CN204350869U - High pressure Geldart-D particle intensive culture device - Google Patents
High pressure Geldart-D particle intensive culture device Download PDFInfo
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- CN204350869U CN204350869U CN201420721348.5U CN201420721348U CN204350869U CN 204350869 U CN204350869 U CN 204350869U CN 201420721348 U CN201420721348 U CN 201420721348U CN 204350869 U CN204350869 U CN 204350869U
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- feeding
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Abstract
The utility model discloses high pressure Geldart-D particle intensive culture device, comprise the intensive culture case assembly being connected with water circulation treatment device through water inlet pipe and outlet pipe, also having can to the feeding device of this intensive culture box Geldart-D particle feed, wherein: intensive culture case assembly contains can the box body that stacks of stacking; Feeding device comprises the feed house steward be arranged near intensive culture box; The initial end of feed house steward is provided with blower fan and quantitative feeding bucket; Feed house steward also has arc branch road; Feed house steward is provided with bait throwing in along intensive culture case assembly and is in charge of; Bait throwing in is provided with discoid tool fixing leaf jaggy in being in charge of; Fixing leaf is provided with the pivoting leaf closing or open fixing leaf breach in a rotative pattern; Pivoting leaf immediate vicinity is provided with the catch bar that can promote pivoting leaf and rotate; Inner feed house steward can hold intelligent bait-feeding controller just, and can slide through therein; Intelligence bait-feeding controller energy adhesive catch bar is with opening and closing pivoting leaf.By the intelligent bait-feeding controller slided in feed house steward, the pivoting leaf be in charge of of the corresponding bait throwing in of opening and closing, can reach the effect of intelligent high pressure Geldart-D particle pellet bait throwing in as required.Thus the utility model have save equipment configuration cost, throw something and feed precisely, not easily get stuck at a high speed, intelligence degree is high, be convenient to safeguard, be suitable for throwing something and feeding on a large scale, the advantage of convenient management.
Description
Technical field
The utility model relates to a kind of intensive automation bait throwing in aquatic product culture device, particularly relates to high pressure Geldart-D particle intensive culture device.
Background technology
At present, China's aquaculture production mainly uses artificial bait throwing in.There is the shortcomings such as labour intensity is large, feeding is uneven, the difficult control of daily ration, feeding quantity in artificial bait throwing in, and easily causes bait too much residual, and long-term artificial bait throwing in easily makes bait throwing in water environment worsen.And the simple and easy device for feeding fish bait of mechanical type that the existing device for feeding fish bait of China mainly uses in small-sized pond culture.This kind of device for feeding fish bait exists that bad timing is true, reliability is low mostly, bait throwing in and intermittent time arrange unreasonable, bait throwing in apart from the shortcomings such as non-adjustable, bait loss is high, storing amount is little.Traditional artificial Sinl'Perca chuatsT and existing simple and easy device for feeding fish bait all cannot meet the needs of China's aquaculture scale, modernization, automation development.Along with the fast development of China's deep water mesh cage, deep-water net cage culture is expanded to-15m with deepwater field, and single cage culture water body also expands further.At present, deep-water net cage culture generally uses pellet, and be a dead lift and throwing something and feeding substantially, this just increases labour intensity, also reduces operating efficiency simultaneously.So, need remote automatic dispenser as the auxiliary facility of deep-water net cage culture.Current remote automatic dispenser mainly adopts conveying mode by low pressure principle to carry out bait throwing in, is transported in net cage after the air stream that bait and air supply system produce mixes by feeding pipe.If remote automatic dispenser will carry out bait throwing at regular time and quantity to multiple target water body, remote automatic dispenser is then needed to automatically switch different feeding pipes, thus realizing mechanization and the intellectuality of New Feeder for Deep Sea Cages, this is that existing remote automatic dispenser cannot realize.Prior art is as Chinese invention patent application " a kind of distributor of remote automatic dispenser ", publication No. CN 101491230 B, disclose a kind of distributor of remote automatic dispenser, comprise casing, feeding device, drive unit and drawing mechanism, feeding device, drive unit and drawing mechanism are all fixedly mounted on casing; Described casing is also provided with a charging aperture and at least two discharging openings, feeding device is arranged on the charging aperture place on casing, and drawing mechanism is arranged on the discharge outlet on casing; Drive unit is connected with feeding device, thus drives feeding device rotate and feeding device is connected with one of them discharging opening.The distributor of this utility model can switch multiple feeding pipe, thus can carry out bait throwing at regular time and quantity to multiple target water body.
