CN204206929U - At the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt - Google Patents
At the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt Download PDFInfo
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- CN204206929U CN204206929U CN201420637726.1U CN201420637726U CN204206929U CN 204206929 U CN204206929 U CN 204206929U CN 201420637726 U CN201420637726 U CN 201420637726U CN 204206929 U CN204206929 U CN 204206929U
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- soil pick
- dirt
- electric pump
- joint
- received
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Abstract
The utility model discloses dirt at the bottom of bionic movement formula marine culture pond and receive chlorination equipment, it is characterized in that, be made up of the shell of imitative ray build, electric pump sewage sucking system, draining ahead running system, electronic control system four part; Described shell by main ring, vaulted top cover, soil pick-up side panel, receive dirty chassis and sewage disposal brush and form; Described electric pump sewage sucking system is made up of soil pick-up inner disc, screen pack, soil pick-up flexible pipe, electric pump and mozzle; Described draining ahead running system is made up of water conservancy diversion joint, diaphragm valve, jet flow joint and jet pipe; Described electronic control system forms by touching switch, master switch, on-off logic device and internal battery.The utility model combines the features such as end dirt is received, sterilized, autokinetic movement, bionical shell, solves water saving preferably, to the dirty emphasis sterilization problems of biotic influence and the end, manual intervention is few, be conducive to the automatization level improving marine culture.
Description
Technical field
The utility model relates to marine culture technical field, particularly relates to dirt at the bottom of a kind of bionic movement formula marine culture pond and receives chlorination equipment.
Background technology
In recent years, mariculture industry development in China's Coastal Areas is very fast.Batch production seawater high-density intensive culture, while obtaining distinct economic, also faces some health, safe cultivation problems, such as dirty queueing problem at the bottom of high-density breeding pond.The end dirt of culturing pool comes autotomy bait, excreta, biological corpse etc. usually, for preventing germ from growing infection, needs regularly to remove.Although be generally all provided with sewage draining exit in center, pond in the tectonic sieving of existing industrial aquaculture pond, but rely on culturing pool force of circulation also cannot all sweep away residue in water, Certain residues will be deposited in bottom culturing pool, easily grows germ, forms health hazard to aquaculture organism.
At present, the existing design some patents disclosing part sewage suction device.Such as, patent " electric sewage suction device for factory farming ", the patent No. 201010264506. 5, discloses a kind of two electronic sewage suction device of rotating disk; Patent " Industrialized culture energy-saving filth suction device ", the patent No. 201010264511.6, discloses a kind of method that roller bearing siphon is removed contamination.These patented methods all employ siphon principle by dirty for end suction to outside culturing pool, have certain energy-saving effect.But from actual effect, still there are following some shortcomings in these patented methods: one is device by dirty for end suction to outside pond, need socket blowdown flexible pipe, when sewage suction device moves back and forth, this root blowdown flexible pipe also moves around in water, constantly stir water body, the normal activity rule of aquaculture organism certainly will be disturbed; Two is siphon blowdown methods the end of by, dirt is removed while, and also siphoned away the part culturing pool water yield, because culturing pool is from the clean unit in aquaculture water circulating treating system, the loss of culturing pool certainly will increase the weight of live load and the purification drug consumption of clean unit; Three is that some germs are easily grown in dirt at the bottom of culturing pool, has potential hazard to aquaculture organism, and the now conventional water surface sprays the method for the pre-disease prevention of liquid medicine, does not consider that germ is uneven in spatial distribution, especially in the situation that end pollution layer is easily multiplied.Therefore, the problem that culturing pool blowdown apparatus is necessary to consider water saving, sterilize to emphasis at the bottom of biotic influence and pond is designed.
Have many fish builds special in marine organisms, parade action is light and handy.Such as, ray, is commonly called as " devil fish ", and build is partially flat roomy, is good at row of crawling, is not easily discovered by other biology; Fish mouth is roomy, is beneficial to and engulfs food.These biological characteristics have well enlightenment and reference function to improvement culturing pool sewage suction device.
Summary of the invention
For existing marine culture pond sewage suction device water saving, to biotic influence and the problem such as end dirt sterilization is not enough, the utility model provides dirt at the bottom of a kind of bionic movement formula marine culture pond to receive chlorination equipment.
