CN202262324U - Fish fry subpackaging device - Google Patents
Fish fry subpackaging device Download PDFInfo
- Publication number
- CN202262324U CN202262324U CN2011204088738U CN201120408873U CN202262324U CN 202262324 U CN202262324 U CN 202262324U CN 2011204088738 U CN2011204088738 U CN 2011204088738U CN 201120408873 U CN201120408873 U CN 201120408873U CN 202262324 U CN202262324 U CN 202262324U
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- CN
- China
- Prior art keywords
- fry
- valve
- recorder jar
- variable capacity
- bagger
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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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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- Packging For Living Organisms, Food Or Medicinal Products That Are Sensitive To Environmental Conditiond (AREA)
- Farming Of Fish And Shellfish (AREA)
Abstract
The utility model discloses a fish fry subpackaging device, which is characterized by comprising a fish fry counter, a fish fry bagger, a weighing device and an oxygen-charging device, wherein the fish fry counter is used for counting the number of fish fries; the fish fry bagger is used for bagging the counted fish fries and water; the weighing device is used for weighing the weight of the fish fries and the water; and the oxygen-charging device is used for charging oxygen for the fish fries in a fish fry containing barrel and the bagged fish fries. The fish fry subpackaging device has the advantages of simple operating method, labor saving (namely one person can sit to operate), high subpackaging speed, high subpackaging quality and low labor intensity, and is suitable for batch subpackaging.
Description
Technical field
This utility model belongs to the packing technique of fry, metering, can, oxygenation that especially can disposable completion fry, the technology of continued operation.
Background technology
At present, the packing of fry uses conventional methods always, promptly in the fry bag, irritates a certain amount of water earlier; Get with noggin then and adorn one bag of used seedling, put in the basin that fills low amounts of water, pour in the bag of dress fry; Extrude the air in the fry bag again; Inject the oxygenation pipe, open the oxygen cylinder switch valve, oxygen is full of the back and closes oxygen, pricks bag.Operation must be in the pond be accomplished with the limit, pond, and whole process needs many people to cooperate step by step to carry out, and wants that transfer location is corresponding to have increased the turnaround time per step.This method amount of labour is big, and labour intensity is high, and elapsed time is long, and is especially difficult to the packing of fry in enormous quantities.
Summary of the invention
For the amount of labour that solves present fry packing is big, labour intensity is high, and elapsed time is long, in enormous quantities the slow drawback of packing; The utility model provides the dispensing apparatus of a kind of fry, and is simple to operate, the pack of the disposable completion fry of ability; Do not receive the restriction in place, take up an area of and lack, can carry out indoor.
The utility model adopts following technical scheme for realizing above-mentioned purpose:
A kind of fry dispenser is characterized in that: it comprises fry meter, fry bagger, meausring apparatus and oxygenating system;
Said fry meter is used to measure fry quantity,
Said fry bagger is used for fry that measures and water are packed together,
Said meausring apparatus is used for the weight of weighing fry and water,
Said oxygenate apparatus is used to the interior fry of dress seedling bucket and the fry oxygenation of pack.
It is further characterized in that: said fry meter comprises dress seedling bucket and variable capacity recorder jar; Connect the variable capacity recorder jar below the said dress seedling bucket; The two is separated by dress seedling bucket switch valve, and said dress seedling bucket switch valve is the float trap that covers at variable capacity recorder jar inlet, and both sides are provided with " T " word bar; Can be along " T " thus the word bar moves up and down and opens or closes valve, make fry flow into the variable capacity recorder jar or close circulation; Said variable capacity recorder jar has inside and outside two layers of walls, and is threaded and rotatable, changes the volume size, is provided with variable capacity recorder jar outlet valve below;
Said fry bagger is positioned under the fry meter, comprises catch basin, catch basin lower through-tube and catch basin lower through-tube valve thereof, the porous funnel of bringing the mouth of a river and delivery port into; Water inlet and delivery port guarantee that catch basin has stable horizontal plane; The porous infundibular stalk can rotate in the catch basin lower through-tube, regulates height, the discharge that increases or reduce to pack; The catch basin lower through-tube is provided with catch basin lower through-tube valve, exports and be connected to the outlet of bagger oxygen hose, forms the pack interface together, and dress seedling bag is added water and oxygenation;
Said meausring apparatus is positioned under the said fry bagger, for having the electronic scale of quantitative warning function;
Said oxygenate apparatus comprises oxygen cylinder, be connected to recorder jar oxygen hose on the variable capacity recorder jar, with outlet of catch basin lower through-tube and the bagger oxygen hose that connects; Be respectively arranged with oxygen control valve and oxygen cylinder control valve on said two oxygen hoses.