Summary of the invention
The purpose of this utility model is to provide a kind of for prior art and saves equipment configuration cost, throw something and feed precisely, not easily get stuck at a high speed, intelligence degree is high, be convenient to safeguard, be suitable for throwing something and feeding on a large scale, the high pressure Geldart-D particle intensive culture device of convenient management.
The utility model solves the problems of the technologies described above adopted technical scheme: high pressure Geldart-D particle intensive culture device, comprise the intensive culture case assembly being connected with water circulation treatment device through water inlet pipe and outlet pipe, also having can to the feeding device of this intensive culture box Geldart-D particle feed, wherein: intensive culture case assembly contains can the box body that stacks of stacking; Feeding device comprises the feed house steward be arranged near intensive culture box; The initial end of feed house steward is provided with blower fan and quantitative feeding bucket; Feed house steward also has arc branch road; Feed house steward is provided with bait throwing in along intensive culture case assembly and is in charge of; Bait throwing in is provided with discoid tool fixing leaf jaggy in being in charge of; Fixing leaf is provided with the pivoting leaf closing or open fixing leaf breach in a rotative pattern; Pivoting leaf immediate vicinity is provided with the catch bar that can promote pivoting leaf and rotate; Inner feed house steward can hold intelligent bait-feeding controller just, and can slide through therein; Intelligence bait-feeding controller energy adhesive catch bar is with opening and closing pivoting leaf.By the intelligent bait-feeding controller slided in feed house steward, the pivoting leaf be in charge of of the corresponding bait throwing in of opening and closing, can reach the effect of intelligent high pressure Geldart-D particle pellet bait throwing in as required.
For optimizing technique scheme, the measure taked also comprises: intensive culture case assembly contains the box body that energy stacking stacks; Feeding device comprises the feed house steward be arranged near intensive culture box; The initial end of feed house steward is provided with blower fan and quantitative feeding bucket; Feed house steward also has arc branch road; Feed house steward is provided with bait throwing in along intensive culture case assembly and is in charge of; Bait throwing in is provided with discoid tool fixing leaf jaggy in being in charge of; Fixing leaf is provided with the pivoting leaf closing or open fixing leaf breach in a rotative pattern; Pivoting leaf immediate vicinity is provided with the catch bar that can promote pivoting leaf and rotate; Inner feed house steward can hold intelligent bait-feeding controller just, and can slide through therein; Intelligence bait-feeding controller energy adhesive catch bar is with opening and closing pivoting leaf.By the intelligent bait-feeding controller slided in feed house steward, the pivoting leaf be in charge of of the corresponding bait throwing in of opening and closing, can reach the effect of intelligent high pressure Geldart-D particle pellet bait throwing in as required.Pivoting leaf immediate vicinity has the column spinner running through and be arranged on fixing leaf central through hole; Column spinner has the spigot surface of radial skew or tangential tilt; Column spinner side is shaped with gathering sill; Catch bar has the promotion face that can be slidably matched with spigot surface near spigot surface place; The spacing shell be connected on fixing leaf is arranged with outside catch bar; The guiding raised line matched with gathering sill is provided with inside spacing shell.Square adhesive bar can be adopted to coordinate gag lever post also to adopt square hole, to stop the rotation of catch bar.By being slidably matched of the promotion face of catch bar and both spigot surfaces of column spinner, pivoting leaf to be rotated a certain angle switching state between opening and closing by unidirectional single.Such as promote to face toward pivoting leaf one lateral movement, radial push pivoting leaf, and promote spigot surface and rotate certain angle, then under pivoting leaf radial direction replys the effect of position, the guiding raised line of spacing shell slips into next gathering sill, thus completes and once rotate.The promotion post side of catch bar has stopper slot; The guiding raised line matched with stopper slot is provided with inside spacing shell.When not adopting square adhesive bar, cylindrical adhesive bar can be used instead and reach effect same in the mode promoting post side increase stopper slot.The fixing leaf of valve body is also provided with gag lever post; The adhesive boom end of catch bar slides and runs through gag lever post; The part of adhesive bar between fixing leaf and gag lever post is provided with spring.Spring produces restoring force to the slip of catch bar.The end of catch bar is connected with magnetic clasp; Magnetic clasp is