Technical scheme described in the utility model is: at the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt, it is characterized in that, is made up of the shell of imitative ray build, electric pump sewage sucking system, draining ahead running system, electronic control system four part; Described shell by main ring, vaulted top cover, soil pick-up side panel, receive dirty chassis and sewage disposal brush and form, described vaulted top cover and described main ring side interlock, described soil pick-up side panel is bowl-shape, the rim of a bowl side and described main ring opposite side interlock, bowl side, the end and described dirty chassis of receiving interlock, and described soil pick-up side panel has multiple soil pick-up notch, and each soil pick-up notch is wide flat, inside have some parting beads, described sewage disposal brush is arranged in described dirty chassis outer surface of receiving; Described electric pump sewage sucking system is made up of soil pick-up inner disc, screen pack, soil pick-up flexible pipe, electric pump and mozzle, described screen pack is arranged on inside the central water outlet mouth of described soil pick-up inner disc, the water inlet of described electric pump is connected by described soil pick-up flexible pipe with the central water outlet mouth of described soil pick-up inner disc, and the delivery port of described electric pump is connected with described mozzle; Described draining ahead running system is made up of six admittance stream joints, diaphragm valve, four-way jet flow joint and jet pipe, the water inlet of six described admittance stream joints is connected with described mozzle, the delivery port that water inlet and the six described admittance streams of described diaphragm valve save is connected, the water inlet that delivery port and the described four-way jet flow of described diaphragm valve save is connected, and the delivery port that described jet pipe and described four-way jet flow save is connected; Described electronic control system forms by touching switch, master switch, on-off logic device and internal battery, described touching switch is connected with described on-off logic device input port, the delivery outlet of described on-off logic device is connected with the power end of described diaphragm valve, and described master switch is connected between described internal battery and other electronic device.
Further, described soil pick-up inner disc flare, horn mouth side is connected with inside described shell soil pick-up side panel the rim of a bowl downwards, and center osculum is upwards connected with the water inlet of described electric pump by described soil pick-up flexible pipe.
Further, the through hole that six described admittance streams save relative two sides is cylindrical, and each through hole has joint to pacify to connect flexible pipe, also can screw and continues to employ with closing joint.
Further, described four-way jet flow joint is go out connectivity structure into three, and each joint all can be pacified and connect flexible pipe, also can screw and continues to employ with closing joint.
Further, this device is powered by described internal battery, and described electric pump is direct current generator.
Further, described on-off logic device realizes connection between constrained input port or opening operation according to arranging of logical table.
Further, this device can be accessed by disinfectant injection member, and the joint saved by disinfecting drug passage flexible pipe and six described admittance streams by disinfecting drug container and micropump is connected.
Operation principle of the present utility model is: this device is pre-charged to accumulator by external charger before using.During use, press the master switch on the vaulted top cover of crust of the device, device powers on, and is dived to be put into bottom culturing pool by device and starts working.Electric pump by culturing pool by the soil pick-up notch inspiration device on described shell soil pick-up side panel, again along described tubaeform soil pick-up inner disc upwards by screen pack and soil pick-up flexible pipe inspiration electric pump, then along described mozzle, six admittance stream joints, diaphragm valve, flow in four-way jet flow joint, finally from the interface jet flow of jet pipe and shell main ring to culturing pool.Rely on the reaction force of jet pipe water outlet, whole device be pushed forward into.After device motion is got up, be arranged on shell and receive the sewage disposal brush of dirty chassis outer surface and start to clear up end dirt, the dirt floated constantly is sucked in device by described shell soil pick-up side panel.Above cyclic process goes round and begins again, and whole device just achieves the function of soil pick-up at the volley.After dirt is inhaled into device, in being moved up by tubaeform soil pick-up inner disc, be filtered net interception, be deposited on screen pack downside gradually, a part is piled up dirt and is fallen at Gravitative Loads and receive dirty chassis, plays dirt on earth and receives.When device moves under the effect of draining recoil strength, when touching pool wall or other barrier, on main ring, corresponding touching switch is extruded, on off state changes, according to the logical table arranged in advance, the diaphragm valve of original conducting is closed, the diaphragm valve closed on touched switch is opened, electric pump water out is just gone out by jet flow from the jet pipe closed on touched switch, thus automatically change the device direction of motion, make device leave pool wall or barrier, thus realize autokinetic movement barrier avoiding function.When the shelling machine of imitative fish profile also makes device move under water, resistance is less, and whole device is pressed close at the bottom of pond and moved at a slow speed, less on aquaculture organism impact.If when needing configuration disinfectant to carry out emphasis sterilization to end dirt, disinfectant enters six admittance streams by described disinfecting drug container and micropump by described disinfecting drug passage flexible pipe and saves, after the filtered water dilution that electric pump 10 is discharged, pass through flow-guiding channel, finally enter bottom Chi Shui from described jet pipe 15, thus realize the function to the dirty emphasis sterilization in the end.Remove contamination after end-of-job, device is shifted out culturing pool, close master switch, open and receive dirty chassis, remove dirt, by soil pick-up side panel and notch, receive dirty chassis, soil pick-up inner disc and screen pack and clean up, then close and receive dirty chassis and can reuse.
