CN105852867A - Fish physiological parameter automatic recording device and method - Google Patents
Fish physiological parameter automatic recording device and method Download PDFInfo
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- CN105852867A CN105852867A CN201610179653.XA CN201610179653A CN105852867A CN 105852867 A CN105852867 A CN 105852867A CN 201610179653 A CN201610179653 A CN 201610179653A CN 105852867 A CN105852867 A CN 105852867A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/103—Detecting, measuring or recording devices for testing the shape, pattern, colour, size or movement of the body or parts thereof, for diagnostic purposes
- A61B5/107—Measuring physical dimensions, e.g. size of the entire body or parts thereof
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/52—Weighing apparatus combined with other objects, e.g. furniture
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/62—Over or under weighing apparatus
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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Abstract
The invention discloses a fish physiological parameter automatic recording device and an automatic recording method. The device comprises a body weight weighing unit, a body length, body width and full length measurement unit, a controller, a display unit and a storage unit, wherein the body weight weighing unit is used for acquiring body weight signals of fishes; the body length, body width and full length measurement unit is used for acquiring body length, body width and full length signals of the fishes; the controller is in signal connection to the body weight weighing unit and the body length, body width and full length measurement unit, and the controller is used for receiving and processing the body weight, body length, body width and full length signals, and then generating body weight, body length, body width and full length parameters of the fishes; the display unit is connected to the controller and is used for displaying the body weight, body length, body width and full length parameters; and the storage unit is connected to the controller and is used for storing the body weight, body length, body width and full length parameters. The automatic recording device and the automatic recording method can avoid manual recording and manual meter rule measurement in a whole process, so that manpower and material resources are saved; and moreover, the accuracy of measurement is improved.
Description
Technical field
The present invention relates to a kind of Fish physiological parameter self-recording unit and method.
Background technology
Existing Fish physiological parameter recording method is: fish from the water body such as river, lake, Fish are carried out classification sampling, after Fish are sampled, need the physiological parameters such as the weight of every fish of sampling point on-the-spot record in the wild, total length, body length, body width, to study its population and personal feature, then fish is freeed.
The measuring method of Fish parameters is usually by tradition, first fish body weight, then one hand-held ruler of an individual demand, a hand-held fish are claimed with electronic scale, measure the total length of fish, the body length of fish, the body width of fish respectively, but also need the reference record that these are measured by an other people on book.Owing to the quantity needing the fish of measurement is many, workload is big, easily causes measurement and record keeping personnel tired and produces error.It addition, the data that record is on paper, in addition it is also necessary to additionally take time in the data inputting computer that these are recorded, just calculate the writing task being finally completed Fish physiological parameter data, be also possible to therebetween produce personal error, consume plenty of time and energy simultaneously.
Measurement and record for current Fish physiological parameter are wasted time and energy, and easily produce technical problem, are those skilled in the art's technical problems urgently to be resolved hurrily.
Summary of the invention
Measurement and record in order to overcome current Fish physiological parameter are wasted time and energy, and easily produce technical problem, and the present invention provides a kind of Fish physiological parameter self-recording unit.
On the one hand, the invention provides a kind of Fish physiological parameter self-recording unit, including:
Weighing body weight unit, for gathering the body weight signal of fish；
Body length, body width and total length measuring unit, for gathering the long signal of body of described fish, the body bandwidth signals of described fish and the total length signal of described fish；
Controller, it is connected with described weighing body weight unit and described body length, body width and total length measuring unit signal, for receiving and process described body weight signal, the long signal of described body, described body bandwidth signals and described total length signal, generate the body weight parameters of described fish, the long parameter of body, body width parameter and total length parameter；
Display unit, is connected with described controller, is used for showing described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter；
Memory element, is connected with described controller, is used for storing described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter.