iron or with magnet; Pivoting leaf has scarf.Magnetic clasp can be iron, and the corresponding electromagnetic actuation that adopts is as driving force.Magnetic clasp can be magnet, adopts the variable mode adhesive of magnetic pole or repel to produce two-way driving force as required, to save spring members.Fixing leaf and scarf joint are tight fit, thus have better air-tightness, effectively adapt to higher Geldart-D particle pressure.Intelligence bait-feeding controller contains the front axle and rear axle that connect through connection spring; The front end of front axle is connected with leather cup; Leather cup is also connected with the rollered front slide assembly of the coaxial setting with front axle; Energy bait-feeding controller has the bait throwing in Control Component containing electromagnet; Rear shaft end is connected with the rear slide assemblies being provided with pulley; The side of front slide assembly and bottom are shaped with the front ventilative gap of indent; Front slide assembly is provided with RF inductor; Intensive culture box is provided with RFID near the bait throwing in place of being in charge of.Front axle connects rear axle through connecting spring, and whole device can be made freely to advance in pipeline feed inner manifold, even if there is a little bend also can pass bend by spring deformation.But place is in charge of in the bait throwing in advancing to feed house steward, RF inductor reads and is positioned at bait throwing in and is in charge of neighbouring RFID label tag, and pulley stops by front slide assembly, and now electromagnet is positioned near pivoting leaf just.Electromagnet starts after reading RFID signal, thus is opened by corresponding pivoting leaf, and now because of Geldart-D particle cause, pellet is sent to corresponding bait throwing in and is in charge of thus reaches automatically throwing something and feeding of bait.The initial end of feed house steward is connected with fan blower, is also provided with quantitative feeding bucket near fan outlet side.The setting of blower fan and quantitative feeding bucket can with reference to the patent document about granule materials Geldart-D particle, and as " new type of continuous dense-phase pneumatic conveying device ", publication No. CN103213845A, does not repeat them here.This device only needs the wind-force of fan blower to provide driving power, also as required, can increase electric assembly inner at device, and then increase bait fed distance further.Box body open top, box body side is provided with the flap valve of the folding upward through gemel connection; Box body upper edge hole is shaped with outlet pipe holddown groove and water inlet pipe holddown groove, and water pipe holddown groove can as required in set out water pipe, water inlet pipe holddown groove is provided with the water inlet pipe paralleled with outlet pipe; There is bottom box body the ditch to water pipe holddown groove lopsidedness, and near the end in this ditch, there is osculum; Osculum can connect water level management pipe as required; Box body side vertical direction is shaped with the reinforcement of evagination, and has shop bolt near the downside end of this reinforcement; The nearly pipeline of outlet pipe connects water circulation treatment facility; Water circulation treatment facility end connects water inlet pipe through another pipeline.Box body owing to there is shop bolt bottom it, therefore, can be stacking one by one from bottom to top, and shop bolt and reinforcement are in vertical direction, therefore, reinforcement, while reinforcement single cartridge bodies structural strength, can improve stacking stability.The flap valve of folding can avoid the mouth of pipe that feeds intake upward, in order to avoid affect NMO normal manual operation.Dirt can be concentrated on the side of box body by the osculum near the end in ditch, unified cleaning after being convenient to receive.Water circulation treatment device can refer to relevant textbooks document, does not repeat them here.Box side wall near flap valve has outwardly and that top is unlimited feed notch; Outlet pipe holddown groove and water inlet pipe holddown groove are positioned at the box body side relative with flap valve; Two sides that box body is adjacent with flap valve are shaped with and are parallel to each other and the fixing chute clamped that can be slidably matched; The top of two sides that box body is adjacent with flap valve and bottom all have the support bar turned up.This design can make to be in the taking-up that the box body of piling up the stacked state can be independent and carry out cleaning and changing, and administers and maintains convenient.The feed notch that top is opened wide overcomes the defect of prior art enclosure space, when manually throwing something and feeding bait, can complete bait throwing in when not opening flap valve, also can above this feed notch near pneumatic transport equipment be set carry out mechanical bait throwing in; The exchange of air-flow can also be increased simultaneously, improve the dissolved oxygen defect of prior art.
Due to the utility model have employed that intensive culture case assembly contains can the box body that stacks of stacking; Feeding device comprises the feed house steward be arranged near intensive culture box; The initial end of feed house steward is provided with blower fan and quantitative feeding bucket; Feed house steward also has arc branch road; Feed house steward is provided with bait throwing in along intensive culture case assembly and is in charge of; Bait throwing in is provided with discoid tool fixing leaf jaggy in being in charge of; Fixing leaf is provided with the pivoting leaf closing or open fixing leaf breach in a rotative pattern; Pivoting leaf immediate vicinity is provided with the catch bar that can promote pivoting leaf and rotate; Inner feed house steward can hold intelligent bait-feeding controller just, and can slide through therein; Intelligence bait-feeding controller energy adhesive catch bar is with opening and closing pivoting leaf.By the intelligent bait-feeding controller slided in feed house steward, the pivoting leaf be in charge of of the corresponding bait throwing in of opening and closing, can reach the effect of intelligent high pressure Geldart-D particle pellet bait throwing in as required.Thus the utility model have save equipment configuration cost, throw something and feed precisely, not easily get stuck at a high speed, intelligence degree is high, be convenient to safeguard, be suitable for throwing something and feeding on a large scale, the advantage of convenient management.
Accompanying drawing explanation
Fig. 1 is the utility model embodiment using state perspective view;
Fig. 2 is the utility model embodiment box body perspective view;
Fig. 3 is the utility model embodiment box body side structure schematic diagram;
Fig. 4 is that the utility model embodiment intelligence bait-feeding controller looks up structural representation;
Fig. 5 is the utility model embodiment intelligence bait-feeding controller perspective view;
Fig. 6 is the utility model embodiment bait throwing in critical piece disassemblying structure schematic diagram;
Fig. 7 is the utility model embodiment spool critical piece volume rendering structural representation.
Embodiment
Below in conjunction with attached embodiment, the utility model is described in further detail.
Drawing reference numeral illustrates: front axle 1, leather cup 11, rear axle 2, connect spring 3, rear slide assemblies 4, rear ventilative gap 4a, rear wheel groove 41, rear wheel 42, front slide assembly 5, front ventilative gap 5a, RF antenna 5b, front wheel groove 51, front wheel 52, bait throwing in Control Component 6, electromagnet 61, feed house steward 7, blower fan 7a, quantitative feeding bucket 7b, arc branch road 7c, bait throwing in is in charge of 70, pivoting leaf 71, column spinner 711, spigot surface 711a, gathering sill 711b, scarf 712, fixing leaf 72, gag lever post 73, catch bar 74, adhesive bar 74a, promote post 741, promotion face 741a, stopper slot 741b, spring 742, magnetic clasp 743, spacing shell 75, guiding raised line 75a, intensive culture box 8, box body 81, outlet pipe holddown groove 811, water inlet pipe holddown groove 812, hinge 813, feed notch 814, ditch 815, osculum 816, water level management pipe 816a, shop bolt 817, withdrawing groove 818, flap valve 82, Elastic buckle 821, water circulation treatment device 9, water inlet pipe 9a, outlet pipe 9b.
Embodiment: referring to figs. 1 through Fig. 7, high pressure Geldart-D particle intensive culture device, comprise intensive culture box 8 assembly being connected with water circulation treatment device 9 through water inlet pipe 9a and outlet pipe 9b, also having can to the feeding device of this intensive culture box 8 Geldart-D particle feed, wherein: intensive culture box 8 assembly contains can the box body 81 that stacks of stacking; Feeding device comprises the feed house steward 7 be arranged near intensive culture box 8; The initial end of feed house steward 7 is provided with blower fan 7a and quantitative feeding bucket 7b; Feed house steward 7 also has arc branch road 7c; Feed house steward 7 is provided with bait throwing in along intensive culture box 8 assembly and is in charge of 70; Bait throwing in is in charge of in 70 and is provided with discoid tool fixing leaf 72 jaggy; Fixing leaf 72 is provided with the pivoting leaf 71 closing or open fixing leaf 72 breach in a rotative pattern; Pivoting leaf 71 immediate vicinity is provided with the catch bar 74 that can promote pivoting leaf 71 and rotate; Inner feed house steward 7 can hold intelligent bait-feeding controller just, and can slide through therein; Intelligence bait-feeding controller energy adhesive catch bar 74 is with opening and closing pivoting leaf 71.By the intelligent bait-feeding controller slided in feed house steward 7, the pivoting leaf 71 of 70 is in charge of in the corresponding bait throwing in of opening and closing as required, can reach the effect of intelligent high pressure Geldart-D particle pellet bait throwing in.Pivoting leaf 71 immediate vicinity has the column spinner 711 running through and be arranged on fixing leaf 72 central through hole; Column spinner 711 has the spigot surface 711a of radial skew or tangential tilt; Column spinner 711 side is shaped with gathering sill 711b; Catch bar 74 has the promotion face 741a that can be slidably matched with spigot surface 711a near spigot surface 711a place; The spacing shell 75 be connected on fixing leaf 72 is arranged with outside catch bar 74; The guiding raised line 75a matched with gathering sill 711b is provided with inside spacing shell 75.Square adhesive bar 74a can be adopted to coordinate gag lever post 73 also to adopt square hole, to stop the rotation of catch bar 74.By being slidably matched of the promotion face 741a of catch bar 74 and both spigot surface 711a of column spinner 711, pivoting leaf 71 to be rotated a certain angle switching state between opening and closing by unidirectional single.Such as promote face 741a towards pivoting leaf 71 1 lateral movement, radial push pivoting leaf 71, and promote spigot surface 711a and rotate certain angle, then under pivoting leaf 71 radial direction replys the effect of position, the guiding raised line 75a of spacing shell 75 slips into next gathering sill 711b, thus completes and once rotate.Promotion post 741 side of catch bar 74 has stopper slot 741b; The guiding raised line 75a matched with stopper slot 741b is provided with inside spacing shell 75.When not adopting square adhesive bar 74a, cylindrical adhesive bar 74a can be used instead and reach effect same in the mode promoting post 741 side increase stopper slot 741b.The fixing leaf 72 of valve body is also provided with gag lever post 73; Slide and run through gag lever post 73 in the adhesive bar 74a end of catch bar 74; The part of adhesive bar 74a between fixing leaf 72 and gag lever post 73 is provided with spring 742.The slip of spring 742 pairs of catch bars 74 produces restoring force.The end of catch bar 74 is connected with magnetic clasp 743; Magnetic clasp 743 is iron or with magnet; Pivoting leaf 71 has scarf 712.Magnetic clasp 743 can be iron, and the corresponding electromagnetic actuation that adopts is as driving force.Magnetic clasp 743 can be magnet, adopts the variable mode adhesive of magnetic pole or repel to produce two-way driving force as required, to save spring 742 parts.Fixing leaf 72 is tight fit with scarf 712 joint, thus has better air-tightness, effectively adapts to higher Geldart-D particle pressure.Intelligence bait-feeding controller contains the front axle 1 and rear axle 2 that connect through connection spring 3; The front end of front axle 1 is connected with leather cup 11; Leather cup 11 is also connected with the rollered front slide assembly 5 with the coaxial setting of front axle 1; Energy bait-feeding controller has the bait throwing in Control Component 6 containing electromagnet 61; Rear axle 2 end is connected with the rear slide assemblies 4 being provided with pulley; The side of front slide assembly 5 and bottom are shaped with the front ventilative gap 5a of indent; Front slide assembly 5 is provided with RF