Further: said recorder jar oxygen hose control valve, variable capacity recorder jar outlet valve, catch basin lower through-tube valve and bagger oxygen hose control valve are through the control of valve interlocking gear; When recorder jar oxygen hose control valve was opened, variable capacity recorder jar outlet valve, catch basin lower through-tube valve and bagger oxygen hose control valve were closed; When recorder jar oxygen hose control valve is closed constantly, variable capacity recorder jar outlet valve, catch basin lower through-tube valve and bagger oxygen hose control valve are opened.
Preferably: said variable capacity recorder jar volume-adjustment scope is the 200-500 milliliter.
The utility model beneficial effect: this kind method is simple to operate, and that personnel require is few (can a people be seated operation), and packing is fast, divides packing quality high, light labor intensity, suitable large quantities of packing.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the present invention is further specified.
Fig. 1 is the profile profilograph of fry dispenser of the present invention.
Fig. 2 is a fry meter profile profilograph.
Fig. 3 is a fry bagger profile profilograph.
Fig. 4 is a valve interlocking gear principle assumption diagram.
3 electronic scales among the figure, 6 dress seedling buckets, 7 dress seedling bucket switch valves, 8 variable capacity recorder jars, 10 " T " word bar, 13 recorder jar oxygen hoses; 14 variable capacity recorder jar outlet valves, 15 water inlets, 17 catch basins, 18 catch basin lower through-tubes, 19 catch basin lower through-tube valves, 20 pack interfaces; 21 delivery ports, 22 porous funnels, 24 bagger oxygen hoses, 25 oxygen regulating valves, 26 bagger oxygen hose control valves; 27 action bars, 28 oxygen cylinders, 30 switch knobs, 31 bagger oxygen hose control valves, 32 cradle heads.
Embodiment
Like Fig. 1, the metering of fry shown in 2 is to be accomplished by the fry meter.The fry meter is below dress seedling bucket 6, to connect variable capacity recorder jars 8, and the two is separated by dress seedling bucket switch valve 7, switch valve can be at " T " thus word bar 10 moves up and down and opens or closes valve, make fry flow into variable capacity recorder jar 8 or close circulation.Variable capacity recorder jar 8 has inside and outside two layers of walls, and is threaded and rotatable, changes the volume size.Variable capacity recorder jar outlet valve 14 switches below the variable capacity recorder jar 8 and recorder jar oxygen hose control valve 26 switches that are attached thereto have action bars to connect, and accomplish two-way reverse control.Recorder jar oxygen hose 13 is connected on the independent oxygen regulating valve 25 of oxygen cylinder 28, regulates the oxygen flow size through oxygen regulating valve 25.
Like Fig. 1, the pack of fry shown in 3 is to be accomplished by the fry bagger, and said fry bagger is positioned under the fry meter.The fry bagger is made up of catch basin 17, catch basin lower through-tube 18 and the catch basin lower through-tube valve 19 thereof of bringing the mouth of a river 15 and delivery port 21 into, porous funnel 22, pack interface 20 etc.Water inlet 15 guarantees that with delivery port 21 catch basin 17 has stable horizontal plane.Porous funnel 22 handles can rotate in catch basin lower through-tube 18, regulate height, the discharge that increases or reduce to pack.18 outlets of catch basin lower through-tube are with 24 outlets of bagger oxygen hose and connect composition pack interface 20, and dress seedling bag is added water and oxygenation.Lower through-tube valve switch 19 and bagger oxygen hose control valve 26 have action bars to connect, and accomplish two-way control in the same way.Oxygen hose is connected on the independent oxygen regulating valve 25 of oxygen cylinder 28, regulates the oxygen flow size through regulating oxygen cylinder control valve 25.
Meausring apparatus as shown in Figure 1 is positioned under the said fry bagger, is the electronic scale 3 with quantitative warning function.The fry bag is placed on it to carry out can, is the electronic scale warning of sounding when the fry of pack and water weight reach setting value.
Like Fig. 1, the interlocking gear of valve shown in 4, be used to control bagger oxygen hose control valve 31, recorder jar oxygen hose control valve 26, catch basin lower through-tube valve 19 and variable capacity recorder jar outlet valve 14, said valve is a rotary ball valve.The valve interlocking gear is connected with each valve switch with cradle head 32 through action bars 27, accomplishes in the same way simultaneously or reverse control.There are two kinds of I and II switch knob 30 positions.Operating switch handle 30 to position I: recorder jar oxygen hose control valve 26 in opened condition, oxygen backs down dress seedling bucket switch valve 7 to 6 inflations of dress seedling bucket; Variable capacity recorder jar outlet valve 14, catch basin lower through-tube valve 19, bagger oxygen hose control valve 31 are closed condition.At this moment, fry flows into variable capacity recorder jar 8 and is counted, and dress seedling bucket 6 is by oxygenation; The fry bag is pricked envelope after pack interface 20 is finished by can simultaneously.After bundle was sealed, fry was counted completion.Operating switch handle 30 to position II: recorder jar oxygen hose control valve 26 is closed condition, and dress seedling bucket switch valve 7 cuts out; Variable capacity recorder jar outlet valve 14, catch basin lower through-tube valve 19, bagger oxygen hose control valve 31 are in opened condition.At this moment, the fry after the metering flows into porous funnel 22, and the water that catch basin is 17 li flows to through porous funnel 22 apertures and fry flows into the fry bag through pack interface 20, oxygenation simultaneously together.Install back operating switch handle 30 to the position I, prick envelope then, the fry bag is pricked during the envelope, accomplishes above-mentioned fry numeration, fry counting, accomplishes switch knob 30 to position I automatically and operates.Through such repetitive operation, can accomplish the continuous can of fry.
The debugging of fry dispenser:
Before using the fry dispenser is debugged.Open recorder jar oxygen hose control valve 26, regulate oxygen regulating valve 25 sizes, make oxygen can fill out dress seedling bucket switch valve 7; Through relatively rotating between the variable capacity recorder jar 8 inside and outside walls, regulate the size of its volume, confirm the volume ratio of dress seedling bucket 6 and variable capacity recorder jar 8, thereby confirm the quantity of every bag of packing of fry; The adjusting of different batches installation of water through the setting value of adjustment electronic scale, is set every packed quality; Configure the filling time of every bag of fry, the height----of regulating the porous funnel is the discharge size, opens bagger oxygen hose control valve, regulates the oxygen regulating valve size, makes and in the time of setting, accomplishes installation of water and oxygenation capacity.
The fry can:
According to the total amount of fry with by total bag of number of packing, the volume ratio of design dress seedling bucket 6 and variable capacity recorder jar 8.Like total seedling N tail, every packed m tail, volumetric ratio is N/m so.Through relatively rotating between the variable capacity recorder jar 8 inside and outside walls, regulate the size (200-500 milliliter) of its volume, reach the N/m ratio.Pour the fry of want packing into dress seedling bucket 6, add part water constant volume again.Dress seedling bucket switch valve 7 cuts out because of water pressure.
Packing instance one:
According to total amount 1,000,000 tails of fry with by 100 bags of packing, the volumetric ratio 100:1 of design dress seedling bucket and variable capacity recorder jar, 5 kilograms of every packed water yields, every bag of 10 seconds filling time.
Open recorder jar oxygen hose control valve, regulate oxygen cylinder control valve size, make oxygen can fill out dress seedling bucket switch valve; Through relatively rotating between the inside and outside wall of variable recorder jar, regulate the size of its volume, confirm that the volume ratio of dress seedling bucket and variable capacity recorder jar is 100:1, thereby the quantity of confirming every bag of packing of fry is 100 bags; Through the setting value of adjustment electronic scale, set 5 kilograms of every packed quality.The filling time that configures every bag of fry is 10 seconds, and the height----of regulating the porous funnel is the discharge size, opens bagger oxygen hose control valve, regulates the oxygen regulating valve size, makes and in 10 seconds, accomplishes 5 kilograms of installation of water and oxygenation;
Pour the fry of want packing into dress seedling bucket, add part water again and be settled to 50 liters.Through relatively rotating between the inside and outside wall of variable capacity recorder jar, regulate 500 milliliters of the sizes of its volume.Dress seedling bucket switch valve cuts out because of water pressure.
Operating switch handle to position I: recorder jar oxygen hose control valve in opened condition; Variable capacity recorder jar outlet valve, catch basin lower through-tube valve, bagger oxygen hose control valve are closed condition.At this moment, fry flows into recorder jar and is counted, and dress seedling bucket is by oxygenation; The fry bag is pricked envelope after the pack interface is finished by can simultaneously.After bundle was sealed, fry was counted completion.Move switch knob to position II: recorder jar oxygen hose control valve is closed condition, and dress seedling bucket switch valve cuts out; Variable capacity recorder jar outlet valve, catch basin lower through-tube valve, bagger oxygen hose control valve are in opened condition.At this moment, the fry after the metering flows into the porous funnel, and the water in the catch basin flows to through porous funnel aperture and fry flows into the fry bag through the pack interface, oxygenation simultaneously together.Voice announcer newspaper sound when arriving the weight of fry bag setting.Move switch knob to position I after installing, prick envelope then, the fry bag is pricked during the envelope, accomplishes the I operation of switch knob to position automatically.Through such repetitive operation, can accomplish the continuous can of fry.100 bags of cans in 17 minutes finish.
Packing instance two
According to total amount 400,000 tails of fry with by 80 bags of packing, the volumetric ratio 80:1 of design dress seedling bucket and variable capacity recorder jar, 4 kilograms of every packed water yields, every bag of 12 seconds filling time.
Open recorder jar oxygen hose control valve, regulate oxygen cylinder oxygen regulating valve size, make oxygen can fill out dress seedling bucket switch valve; Through relatively rotating between the inside and outside wall of variable capacity recorder jar, regulate the size of its volume, confirm that the volume ratio of dress seedling bucket and variable capacity recorder jar is 80:1, thereby the quantity of confirming every bag of packing of fry is 80 bags; Through the setting value of adjustment electronic scale, set 4 kilograms of every packed quality.The filling time that configures every bag of fry is 12 seconds, and the height----of regulating the porous funnel is the discharge size, opens oxygen hose 2 valves, regulates oxygen cylinder 2 valve size, makes and in 12 seconds, accomplishes 4 kilograms of installation of water and oxygenation;
Pour the fry of want packing into dress seedling bucket, add part water again and be settled to 32 liters.Through relatively rotating between the inside and outside wall of variable capacity recorder jar, regulate 400 milliliters of the sizes of its volume.Dress seedling bucket switch valve cuts out because of water pressure.
Operating switch handle to position I: recorder jar oxygen hose control valve in opened condition; Variable capacity recorder jar outlet valve, catch basin lower through-tube valve, bagger oxygen hose control valve are closed condition.At this moment, fry flows into recorder jar and is counted, and dress seedling bucket is by oxygenation; The fry bag is pricked envelope after the pack interface is finished by can simultaneously.After bundle was sealed, fry was counted completion.Move switch knob to position II: recorder jar oxygen hose control valve is closed condition, and dress seedling bucket switch valve cuts out; Variable capacity recorder jar outlet valve, catch basin lower through-tube valve, bagger oxygen hose control valve are in opened condition.At this moment, the fry after the metering flows into the porous funnel, and the water in the catch basin flows to through porous funnel aperture and fry flows into the fry bag through the pack interface, oxygenation simultaneously together.Voice announcer newspaper sound when arriving the weight of fry bag setting.Move switch knob to position I after installing, prick envelope then, the fry bag is pricked during the envelope, accomplishes the I operation of switch knob to position automatically.Through such repetitive operation, can accomplish the continuous can of fry.80 bags of cans in 16 minutes finish.