Further, described measured body weight unit includes the scale body of the body weight for measuring described fish, and described scale body gathers the described body weight signal of described fish；
Described body length, body width and total length measuring unit include the pallet being arranged on described scale body；
Sensing coordinate system it is provided with on described pallet；Being additionally provided with the first measurement slide block being positioned in described sensing coordinate system X-direction on described pallet and measure the first color rod of measurement that slide block is connected with described first, described first measures color excellent and described X-axis is vertically arranged；
The the second measurement slide block being additionally provided with on described pallet in the Y direction being positioned at described sensing coordinate system and the second color rod of measurement being connected with described second measurement slide block, described second measures the excellent and described Y-axis of coloured silk is vertically arranged；Wherein,
Measuring slide block by mobile described first drives the described first color rod of measurement mobile, described first measures color rod is used for positioning body length and the total length position of described fish, measures according to described first and senses the long signal of described body of fish described in the station acquisition in coordinate system and described total length signal described in slide block place；
Measuring slide block by mobile described second drives the described second color rod of measurement mobile, described second measures color rod is used for positioning the body width position of described fish, and senses the described body bandwidth signals of fish described in the station acquisition in coordinate system described in described second measurement slide block place.
Further, described pallet is transparent configuration, described pallet is provided with and measures, for described first, the first chute that slide block slides, and measure, for described second, the second chute that slide block slides；
Described sensing coordinate system is positioned at described tray bottom；
Described first measures color rod is positioned at described tray bottom, and described second measures color rod is positioned at described tray bottom；Wherein,
Zero sensor is set on described sensing coordinate, X-axis coordinate sensor is set in described first measurement slide block, in described second measurement slide block, Y-axis coordinate sensor is set.
Further, described controller is single-chip microcomputer；
Described single-chip microcomputer connects supply module, and described supply module is connected with described display unit, described memory element, described weighing body weight unit and body length, body width and total length measuring unit, and powers for it.
Further, described memorizer is additionally provided with computer connectivity port, and described computer connectivity port is used for connecting data wire, and connects computer by described data wire.
The present invention also provides for a kind of Fish physiological parameter automatic record method, including:
Gather the body weight signal of fish；
Gather the long signal of body of described fish, the body bandwidth signals of described fish and the total length signal of described fish；
Described body weight signal, the long signal of described body, described body bandwidth signals and described total length signal received and processed, the body weight parameters of described fish, the long parameter of body of described fish, the body width parameter of described fish and the total length parameter of described fish generated；
Show described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter；
Store described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter.
Further, in the step of the described body weight signal gathering fish, including:
The body weight signal of described fish is gathered by scale body；
In the step of the total length signal of the long signal of body of the described fish of described collection, the body bandwidth signals of described fish and described fish, including:
Described scale body arranges pallet；
Described pallet arranges sensing coordinate system；The the first measurement slide block being additionally provided with on described pallet in the X-direction being positioned at described sensing coordinate system and the first color rod of measurement being connected with described first measurement slide block, described first measures the excellent and described X-axis of coloured silk is vertically arranged；
The the second measurement slide block being additionally provided with on described pallet in the Y direction being positioned at described sensing coordinate system and the second color rod of measurement being connected with described second measurement slide block, described second measures the excellent and described Y-axis of coloured silk is vertically arranged；
Being placed in the sensing coordinate system of described pallet by described fish, the afterbody of the tail fin of described fish aligns with described Y axle；
Mobile described first measures slide block and drives described first measurement coloured silk rod mobile, makes described first to measure coloured silk rod and is positioned the mouth front portion of described fish, measures according to described first and sense the described total length signal of fish described in the station acquisition in coordinate system described in slide block place；
Being placed in the sensing coordinate system of described pallet by described fish, the afterbody of the tail fin of described fish aligns with described Y-axis；
Mobile described first measures slide block and drives the described first color rod of measurement mobile, makes described first to measure coloured silk rod and is positioned the fish gill afterbody of described fish, measures according to described first and sense the long signal of described body of fish described in the station acquisition in coordinate system described in slide block place；
Described fish is placed in the sensing coordinate system of described pallet, aligns with described X-axis bottom the abdomeinal fin of described fish；
Mobile described second measures slide block and drives described second measurement color excellent mobile, makes described second to measure coloured silk rod and is positioned the dorsal fin top of described fish, and measures the body bandwidth signals of fish described in the station acquisition in sensing coordinate system described in slide block place according to described second.