The beneficial effects of the utility model are embodied in: device combines that end dirt is received, sterilized, the feature such as autokinetic movement, bionical shell, solve water saving preferably, to the dirty emphasis sterilization problems of biotic influence and the end, manual intervention is few, is conducive to the automatization level improving marine culture.
Accompanying drawing explanation
Fig. 1 is device of the present utility model composition schematic diagram.
Fig. 2 is crust of the device bottom plan view of the present utility model.
Fig. 3 is internal diversion channel design schematic diagram of the present utility model.
Fig. 4 is electronic control system of the present utility model composition schematic diagram.
Fig. 5 is on-off logic device input/output switching logical table of the present utility model.
Fig. 6 is the three-dimensional shape schematic diagram of soil pick-up inner disc of the present utility model.
Fig. 7 is water stream channel in the touched rear device of touching switch k1 or k2 of the present utility model and the device direction of motion.
Fig. 8 is water stream channel in the touched rear device of touching switch g1 of the present utility model and the device direction of motion.
Be labeled as in figure: main ring 1; Vaulted top cover 2; Soil pick-up side panel 3; Receive dirty chassis 4; Sewage disposal brush 5; Soil pick-up notch 6; Soil pick-up inner disc 7; Screen pack 8; Soil pick-up flexible pipe 9; Electric pump 10; Mozzle 11; Six admittance stream joints 12; Diaphragm valve 13(R1 ~ R4); Jet flow joint 14; Jet pipe 15; Touching switch 16(k1 ~ k2, g1 ~ g4); Master switch 17; Logical device 18; Internal battery 19; Dirt 20; Disinfecting drug passage flexible pipe 21; Disinfecting drug container and micropump 22.
Embodiment
Below in conjunction with embodiment, the utility model is described in further detail.
Embodiment one: the device not with sterilizing function.
With reference to Fig. 1 ~ 8, the device that the present embodiment one adopts, is made up of the shell of imitative ray build, electric pump sewage sucking system, draining ahead running system, electronic control system four part; Described shell by main ring 1, vaulted top cover 2, soil pick-up side panel 3, receive dirty chassis 4 and sewage disposal brush 5 and form, described vaulted top cover 2 interlocks with described main ring 1 side, described soil pick-up side panel 3 is in bowl-shape, the rim of a bowl side and described main ring 1 opposite side interlock, bowl side, the end and described dirty chassis 4 of receiving interlock, and described soil pick-up side panel 3 has multiple soil pick-up notch 6, and each soil pick-up notch 6 is in wide flat, inside have some parting beads, described sewage disposal brush 5 is arranged in described dirty chassis 4 outer surface of receiving; Described electric pump sewage sucking system is made up of soil pick-up inner disc 7, screen pack 8, soil pick-up flexible pipe 9, electric pump 10 and mozzle 11, described screen pack 8 is arranged on inside the central water outlet mouth of described soil pick-up inner disc 7, the water inlet of described electric pump 10 is connected by described soil pick-up flexible pipe 9 with the central water outlet mouth of described soil pick-up inner disc 7, and the delivery port of described electric pump 10 is connected with described mozzle 11; Described draining ahead running system is made up of six admittance streams joints 12, diaphragm valve 13, four-way jet flow joint 14 and jet pipe 15, the water inlet of six described admittance stream joints 12 is connected with described mozzle 11, the delivery port that water inlet and the six described admittance streams of described diaphragm valve 13 save 12 is connected, the water inlet that delivery port and the described four-way jet flow of described diaphragm valve 13 save 14 is connected, and the delivery port that described jet pipe 15 and described four-way jet flow save 14 is connected; Described electronic control system is by touching switch 16(k1 ~ k8, g1 ~ g4), master switch 17, on-off logic device 18 and internal battery 19 form, described touching switch k1 ~ k8, g1 ~ g4 are connected with described on-off logic device 18 input port, the delivery outlet of described on-off logic device 18 is connected with the power end of described diaphragm valve R1 ~ R4, and described master switch 17 is connected between described internal battery 19 and other electronic device.
