Subtract oxygen module 405, if for this oxygen dissolving value contrast module 403 comparing result be this oxygen dissolving value higher than the molten oxygen scope of this standard, turn the oxygen cylinder electrovalve that this fish box is corresponding down;
Temperature comparisons's module 406, for the standard transport temperature scope contrasting this Current Temperatures with preset;
Subtract refrigeration module 407, if for the comparing result of this temperature comparisons's module 406 be this Current Temperatures lower than this standard transport temperature scope, reduce the refrigerating duty of this transportation of live fish car refrigeration system;
Increase refrigeration module 408, if for the comparing result of this temperature comparisons's module 406 be this Current Temperatures higher than this standard transport temperature scope, then increase the refrigerating duty of this transportation of live fish car refrigeration system.
In the present embodiment, the sampling observation application device in transportation of live fish process can also comprise:
Species number acquisition module 409, for the species number of fresh or live aquatic products obtained in this transportation of live fish car;
Dissolved oxygen probe distribution module 410, for distributing this dissolved oxygen probe according to the species number of this fresh or live aquatic products, obtains the dissolved oxygen probe quantity of each fresh or live aquatic products;
Module 411 chosen by first fish box, for choosing this dissolved oxygen probe quantity fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind.
In the present embodiment, this first fish box is chosen module 411 and can be comprised:
Fish box statistic unit 4111, for obtaining the row of fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind, the number of plies and often arrange the quantity of fish box;
First chooses fish box unit 4112, chooses this dissolved oxygen probe quantity fish box equally spacedly for the row according to this fish box, the number of plies and the quantity of often arranging fish box.
In the present embodiment, the sampling observation application device in transportation of live fish process can also comprise:
Compartment dimension acquisition module 412, for obtaining the compartment size in this transportation of live fish car compartment;
Module 413 chosen by 2nd fish box, installs the fish box of this temperature probe for the cold air outlet position according to this transportation of live fish car refrigeration system and this compartment selection of dimension.
In the present embodiment, the 2nd fish box is chosen module 413 and can be comprised:
Slant range calculates unit 4131, for according to this cold air outlet position of this compartment Size calculation to the slant range of this center compartment;
Fish box number of plies acquiring unit 4132, for obtaining this cold air outlet position to the fish box number of plies in the slant range of this center compartment;
Temperature probe allocation units 4133, for distributing the temperature probe of this electronic thermometer according to this fish box number of plies, obtain the temperature probe quantity of every layer of fish box;
2nd chooses fish box unit 4134, for choosing this temperature probe quantity fish box every layer of medium spacing of fish box.
The technician of art can be well understood to, for convenience and simplicity of description, and the concrete working process of the system of foregoing description, device and unit, it is possible to reference to the corresponding process in aforementioned embodiment of the method, do not repeat them here.
In several embodiments that the application provides, it should be appreciated that, disclosed system, device and method, it is possible to realize by another way. Such as, device embodiment described above is only schematic, such as, the division of described unit, being only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can ignore, or do not perform. Another point, shown or discussed coupling each other or directly coupling or communication connection can be the indirect coupling by some interfaces, device or unit or communication connection, it is possible to be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or can also be distributed on multiple NE. Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, it is also possible to is that the independent physics of each unit exists, it is also possible to two or more unit are in a unit integrated. Above-mentioned integrated unit both can adopt the form of hardware to realize, it is also possible to adopts the form of software functional unit to realize.
If described integrated unit realize using the form of software functional unit and as independent production marketing or when using, it is possible to be stored in a computer read/write memory medium. Based on such understanding, the technical scheme of the present invention in essence or says that part prior art contributed or all or part of of this technical scheme can embody with the form of software product, this computer software product is stored in a storage media, comprise some instructions with so that a computer equipment (can be Personal Computer, server, or the network equipment etc.) perform all or part of step of method described in each embodiment of the present invention. And aforesaid storage media comprises: USB flash disk, portable hard drive, read-only storage (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccessMemory), magnetic disc or CD etc. various can be program code stored medium.