Further, described pallet is transparent configuration, described pallet is provided with and measures, for described first, the first chute that slide block slides, and measure, for described second, the second chute that slide block slides；
Described sensing coordinate system is positioned at described tray bottom；
Described first measures color rod is positioned at described tray bottom, and described second measures color rod is positioned at described tray bottom；Wherein,
Zero sensor is set on described sensing coordinate, X-axis coordinate sensor is set in described first measurement slide block, in described second measurement slide block, Y-axis coordinate sensor is set.
Further, described controller is single-chip microcomputer；
Also include after the step of the described body weight parameters of described storage, the long parameter of described body, described body width parameter and described total length parameter:
Connect excuse by arranging computer, and by data wire, the information of storage is transferred to computer.
Compared with prior art, the beneficial effects of the present invention is:
A kind of Fish physiological parameter self-recording unit that the present invention provides, including: weighing body weight unit, for gathering the body weight signal of fish；Body length, body width and total length measuring unit, for gathering the long signal of body of described fish, the body bandwidth signals of described fish and the total length signal of described fish；Controller, it is connected with described weighing body weight unit and described body length, body width and total length measuring unit signal, for receiving and process described body weight signal, the long signal of described body, described body bandwidth signals and described total length signal, generate the body weight parameters of described fish, the long parameter of body, body width parameter and total length parameter；Display unit, is connected with described controller, is used for showing described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter；Memory element, is connected with described controller, is used for storing described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter.The body weight signal of fish is measured by weighing body weight unit, then the long signal of body, body bandwidth signals and the total length signal of fish is measured by body length, body width and total length measuring unit, and by controller, body weight signal conversion processes become the long parameter of body weight parameters, body, body width parameter and total length parameter, shown by display unit and stored by memory element, whole process need not artificially record and measures with manual meter ruler, save manpower and materials, and improve the accuracy of measurement.
Accompanying drawing explanation
The accompanying drawing of the part constituting the present invention is used for providing a further understanding of the present invention, and the schematic description and description of the present invention is used for explaining the present invention, is not intended that inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the circuit theory schematic diagram of the embodiment of the present invention.
Fig. 2 is the structural representation of Fish physiological parameter self-recording unit of the present invention.
Fig. 3 is the structure annexation schematic diagram of Fish physiological parameter self-recording unit of the present invention.
Fig. 4 is a kind of Fish physiological parameter automatic record method of the embodiment of the present invention.
Description of reference numerals:
1, scale body；2, pallet；21, sensing coordinate system；22, X-axis；23, Y-axis；24, first slide block is measured；25, first color rod is measured；26, second slide block is measured；27, the second color rod 3 of detection, fish；31, the fish gill；32, dorsal fin；33, tail fin；34, abdomeinal fin；4, display unit.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of protection of the invention.
It should be noted that in the case of not conflicting, the embodiment in the present invention and the feature in embodiment can be mutually combined.Below in conjunction with the accompanying drawings, each preferred embodiment of the present invention is described further:
The embodiment of the present invention provides a kind of Fish physiological parameter self-recording unit, as shown in Figure 1-Figure 3, including: weighing body weight unit, body length, body be wide and total length measuring unit, controller, display unit 4 and memory element.Wherein, weighing body weight unit is for gathering the body weight signal of fish 3；Body length, body are wide and total length measuring unit is for gathering the long signal of body of fish 3, the body bandwidth signals of fish and the total length signal of fish；Controller is connected with weighing body weight unit and body length, body width and total length measuring unit signal, is used for receiving and processing body weight signal, the long signal of body, body bandwidth signals and total length signal, generates the body weight parameters of fish 3, the long parameter of body, body width parameter and total length parameter；Display unit 4 is connected with controller, is used for showing the long parameter of body weight parameters, body, body width parameter and total length parameter；Memory element is connected with controller, is used for storing body weight parameters, the long parameter of body, body width parameter and total length parameter.
The body weight signal of fish is measured by weighing body weight unit, then wide by body length, body and total length measuring unit measures the long signal of body, body bandwidth signals and the total length signal of fish 3, and by controller, body weight signal conversion processes become the long parameter of body weight parameters, body, body width parameter and total length parameter, shown by display unit and stored by memory element, whole process need not artificially record and measures with manual meter ruler, save manpower and materials, and improve the accuracy of measurement.
As shown in Figures 2 and 3, measured body weight unit includes the scale body 1 of the body weight for measuring fish, and scale body 1 gathers the body weight signal of fish 3；Body length, body be wide and total length measuring unit includes the pallet 2 that is arranged on scale body 1；Sensing coordinate system 21 it is provided with on pallet 2.
Being additionally provided with the first measurement slide block 24 being positioned on sensing coordinate system 21X axle 22 direction on pallet 2 and measure the first color rod 25 of measurement that slide block 24 is connected with first, first measures color rod 25 is vertically arranged with X-axis 22.
Being additionally provided with the on Y-axis 23 direction being positioned at sensing coordinate system 21 second measurement slide block 26 on pallet 2 and measure the second color rod 27 of measurement that slide block 26 is connected with second, second measures color rod 26 is vertically arranged with Y-axis 23.
Wherein, the first measurement coloured silk rod 25 is driven to move by mobile first measurement slide block 24, first measures color rod 25 is used for positioning body length and the total length position of fish 3, according to the long signal of body and the total length signal of the station acquisition fish 3 in the first measurement slide block 24 place sensing coordinate system 21；Driving the second measurement coloured silk rod 27 to move by moving the second measurement slide block 26, second measures color rod 27 is used for positioning the body width position of fish 3, and by the body bandwidth signals of the station acquisition fish 3 in the second measurement slide block 26 place sensing coordinate system 21.
By measuring first, on slide block 24 and the second measurement slide block 26, sensor is set, corresponding with the sensor arranged on sensing coordinate system 21 origin position, measured the position signalling of slide block 26 by the position signalling and second of detection the first measurement slide block 24, generate the long signal of body, total length signal and the body bandwidth signals of corresponding fish 3.
In order to make the first measurement slide block 24 and second measure slide block 26 during measuring the total length of fish 3, body length and body width, the data measured are more accurate, the present embodiment is respectively provided with the first measurement coloured silk rod 25 and the color rod 27 of the second measurement also by measuring first on slide block 24 and the second measurement slide block 26, measure color rod 25 by first and the color rod 27 of the second measurement can be accurately positioned the fish gill 31 of fish 3, dorsal fin 32, tail fin 33 and abdomeinal fin 34, and determine the total length of fish 3, body length and body width by the first position signalling measuring slide block 24 and the second measurement slide block 26, make measurement more accurate.
Preferably, in the embodiment of the present invention, pallet 2 is transparent configuration, and pallet 2 is provided with the first chute slided for the first measurement slide block 24, and the second chute slided for the second measurement slide block 26；Sensing coordinate system 21 is positioned at bottom pallet 2；First measures color rod 25 is positioned at bottom pallet 2, and second measures color rod 27 is positioned at bottom pallet 2；Wherein, on sensing coordinate, 21 arrange zero sensor, arrange X-axis coordinate sensor, arrange Y-axis coordinate sensor in the second measurement slide block 27 in the first measurement slide block 24.
Pallet 2 is set to transparent configuration, being easy to, the first measurement slide block 24 and second is set and measures slide block 26, additionally, measure color rod 25 by first and the color rod 27 of the second measurement arranges below pallet again, when also allowing for measuring again the body length of fish, body width and total length information, do not have and measure the problem that color rod is blocked.
Preferably, controller is single-chip microcomputer；Single-chip microcomputer connects supply module, and supply module is connected with display unit 4, memory element, weighing body weight unit and body length, body width and total length measuring unit, and powers for it.
It addition, memorizer is additionally provided with computer connectivity port, computer connectivity port is used for connecting data wire, and connects computer by data wire.
Fish total length and the long parameter of body can be measured by this Fish physiological parameter self-recording unit, can be according to the length of fish, fish head portion or afterbody are placed at coordinate initial point, color rod 25 is measured along X-axis level slip the first measurement slide block 24 and first, the position in slide block 24 place X-axis 22 is measured according to first, the position signalling that first measures the X-axis coordinate sensor in slide block 24 is transferred to single-chip microcomputer, the long signal of body and the total length signal of fish can be generated.(the general requirement that scale is measured according to fish length, be accurate to 1 millimeter), is converted the long parameter of body and the total length parameter of fish, is shown by display unit 4, and stored by memory element by single-chip microcomputer by long for the body of fish signal and total length signal.