Described soil pick-up inner disc 7 flare, horn mouth side is connected with inside described shell soil pick-up side panel 3 the rim of a bowl downwards, and center osculum is upwards connected with the water inlet of described electric pump 10 by described soil pick-up flexible pipe 9.
The through hole on described six admittance streams joint 12 relative two sides is cylindrical, and each through hole has joint to pacify to connect flexible pipe; The present embodiment one only uses wherein five joints, the 6th joint need not, screw with closing joint.
Described four-way jet flow joint 14 is go out connectivity structure into three, goes out joint and all pacifies and connect described jet pipe.
This device is powered by described internal battery 19, and described electric pump 10 is direct current generator.
The described logical table of on-off logic device according to Fig. 5 arranges and realizes connection between constrained input port or opening operation.
The working method of the present embodiment one is: before use, the vaulted top cover 2 of device for opening, uses external charger to charge to internal battery 19.After rushing sufficient electricity, close vaulted top cover 2, and by the master switch 17 on the vaulted top cover of lower casing, device powers on, and dived to be put into bottom culturing pool by device and start working.Culturing pool passes through in the soil pick-up notch 6 inspiration device on the soil pick-up side panel 3 of shell by electric pump 10, upwards pass through in screen pack 8 and soil pick-up flexible pipe 9 inspiration electric pump 10 along tubaeform soil pick-up inner disc 7 again, then along mozzle 11, six admittance stream joint 12, diaphragm valve 13, flow in four-way jet flow joint 14, finally from jet pipe 15 jet flow to culturing pool.Rely on the reaction force of jet pipe 15 water outlet, whole device is reversed propelling.After device motion is got up, be arranged on shell and receive the sewage disposal brush 5 of dirty chassis 4 outer surface and start to clear up at the bottom of culturing pool dirty, the dirt floated by shell soil pick-up side panel 3 by constantly inspiration device.Above cyclic process goes round and begins again, and whole device just achieves the function of soil pick-up at the volley.After dirt is inhaled into device, in being moved up by tubaeform soil pick-up inner disc 7, be filtered net 8 and tackle, be deposited on screen pack 8 downside gradually, part accumulation dirt 20 falls at Gravitative Loads to be received in dirty chassis 4.When device moves under the effect of draining recoil strength, when touching pool wall or other barrier, on main ring 1, corresponding touching switch 16 is extruded, on off state changes, according to the logical table arranged in advance, the diaphragm valve of original conducting is closed, the diaphragm valve closed on touched switch is opened, electric pump water out is just gone out by jet flow from the jet pipe closed on touched switch, thus automatically change the device direction of motion, make device leave pool wall or barrier, thus realize autokinetic movement barrier avoiding function.Remove contamination after end-of-job, device is shifted out culturing pool, close master switch 17, open and receive dirty chassis 4, dirt 20 will be removed, by soil pick-up side panel 3 and notch 6, receive dirty chassis 4, soil pick-up inner disc 7 and screen pack 8 and clean up, then close and receive dirty chassis 4 and can reuse.
Embodiment two: the device of band sterilizing function.
The device basic structure that embodiment two adopts is with embodiment one, increase disinfecting drug passage flexible pipe 21 and disinfecting drug container and micropump 22, the 6th joint that disinfecting drug container saves 12 with micropump 22 by disinfecting drug passage flexible pipe 21 and six admittance streams is connected.During device work, disinfectant enters six admittance streams by disinfecting drug container and micropump 22 by disinfecting drug passage flexible pipe 21 and saves 12, after the filtered water dilution that electric pump 10 is discharged, pass through flow-guiding channel, finally enter bottom Chi Shui from jet pipe 15, thus realize the function to the dirty emphasis sterilization in the end.
Content described in this specification embodiment is only enumerating the way of realization that the utility model is conceived; protection domain of the present utility model should not be regarded as being only limitted to the concrete form that embodiment is stated, protection domain of the present utility model also and conceive the equivalent technologies means that can expect according to the utility model in those skilled in the art.