inductor 5b; Intensive culture box 8 is in charge of 70 places near bait throwing in and is provided with RFID.Front axle 1 connects rear axle 2 through connecting spring 3, and whole device can be made to advance at pipeline feed house steward 7 internal freedom, even if there is a little bend also can pass bend by spring deformation.But 70 places are in charge of in the bait throwing in advancing to feed house steward 7, RF inductor 5b reads and is positioned at bait throwing in and is in charge of RFID label tag near 70, and pulley stops by front slide assembly 5, and now electromagnet 61 is positioned near pivoting leaf 71 just.Electromagnet 61 starts after reading RFID signal, thus is opened by corresponding pivoting leaf 71, and now because of Geldart-D particle cause, pellet is sent to corresponding bait throwing in and is in charge of 70 thus reaches automatically throwing something and feeding of bait.The initial end of feed house steward 7 is connected with fan blower, is also provided with quantitative feeding bucket 7b near blower fan 7a air outlet side.The setting of blower fan 7a and quantitative feeding bucket 7b can with reference to the patent document about granule materials Geldart-D particle, and as " new type of continuous dense-phase pneumatic conveying device ", publication No. CN103213845A, does not repeat them here.This device only needs the wind-force of fan blower to provide driving power, also as required, can increase electric assembly inner at device, and then increase bait fed distance further.Box body 81 open top, box body 81 side is provided with the flap valve 82 of the folding upward connected through hinge 813; Box body 81 upper edge hole is shaped with outlet pipe holddown groove 811 and water inlet pipe holddown groove 812, and water pipe holddown groove 811 can as required in set out water pipe 9b, water inlet pipe holddown groove 812 is provided with the water inlet pipe 9a paralleled with outlet pipe 9b; There is bottom box body 81 ditch 815 to water pipe holddown groove 811 lopsidedness, and near the end in this ditch 815, there is osculum 816; Osculum 816 can connect water level management pipe 816a as required; Box body 81 side vertical direction is shaped with the reinforcement of evagination, and has shop bolt 817 near the downside end of this reinforcement; The nearly pipeline of outlet pipe 9b connects water circulation treatment facility; Water circulation treatment facility end connects water inlet pipe 9a through another pipeline.Box body 81 owing to having shop bolt 817 bottom it, therefore, can be stacking one by one from bottom to top, and shop bolt 817 is in vertical direction with reinforcement, therefore, reinforcement, while reinforcement single cartridge bodies 81 structural strength, can improve stacking stability.The flap valve 82 of folding can avoid the mouth of pipe 851c that feeds intake upward, in order to avoid affect NMO normal manual operation.Dirt can be concentrated on the side of box body 81 by the osculum 816 near the end in ditch 815, unified cleaning after being convenient to receive.Water circulation treatment device 9 can refer to relevant textbooks document, does not repeat them here.Box body 81 sidewall near flap valve 82 has outwardly and that top is unlimited feed notch 814; Outlet pipe holddown groove 811 and water inlet pipe holddown groove 812 are positioned at box body 81 side relative with flap valve 82; Two sides that box body 81 is adjacent with flap valve 82 are shaped with and are parallel to each other and the fixing chute 818 clamped that can be slidably matched; The top of two sides that box body 81 is adjacent with flap valve 82 and bottom all have the support bar 819 turned up.This design can make to be in the taking-up that the box body 81 of piling up the stacked state can be independent and carry out cleaning and changing, and administers and maintains convenient.The feed notch 814 that top is opened wide overcomes the defect of prior art enclosure space, when manually throwing something and feeding bait, bait throwing in can be completed when not opening flap valve 82, also can above this feed notch 814 near pneumatic transport equipment be set carry out mechanical bait throwing in; The exchange of air-flow can also be increased simultaneously, improve the dissolved oxygen defect of prior art.
Although describe the utility model in conjunction with preferred embodiment; so itself and be not used to limit the utility model; any those skilled in the art; when not departing from spirit and scope of the present utility model; can implement various change, the displacement of coordinate and amendment here to the theme listed, therefore protection domain of the present utility model be as the criterion when the scope limited depending on proposed claim.
Claims (3)
1. high pressure Geldart-D particle intensive culture device, comprise intensive culture box (8) assembly being connected with water circulation treatment device (9) through water inlet pipe (9a) and outlet pipe (9b), also have and to the feeding device of this intensive culture box (8) Geldart-D particle feed, can it is characterized in that: described intensive culture box (8) assembly contains the box body (81) that energy stacking stacks; Described feeding device comprises the feed house steward (7) be arranged near described intensive culture box (8); The initial end of described feed house steward (7) is provided with blower fan (7a) and quantitative feeding bucket (7b); Described feed house steward (7) also has arc branch road (7c); Described feed house steward (7) is provided with bait throwing in along described intensive culture box (8) assembly and is in charge of (70); Described bait throwing in is in charge of in (70) and is provided with discoid tool fixing leaf (72) jaggy; Described fixing leaf (72) is provided with the pivoting leaf (71) of fixing leaf (72) breach described in closing in a rotative pattern or open; Described pivoting leaf (71) immediate vicinity is provided with the catch bar (74) that the pivoting leaf (71) described in promoting rotates; Described inside feed house steward (7) can hold intelligent bait-feeding controller just, and can slide through therein; The described catch bar (74) described in the adhesive of intelligent bait-feeding controller energy is with the pivoting leaf (71) described in opening and closing.
2. high pressure Geldart-D particle intensive culture device according to claim 1, is characterized in that: described intelligent bait-feeding controller contains the front axle (1) and rear axle (2) that connect through connection spring (3); The front end of described front axle (1) is connected with leather cup (11); Described leather cup (11) is also connected with the rollered front slide assembly (5) with described front axle (1) coaxial setting; Described energy bait-feeding controller has the bait throwing in Control Component (6) containing electromagnet (61); Described rear axle (2) end is connected with the rear slide assemblies (4) being provided with pulley; The side of described front slide assembly (5) and bottom are shaped with the front ventilative gap (5a) of indent; Described front slide assembly (5) is provided with RF inductor (5b); Described intensive culture box (8) is in charge of (70) place near described bait throwing in and is provided with RFID.
3. high pressure Geldart-D particle intensive culture device according to claim 1, it is characterized in that: described box body (81) open top, box body (81) side is provided with the flap valve (82) of the folding upward connected through hinge (813); Described box body (81) upper edge hole is shaped with outlet pipe holddown groove (811) and water inlet pipe holddown groove (812), and described water pipe holddown groove (811) can as required in set out water pipe (9b), described water inlet pipe holddown groove (812) is provided with the water inlet pipe (9a) paralleled with described outlet pipe (9b); Described box body (81) bottom has the ditch (815) to described water pipe holddown groove (811) lopsidedness, and has osculum (816) near the end of this ditch (815); Described osculum (816) can connect water level management pipe (816a) as required; Described box body (81) side vertical direction is shaped with the reinforcement of evagination, and has shop bolt (817) near the downside end of this reinforcement; Water circulation treatment facility described in the nearly pipeline of described outlet pipe (9b) connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420721348.5U CN204350869U (en) | 2014-11-27 | 2014-11-27 | High pressure Geldart-D particle intensive culture device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420721348.5U CN204350869U (en) | 2014-11-27 | 2014-11-27 | High pressure Geldart-D particle intensive culture device |
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| CN204350869U true CN204350869U (en) | 2015-05-27 |
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| CN201420721348.5U Expired - Fee Related CN204350869U (en) | 2014-11-27 | 2014-11-27 | High pressure Geldart-D particle intensive culture device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104381185A (en) * | 2014-11-27 | 2015-03-04 | 浙江海洋学院 | Rapid feeding industrial aquaculture device |
| CN108633807A (en) * | 2018-03-22 | 2018-10-12 | 广州赢未来电子科技有限公司 | It is double for system and its bait throwing in method for supplying oxygen that material type more than single tube multiple spot automates erbia |
| CN109315334A (en) * | 2018-10-17 | 2019-02-12 | 王亚飞 | A kind of high-pressure oxygen-enriched box for breeding of Portunus trituberculatus Miers |
-
2014
- 2014-11-27 CN CN201420721348.5U patent/CN204350869U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104381185A (en) * | 2014-11-27 | 2015-03-04 | 浙江海洋学院 | Rapid feeding industrial aquaculture device |
| CN108633807A (en) * | 2018-03-22 | 2018-10-12 | 广州赢未来电子科技有限公司 | It is double for system and its bait throwing in method for supplying oxygen that material type more than single tube multiple spot automates erbia |
| CN109315334A (en) * | 2018-10-17 | 2019-02-12 | 王亚飞 | A kind of high-pressure oxygen-enriched box for breeding of Portunus trituberculatus Miers |
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