The above, above embodiment only in order to the technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment to invention has been detailed description, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein part technology feature is carried out equivalent replacement; And these amendments or replacement, do not make the spirit and scope of the essence disengaging various embodiments of the present invention technical scheme of appropriate technical solution.

Claims (10)

1. the sampling observation application method in a transportation of live fish process, it is characterised in that, comprising:
The oxygen dissolving value of water body in fish box in transportation of live fish car is obtained by molten oxygen detection instrument;
The Current Temperatures of water body in described fish box is obtained by electronic thermometer;
Contrast described oxygen dissolving value and the molten oxygen scope of standard preset, if described oxygen dissolving value is lower than the molten oxygen scope of described standard, then tune up the oxygen cylinder electrovalve that described fish box is corresponding, if described oxygen dissolving value is higher than the molten oxygen scope of described standard, then turn the oxygen cylinder electrovalve that described fish box is corresponding down;
Contrast described Current Temperatures and the standard transport temperature scope preset, if described Current Temperatures is lower than described standard transport temperature scope, then reduce the refrigerating duty of described transportation of live fish car refrigeration system, if described Current Temperatures is higher than described standard transport temperature scope, then increase the refrigerating duty of described transportation of live fish car refrigeration system.
2. the sampling observation application method in transportation of live fish process according to claim 1, it is characterised in that, the fish box of the dissolved oxygen probe being provided with described molten oxygen detection instrument is chosen by following step:
Obtain the species number of the fresh or live aquatic products in described transportation of live fish car;
Species number according to described fresh or live aquatic products distributes described dissolved oxygen probe, obtains the dissolved oxygen probe quantity of each fresh or live aquatic products;
Described dissolved oxygen probe quantity fish box is chosen in the fish box placement area of the fresh or live aquatic products of corresponding kind.
3. the sampling observation application method in transportation of live fish process according to claim 2, it is characterised in that, in the fish box placement area of the fresh or live aquatic products of corresponding kind, choose described dissolved oxygen probe quantity fish box comprise:
Obtain corresponding kind fresh or live aquatic products fish box placement area in the row of fish box, the number of plies and often arrange the quantity of fish box;
Row according to described fish box, the number of plies and the quantity often arranging fish box choose described dissolved oxygen probe quantity fish box equally spacedly.
4. the sampling observation application method in transportation of live fish process according to claim 1, it is characterised in that, the fish box of the temperature probe being provided with described electronic thermometer is chosen by following step:
Obtain the compartment size in described transportation of live fish car compartment;
Cold air outlet position according to described transportation of live fish car refrigeration system and described compartment selection of dimension install the fish box of described temperature probe.
5. the sampling observation application method in transportation of live fish process according to claim 4, it is characterised in that, the fish box installing described temperature probe according to the cold air outlet position of described transportation of live fish car refrigeration system and described compartment selection of dimension comprises:
According to described compartment Size calculation, cold air outlet position is to the slant range of described center compartment;
Obtain described cold air outlet position to the fish box number of plies in the slant range of described center compartment;
Distribute the temperature probe of described electronic thermometer according to the described fish box number of plies, obtain the temperature probe quantity of every layer of fish box;
Described temperature probe quantity fish box is chosen every layer of medium spacing of fish box.
6. the sampling observation application device in a transportation of live fish process, it is characterised in that, comprising:
Oxygen dissolving value acquisition module, for obtaining the oxygen dissolving value of water body in fish box in transportation of live fish car by molten oxygen detection instrument;
Temperature acquisition module, for obtaining the Current Temperatures of water body in described fish box by electronic thermometer;
Oxygen dissolving value contrast module, for contrasting described oxygen dissolving value and the molten oxygen scope of standard preset;
Oxygenation module, if for described oxygen dissolving value contrast module comparing result be described oxygen dissolving value lower than the molten oxygen scope of described standard, tune up the oxygen cylinder electrovalve that described fish box is corresponding;
Subtract oxygen module, if for described oxygen dissolving value contrast module comparing result be described oxygen dissolving value higher than the molten oxygen scope of described standard, turn the oxygen cylinder electrovalve that described fish box is corresponding down;
Temperature comparisons's module, for contrasting described Current Temperatures and the standard transport temperature scope preset;
Subtract refrigeration module, if for the comparing result of described temperature comparisons's module be described Current Temperatures lower than described standard transport temperature scope, reduce the refrigerating duty of described transportation of live fish car refrigeration system;
Increase refrigeration module, if for the comparing result of described temperature comparisons's module be described Current Temperatures higher than described standard transport temperature scope, then increase the refrigerating duty of described transportation of live fish car refrigeration system.
7. the sampling observation application device in transportation of live fish process according to claim 6, it is characterised in that, also comprise:
Species number acquisition module, for the species number of fresh or live aquatic products obtained in described transportation of live fish car;
Dissolved oxygen probe distribution module, for distributing described dissolved oxygen probe according to the species number of described fresh or live aquatic products, obtains the dissolved oxygen probe quantity of each fresh or live aquatic products;
Module chosen by first fish box, for choosing described dissolved oxygen probe quantity fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind.
8. the sampling observation application device in transportation of live fish process according to claim 7, it is characterised in that, described first fish box is chosen module and is comprised:
Fish box statistic unit, for obtaining the row of fish box in the fish box placement area of the fresh or live aquatic products of corresponding kind, the number of plies and often arrange the quantity of fish box;
First chooses fish box unit, chooses described dissolved oxygen probe quantity fish box equally spacedly for the row according to described fish box, the number of plies and the quantity of often arranging fish box.
9. the sampling observation application device in transportation of live fish process according to claim 6, it is characterised in that, also comprise:
Compartment dimension acquisition module, for obtaining the compartment size in described transportation of live fish car compartment;
Module chosen by 2nd fish box, installs the fish box of described temperature probe for the cold air outlet position according to described transportation of live fish car refrigeration system and described compartment selection of dimension.
10. the sampling observation application device in transportation of live fish process according to claim 9, it is characterised in that, described 2nd fish box is chosen module and is comprised:
Slant range calculates unit, for cold air outlet position according to described compartment Size calculation to the slant range of described center compartment;
Fish box number of plies acquiring unit, for obtaining described cold air outlet position to the fish box number of plies in the slant range of described center compartment;
Temperature probe allocation units, for distributing the temperature probe of described electronic thermometer according to the described fish box number of plies, obtain the temperature probe quantity of every layer of fish box;
2nd chooses fish box unit, for choosing described temperature probe quantity fish box every layer of medium spacing of fish box.
CN201511010048.1A 2015-12-25 2015-12-25 Sampling observation application process and device during transportation of live fish Active CN105652924B (en)

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CN104304129A (en) * 2014-11-03 2015-01-28 中国水产科学研究院渔业机械仪器研究所 Keep-alive transportation system and keep-alive method of abalones

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0202952A2 (en) * 1985-05-23 1986-11-26 Her Majesty The Queen In Right Of New Zealand Fish transport system
JP2005506069A (en) * 2001-10-17 2005-03-03 リンステゥッド,パル Method and apparatus for transporting live seafood
CN2609344Y (en) * 2003-04-02 2004-04-07 陈金贵 Intelligent device for fishbow
CN101836614A (en) * 2010-05-27 2010-09-22 中国长江三峡集团公司中华鲟研究所 Method and device for transporting parent fish of Acipenser sinensis
CN102077804A (en) * 2010-11-25 2011-06-01 中国水产科学研究院渔业机械仪器研究所 Vehicle-mounted closed fish tank for transporting living fish
CN201989688U (en) * 2011-03-21 2011-09-28 张立新 Multifunctional vehicular transport water tank
CN102880156A (en) * 2012-10-19 2013-01-16 上海海洋大学 Intelligent monitoring method and system for fish tank
CN203490568U (en) * 2013-09-14 2014-03-19 陕西亚泰电器科技有限公司 Aquaculture water quality parameter monitoring system based on MSC1210 one-chip microcomputer
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