Claims (4)
1. fry dispenser, it is characterized in that: it comprises fry meter, fry bagger, meausring apparatus and oxygenating system;
Said fry meter is used to measure fry quantity,
Said fry bagger is used for fry that measures and water are packed together,
Said meausring apparatus is used for the weight of weighing fry and water,
Said oxygenate apparatus is used to the interior fry of dress seedling bucket and the fry oxygenation of pack.
2. a kind of fry dispenser according to claim 1; It is characterized in that: said fry meter comprises dress seedling bucket (6) and variable capacity recorder jar (8); Connect variable capacity recorder jar (8) below the said dress seedling bucket (6); The two is separated by dress seedling bucket switch valve (7), and said dress seedling bucket switch valve (7) is for covering the float trap at variable capacity recorder jar (8) inlet, and both sides are provided with " T " word bar (10); Can be along " T " word bar (10) thus move up and down and open or close valve, make fry flow into variable capacity recorder jar (8) or close circulation; Said variable capacity recorder jar (8) has inside and outside two layers of walls, and is threaded and rotatable, changes the volume size, is provided with variable capacity recorder jar outlet valve (14) below;
Said fry bagger is positioned under the fry meter, comprises catch basin (17), catch basin lower through-tube (18) and catch basin lower through-tube valve (19) thereof, the porous funnel (22) of bringing the mouth of a river (15) and delivery port (21) into; Water inlet (15) and delivery port (21) guarantee that catch basin (17) has stable horizontal plane; Porous funnel (22) handle can rotate in catch basin lower through-tube (18), regulates height, the discharge that increases or reduce to pack; Catch basin lower through-tube (18) is provided with catch basin lower through-tube valve (19), exports and be connected to bagger oxygen hose (24) outlet, forms pack interface (20) together, and dress seedling bag is added water and oxygenation;
Said meausring apparatus is positioned under the said fry bagger, is the electronic scale (3) with quantitative warning function;
The bagger oxygen hose (24) that said oxygenate apparatus comprises oxygen cylinder (28), be connected to recorder jar oxygen hose (13) on the variable capacity recorder jar (8), export and connect with catch basin lower through-tube (18); Be respectively arranged with oxygen control valve (26) (31) and oxygen cylinder control valve (25) on said two oxygen hoses.
3. a kind of fry dispenser according to claim 2 is characterized in that: said recorder jar oxygen hose control valve (26), variable capacity recorder jar outlet valve (14), catch basin lower through-tube valve (19) and bagger oxygen hose control valve (24) are through the control of valve interlocking gear; When recorder jar oxygen hose control valve (26) when opening, variable capacity recorder jar outlet valve (14), catch basin lower through-tube valve (19) and bagger oxygen hose control valve (24) are closed; When recorder jar oxygen hose control valve (26) is closed constantly, variable capacity recorder jar outlet valve (14), catch basin lower through-tube valve (19) and bagger oxygen hose control valve (24) are opened.
4. a kind of fry dispenser according to claim 2 is characterized in that: said variable capacity recorder jar (8) volume-adjustment scope is the 200-500 milliliter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204088738U CN202262324U (en) | 2011-10-25 | 2011-10-25 | Fish fry subpackaging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204088738U CN202262324U (en) | 2011-10-25 | 2011-10-25 | Fish fry subpackaging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202262324U true CN202262324U (en) | 2012-06-06 |
Family
ID=46153137
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011204088738U Withdrawn - After Issue CN202262324U (en) | 2011-10-25 | 2011-10-25 | Fish fry subpackaging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202262324U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102405866A (en) * | 2011-10-25 | 2012-04-11 | 中国水产科学研究院淡水渔业研究中心 | Fry split charging device |
-
2011
- 2011-10-25 CN CN2011204088738U patent/CN202262324U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102405866A (en) * | 2011-10-25 | 2012-04-11 | 中国水产科学研究院淡水渔业研究中心 | Fry split charging device |
| CN102405866B (en) * | 2011-10-25 | 2013-05-15 | 中国水产科学研究院淡水渔业研究中心 | Fry split charging device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120606 Effective date of abandoning: 20130515 |
|
| RGAV | Abandon patent right to avoid regrant |