Fish body width parameter can be measured by this Fish physiological parameter self-recording unit, fish head portion or afterbody are placed at coordinate initial point, color rod 27 can be measured according to the width of the fish second measurement slide block 26 and second that vertically slides along Y-axis, the position in slide block 26 place Y-axis 23 is measured according to second, the position signalling that second measures Y-axis 23 coordinate sensor in slide block 26 is transferred to single-chip microcomputer, the long signal of body and the total length signal of fish can be generated.(the general requirement that scale is measured according to fish length, be accurate to 1 millimeter), is converted the body width parameter of adult fish, is shown by display unit 4, and stored by memory element by single-chip microcomputer by long for the body of fish signal and total length signal.
Weighed the body weight of fish 3 by scale body 1 top tray 2, and calculated the body weight parameters of fish by single-chip microcomputer.Shown by display unit 4, and stored by memory element, it addition, pallet 2 is designed as transparent material, it is simple to mouth, cheek, abdomeinal fin, dorsal fin or the afterbody of traverse measurement coloured silk rod to fish also align.
As shown in Figure 4, the embodiment of the present invention also provides for a kind of Fish physiological parameter automatic record method, including:
Step one, gathers the body weight signal of fish 3；
Step 2, gathers the long signal of body of fish 3, the body bandwidth signals of fish 3 and the total length signal of fish 3；
Step 3, receives and processes body weight signal, the long signal of body, body bandwidth signals and total length signal, generates the body weight parameters of fish 3, the long parameter of body of fish 3, the wide parameter of body of fish 3 and the total length parameter of fish 3；
Step 4, display body weight parameters, the long parameter of body, body width parameter and total length parameter；
Step 5, storage body weight parameters, the long parameter of body, body width parameter and total length parameter.
Wherein, in step one, including:
The body weight signal of fish is gathered by scale body 1；
In step 2, including: including:
Scale body 1 arranges pallet 2；
Pallet 2 arranges sensing coordinate system 21；Being additionally provided with the on X-axis 22 direction being positioned at sensing coordinate system 21 first measurement slide block 24 on pallet 2 and measure the first color rod 25 of measurement that slide block 24 is connected with first, first measures color rod 25 is vertically arranged with X-axis 22；
Being additionally provided with the on Y-axis 23 direction being positioned at sensing coordinate system 21 second measurement slide block 26 on pallet 2 and measure the second color rod 26 of measurement that slide block 26 is connected with second, second measures color rod 26 is vertically arranged with Y-axis 23；
Being placed in the sensing coordinate system 21 of pallet 2 by fish 3, the afterbody of the tail fin 33 of fish 3 aligns with Y-axis 23；
Mobile first measurement slide block 24 also drives the first measurement coloured silk rod 25 to move, and makes the first measurement coloured silk rod 25 be positioned the mouth front portion of fish 3, measures slide block 24 place according to first and sense the total length signal of the station acquisition fish 3 in coordinate system 21；
Being placed in the sensing coordinate system 21 of pallet 2 by fish 3, the afterbody of the tail fin 33 of fish 3 aligns with Y-axis 23；
Mobile first measurement slide block 24 also drives the first measurement coloured silk rod 25 to move, and makes the first measurement coloured silk rod 25 be positioned the fish gill 31 afterbody of fish 3, measures slide block 24 place according to first and senses the long signal of body of the station acquisition fish 3 in coordinate system 21；
Fish 3 is placed in the sensing coordinate system 21 of pallet 2, aligns with X-axis 22 bottom the abdomeinal fin 34 of fish 3；
Mobile second measurement slide block 26 also drives the second measurement coloured silk rod 27 to move, and makes the second measurement coloured silk rod 27 be positioned dorsal fin 31 top of fish 3, and according to the body bandwidth signals of the station acquisition fish 3 in the second measurement slide block 26 place sensing coordinate system 21.
Preferably pallet 2 is set to transparent configuration, pallet 2 is provided with the first chute (not shown) slided for the first measurement slide block 24, and the second chute slided for the second measurement slide block 26；Sensing coordinate system 21 is positioned at bottom pallet 2；First measures color rod 24 is positioned at bottom pallet 2, and second measures color rod 27 is positioned at bottom pallet 2；Wherein, sensing coordinate 21 arranges zero sensor, X-axis coordinate sensor is set in the first measurement slide block 25, in the second measurement slide block 26, Y-axis coordinate sensor is set.
Controller is single-chip microcomputer；Also include after step 5: connect excuse by arranging computer, and by data wire, the information of storage is transferred to computer.
These are only presently preferred embodiments of the present invention, not in order to limit the present invention, all within the spirit and principles in the present invention, any modification, equivalent substitution and improvement etc. made, should be included within the scope of the present invention.
Claims (9)
1. a Fish physiological parameter self-recording unit, it is characterised in that including:
Weighing body weight unit, is used for gathering the body weight signal of fish (3)；
Body length, body width and total length measuring unit, be used for gathering the long signal of body of described fish (3), the body bandwidth signals of described fish and the total length signal of described fish；
Controller, it is connected with described weighing body weight unit and described body length, body width and total length measuring unit signal, for receiving and process described body weight signal, the long signal of described body, described body bandwidth signals and described total length signal, generate the body weight parameters of described fish (3), the long parameter of body, body width parameter and total length parameter；
Display unit (4), is connected with described controller, is used for showing described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter；
Memory element, is connected with described controller, is used for storing described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter.
Fish physiological parameter self-recording unit the most according to claim 1, it is characterised in that described measured body weight unit includes that the scale body (1) of the body weight for measuring described fish, described scale body (1) gather the described body weight signal of described fish (3)；
Described body length, body width and total length measuring unit include the pallet (2) being arranged on described scale body (1)；
Sensing coordinate system (21) it is provided with on described pallet (2)；Being additionally provided with the first measurement slide block (24) being positioned on described sensing coordinate system (21) X-axis (22) direction on described pallet (2) and measure the first color rod (25) of measurement that slide block (24) is connected with described first, described first measures color rod (25) is vertically arranged with described X-axis (22)；
The second measurement slide block (26) being additionally provided with on described pallet (2) on Y-axis (23) direction being positioned at described sensing coordinate system (21) and the second color rod (27) of measurement being connected with described second measurement slide block (26), described second measures coloured silk rod (27) is vertically arranged with described Y-axis (23)；Wherein,
Measuring slide block (24) by mobile described first drives the described first color rod (25) of measurement mobile, described first measures color rod (25) is used for positioning body length and the total length position of described fish (3), measures according to described first and senses the long signal of described body of fish (3) described in the station acquisition in coordinate system (21) and described total length signal described in slide block (24) place；
Measuring slide block (26) by mobile described second drives the described second color rod (27) of measurement mobile, described second measures color rod (27) is used for positioning the body width position of described fish (3), and measures the described body bandwidth signals of fish (3) described in the station acquisition in sensing coordinate system (21) described in slide block (26) place by described second.
Fish physiological parameter self-recording unit the most according to claim 2, it is characterized in that, described pallet (2) is transparent configuration, it is provided with on described pallet (2) and measures, for described first, the first chute that slide block (24) slides, and measure, for described second, the second chute that slide block (26) slides；
Described sensing coordinate system (21) is positioned at described pallet (2) bottom；
Described first measures color rod (25) is positioned at described pallet (2) bottom, and described second measures color rod (27) is positioned at described pallet (2) bottom；Wherein,
Zero sensor is set on described sensing coordinate (21), X-axis coordinate sensor is set in described first measurement slide block (24), in described second measurement slide block (26), Y-axis coordinate sensor is set.
4. according to the Fish physiological parameter self-recording unit described in any one of claim 1-3, it is characterised in that described controller is single-chip microcomputer；
Described single-chip microcomputer connects supply module, and described supply module is connected with described display unit (4), described memory element, described weighing body weight unit and body length, body width and total length measuring unit, and powers for it.
Fish physiological parameter self-recording unit the most according to claim 4, it is characterised in that described memorizer is additionally provided with computer connectivity port, described computer connectivity port is used for connecting data wire, and connects computer by described data wire.
6. a Fish physiological parameter automatic record method, it is characterised in that including:
Gather the body weight signal of fish (3)；
Gather the long signal of body of described fish (3), the body bandwidth signals of described fish (3) and the total length signal of described fish (3)；
Described body weight signal, the long signal of described body, described body bandwidth signals and described total length signal received and processed, the body weight parameters of described fish (3), the long parameter of body of described fish (3), the body width parameter of described fish (3) and the total length parameter of described fish (3) generated；
Show described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter；
Store described body weight parameters, the long parameter of described body, described body width parameter and described total length parameter.
Fish physiological parameter automatic record method the most according to claim 6, it is characterised in that in the step of the body weight signal of described collection fish, including:
The body weight signal of described fish is gathered by scale body (1)；
In the step of the total length signal of the long signal of body of the described fish of described collection (3), the body bandwidth signals of described fish (3) and described fish (3), including:
Described scale body (1) arranges pallet (2)；
Described pallet (2) arranges sensing coordinate system (21)；The first measurement slide block (24) being additionally provided with on described pallet (2) on X-axis (22) direction being positioned at described sensing coordinate system (21) and the first color rod (25) of measurement being connected with described first measurement slide block (24), described first measures coloured silk rod (25) is vertically arranged with described X-axis (22)；
The second measurement slide block (26) being additionally provided with on described pallet (2) on Y-axis (23) direction being positioned at described sensing coordinate system (21) and the second color rod (26) of measurement being connected with described second measurement slide block (26), described second measures coloured silk rod (26) is vertically arranged with described Y-axis (23)；
Being placed on by described fish (3) in the sensing coordinate system (21) of described pallet (2), the afterbody of the tail fin (33) of described fish (3) aligns with described Y-axis (23)；
Mobile described first measures slide block (24) and drives the described first color rod (25) of measurement mobile, make described first to measure color rod (25) and be positioned the mouth front portion of described fish (3), measure according to described first and described in slide block (24) place, sense the described total length signal of fish (3) described in the station acquisition in coordinate system (21)；
Being placed on by described fish (3) in the sensing coordinate system (21) of described pallet (2), the afterbody of the tail fin (33) of described fish (3) aligns with described Y-axis (23)；
Mobile described first measures slide block (24) and drives the described first color rod (25) of measurement mobile, make described first to measure color rod (25) and be positioned the fish gill (31) afterbody of described fish (3), measure according to described first and described in slide block (24) place, sense the long signal of described body of fish (3) described in the station acquisition in coordinate system (21)；
Being placed on by described fish (3) in the sensing coordinate system (21) of described pallet (2), aligns with described X-axis (22) in abdomeinal fin (34) bottom of described fish (3)；
Mobile described second measures slide block (26) and drives the described second color rod (27) of measurement mobile, make described second to measure color rod (27) and be positioned dorsal fin (31) top of described fish (3), and measure the body bandwidth signals of fish (3) described in the station acquisition in sensing coordinate system (21) described in slide block (26) place according to described second.
Fish physiological parameter automatic record method the most according to claim 7, it is characterized in that, described pallet (2) is transparent configuration, it is provided with on described pallet (2) and measures, for described first, the first chute that slide block (24) slides, and measure, for described second, the second chute that slide block (26) slides；
Described sensing coordinate system (21) is positioned at described pallet (2) bottom；
Described first measures color rod (24) is positioned at described pallet (2) bottom, and described second measures color rod (27) is positioned at described pallet (2) bottom；Wherein,
Zero sensor is set on described sensing coordinate (21), X-axis coordinate sensor is set in described first measurement slide block (25), in described second measurement slide block (26), Y-axis coordinate sensor is set.
9. according to the Fish physiological parameter automatic record method described in any one of claim 6-8, it is characterised in that described controller is single-chip microcomputer；
Also include after the step of the described body weight parameters of described storage, the long parameter of described body, described body width parameter and described total length parameter:
Connect excuse by arranging computer, and by data wire, the information of storage is transferred to computer.
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