Claims (7)
1. at the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt, it is characterized in that, is made up of the shell of imitative ray build, electric pump sewage sucking system, draining ahead running system, electronic control system four part; Described shell by main ring, vaulted top cover, soil pick-up side panel, receive dirty chassis and sewage disposal brush and form, described vaulted top cover and described main ring side interlock, described soil pick-up side panel is bowl-shape, the rim of a bowl side and described main ring opposite side interlock, bowl side, the end and described dirty chassis of receiving interlock, and described soil pick-up side panel has multiple soil pick-up notch, and each soil pick-up notch is wide flat, inside have some parting beads, described sewage disposal brush is arranged in described dirty chassis outer surface of receiving; Described electric pump sewage sucking system is made up of soil pick-up inner disc, screen pack, soil pick-up flexible pipe, electric pump and mozzle, described screen pack is arranged on inside the central water outlet mouth of described soil pick-up inner disc, the water inlet of described electric pump is connected by described soil pick-up flexible pipe with the central water outlet mouth of described soil pick-up inner disc, and the delivery port of described electric pump is connected with described mozzle; Described draining ahead running system is made up of six admittance stream joints, diaphragm valve, four-way jet flow joint and jet pipe, the water inlet of six described admittance stream joints is connected with described mozzle, the delivery port that water inlet and the six described admittance streams of described diaphragm valve save is connected, the water inlet that delivery port and the described four-way jet flow of described diaphragm valve save is connected, and the delivery port that described jet pipe and described four-way jet flow save is connected; Described electronic control system forms by touching switch, master switch, on-off logic device and internal battery, described touching switch is connected with described on-off logic device input port, the delivery outlet of described on-off logic device is connected with the power end of described diaphragm valve, and described master switch is connected between described internal battery and other electronic device.
2. at the bottom of bionic movement formula marine culture pond according to claim 1, chlorination equipment is received in dirt, it is characterized in that, described soil pick-up inner disc flare, horn mouth side is connected with inside described shell soil pick-up side panel the rim of a bowl downwards, and center osculum is upwards connected with the water inlet of described electric pump by described soil pick-up flexible pipe.
3. at the bottom of bionic movement formula marine culture pond according to claim 1, chlorination equipment is received in dirt, it is characterized in that, the through hole that six described admittance streams save relative two sides is cylindrical, and each through hole has joint to pacify to connect flexible pipe, also can screw and continues to employ with closing joint.
4. at the bottom of bionic movement formula marine culture pond according to claim 1, chlorination equipment is received in dirt, it is characterized in that, described four-way jet flow joint is go out connectivity structure into three, and each joint all can be pacified and connect flexible pipe, also can screw and continues to employ with closing joint.
5. at the bottom of bionic movement formula marine culture pond according to claim 1, chlorination equipment is received in dirt, and it is characterized in that, this device is powered by described internal battery, and described electric pump is direct current generator.
6. at the bottom of bionic movement formula marine culture pond according to claim 1, chlorination equipment is received in dirt, it is characterized in that, described on-off logic device realizes connection between constrained input port or opening operation according to arranging of logical table.
7. at the bottom of bionic movement formula marine culture pond according to claim 1, chlorination equipment is received in dirt, and it is characterized in that, this device can be accessed by disinfectant injection member, and the joint that disinfecting drug is saved by flexible pipe and six described admittance streams is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420637726.1U CN204206929U (en) | 2014-10-31 | 2014-10-31 | At the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420637726.1U CN204206929U (en) | 2014-10-31 | 2014-10-31 | At the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt |
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| Publication Number | Publication Date |
|---|---|
| CN204206929U true CN204206929U (en) | 2015-03-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420637726.1U Withdrawn - After Issue CN204206929U (en) | 2014-10-31 | 2014-10-31 | At the bottom of bionic movement formula marine culture pond, chlorination equipment is received in dirt |
Country Status (1)
| Country | Link |
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| CN (1) | CN204206929U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104304153A (en) * | 2014-10-31 | 2015-01-28 | 泰顺派友科技服务有限公司 | Bionic movement type bottom fouling absorbing and accommodating disinfection device for factory-like marine culture ponds |
-
2014
- 2014-10-31 CN CN201420637726.1U patent/CN204206929U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104304153A (en) * | 2014-10-31 | 2015-01-28 | 泰顺派友科技服务有限公司 | Bionic movement type bottom fouling absorbing and accommodating disinfection device for factory-like marine culture ponds |
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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: 20150318 Effective date of abandoning: 20160817 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |