CN105532528B - A kind of boat-carrying snail releasing device - Google Patents
A kind of boat-carrying snail releasing device Download PDFInfo
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- CN105532528B CN105532528B CN201510943503.7A CN201510943503A CN105532528B CN 105532528 B CN105532528 B CN 105532528B CN 201510943503 A CN201510943503 A CN 201510943503A CN 105532528 B CN105532528 B CN 105532528B
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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
Abstract
The invention discloses a kind of boat-carrying snail releasing device, it is desirable to provide a kind of not only labor intensity is low, and releases that uniformity is good, can improve the boat-carrying snail releasing device of the survival rate of snail seed.It includes the column being arranged on hull, can be along the lift platform of column up-down, the batch (-type) on lift platform and below lift platform is arranged on from releasing device and is arranged on hull and through the deck of hull and the vertical separation sleeve of bottom plate, the vertical separation sleeve is located at below lift platform, and batch (-type) may pass through vertical separation sleeve and below hull from releasing device；Batch (-type) determines isolating cylinder, dynamic the first driving impeller for releasing cylinder and being arranged on rotating shaft bar of determining in isolating cylinder is rotatably provided in by rotating shaft bar from what releasing device included that axis horizontal sets, rotating shaft bar overlaps with determining the axis of isolating cylinder, the lateral surface bottom for determining isolating cylinder, which is provided with, determines weif orifice, and a dynamic lateral surface that releases is provided with dynamic weif orifice.
Description
Technical field
The present invention relates to a kind of releasing device, and in particular to a kind of boat-carrying snail releasing device.
Background technology
Snail ocean enhancement releasing refers to snail after artificial propagation nursery is carried out, then releases into the appearance of snail resource
In the natural marine waters of decline, snail Natural Population is recovered, then carry out the fishery mode of rational fishing.
It is after seed is packed that snail, which releases general method, at present, is transported to by cargo ship and releases marine site, then by manually grasping
Make, seed is concentrated and launched in certain marine site.Current this artificial snail, which releases method and often produces to release, too to be collected
The problem of middle so that seed uniformly can not be sowed to seabed, and influences survival rate and the growth of seed, and influence releases effect.
On the other hand, artificial snail releases method not only labor intensity is big, can not in high volume release；And personnel are launching operating process
In by Lidar Equation it may also happen that, certain potential safety hazard be present in overboard phenomenon in addition.
The content of the invention
The invention aims to overcome the deficiencies in the prior art, there is provided and a kind of not only labor intensity is low, and
And release that uniformity is good, the boat-carrying snail releasing device of the survival rate of snail seed can be improved.
The technical scheme is that：
A kind of boat-carrying snail releasing device includes the column being arranged on hull, can be used along the lift platform of column up-down
In the lifting executing agency for moving up and down lift platform, the batch (-type) on lift platform and being located at below lift platform is arranged on certainly
Releasing device and it is arranged on hull and through the deck of hull and the vertical separation sleeve of bottom plate, the vertical separation sleeve is positioned at rising
Drop below stand, the batch (-type) may pass through vertical separation sleeve and below hull from releasing device；The batch (-type) is put certainly
What stream device included that axis horizontal sets determine isolating cylinder, determine in isolating cylinder dynamic is rotatably provided in by rotating shaft bar release cylinder and
The first driving impeller being arranged on rotating shaft bar, the rotating shaft bar overlaps with determining the axis of isolating cylinder, described to determine the outer of isolating cylinder
Side lower, which is provided with, determines weif orifice, and a dynamic lateral surface that releases is provided with dynamic weif orifice.
The boat-carrying snail releasing device of this programme can drive the first drive during hull navigation by the flowing of current
Dynamic wheel rotation, so drive it is dynamic release cylinder rotation, so as to realize it is dynamic release cylinder and often rotate one week, snail of completion releases
（Batch (-type) releases）, thus snail seed can be uniformly discharged in marine site during hull navigation, improve snail
The survival rate of seed.Not only labor intensity is low for the boat-carrying snail releasing device of this programme, and it is good to release uniformity, can improve spiral shell
The survival rate of class seed.
Preferably, being provided with floating connection frame below lift platform, floating connection frame includes being arranged on lift platform simultaneously
The vertical guide rod down extended in vertical separation sleeve, the floating stand that can be lifted along vertical guide rod, is arranged on vertical guide rod
And the upper limit block above floating stand, it is arranged on the lower limit block on vertical guide rod and below floating stand
And the extension spring for being arranged between floating stand and lift platform and floating stand being made up to move, it is described to determine isolating cylinder by
One connecting rod is fixed on below floating stand；It is described to determine to be provided with two pieces of vertical clapboards in isolating cylinder, two pieces of vertical clapboards will calmly every
Inner chamber from cylinder is separated into the cavity of left, center, right three, it is described it is dynamic release cylinder and be located in lumen body, it is described to determine weif orifice and lumen
Body phase connects, and the rotating shaft bar is included positioned at the dynamic left axle bar released on the left of cylinder and positioned at the dynamic right axle bar released on the right side of cylinder, left
Axostylus axostyle is spindle rotationally arranged on vertical clapboard, and one end of left axle bar is fixedly connected with the dynamic left end for releasing cylinder, and the other end stretches into
In left chamber body, the first driving impeller is located in left chamber body, and the first driving impeller is fixed on left axle bar, the fixed isolation
Cylinder lateral surface is provided with the left water inlet mozzle connected with left chamber body phase and left water outlet mozzle；The right axle bar is rotatably set
Put on vertical clapboard, one end of right axle bar, which passes through the dynamic right-hand member for releasing cylinder and stretches into move, to be released in cylinder, and the other end stretches into right chamber
In vivo, and right axle bar and dynamic release can be relatively rotated between cylinder, and dynamic release is provided with parallel with rotating shaft bar stir in cylinder
Bar, and poke rod is connected close to the dynamic medial surface for releasing cylinder, the poke rod by radially directed connecting link with right axle bar；The right side
It is provided with the second driving impeller on axostylus axostyle and in the right chamber body, it is described determine isolating cylinder lateral surface provided with being connected with right chamber body phase
Right water inlet mozzle and right water outlet mozzle；Vertical hush panel, the vertical envelope are provided with the outside of the port of the right water inlet mozzle
Oralia is connected by the second connecting rod with lift platform；When floating stand is resisted against on lower limit block, the vertical envelope
Oralia is positioned at the top of right water inlet mozzle；When floating stand is resisted against on upper limit block, the vertical hush panel and the right side
The port face of water inlet mozzle is set, and vertical hush panel envelope hides the port of right mozzle of intaking.
During snail transports specified marine site, the snail that has part can adsorb to be released on a medial surface dynamic, is led
Absorption releases the snail on a medial surface and can not discharged in marine site dynamic during cause releases；And this programme structure can protect
Card snail effectively solves the above problems while normally release, and absorption is released the snail on a medial surface dynamic and is smoothly put
Flow in marine site.
Preferably, left water inlet mozzle and left water outlet mozzle are horizontally disposed with, and left water inlet mozzle and left water outlet are led
The axis of flow tube and rotating shaft bar are perpendicular, and the port of the left water inlet mozzle is towards fore, the end of the left water outlet mozzle
Mouthful towards stern.
Preferably, right water inlet mozzle and right water outlet mozzle are horizontally disposed with, and right water inlet mozzle and right water outlet are led
The axis of flow tube and rotating shaft bar are perpendicular, and the port of the right water inlet mozzle is towards fore, the end of the right water outlet mozzle
Mouthful towards stern；The vertical hush panel is positioned at the front side of the port of right water inlet mozzle, vertical hush panel and right water inlet water conservancy diversion
The axis perpendicular of pipe.
Preferably, poke rod be provided with it is some release a bristle for inwall extension towards dynamic, and bristle end it is close or
It is resisted against dynamic release on the inwall of cylinder.
Preferably, floating stand is provided with the floating guide pin bushing being engaged with vertical guide rod, and floating guide pin bushing is located at the upper limit
Between position block and lower limit block.
Extend preferably, determining weif orifice along the axis for determine isolating cylinder, the dynamic weif orifice is along the axially extending of rotating shaft bar.
Preferably, lift platform is provided with the lifting guide pin bushing coordinated with column, on the column and positioned at lifting guide pin bushing
Lower section is provided with annular stop projection.
Preferably, lifting executing agency is lift cylinder.
The beneficial effects of the invention are as follows：Not only labor intensity is low, and releases that uniformity is good, can improve snail seed into
Motility rate.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the boat-carrying snail releasing device of the present invention in actual use.
Fig. 2 is the partial enlarged drawing at A in Fig. 1.
Fig. 3 is a kind of cross-sectional view at B-B in Fig. 2.
Fig. 4 is a kind of cross-sectional view at C-C in Fig. 2.
Fig. 5 is another status architecture schematic diagram of the boat-carrying snail releasing device of the present invention in actual use.
Fig. 6 is a kind of cross-sectional view at D-D in Fig. 5.
In figure：Hull 1, vertical separation sleeve 1a, lifting executing agency 2, column 3, annular stop projection 31, lift platform 4,
Lift guide pin bushing 41, floating connection frame 5, vertical guide rod 51, extension spring 52, upper limit block 53, floating stand 54, floating guide pin bushing 55,
Lower limit block 56, head rod 57, batch (-type) from releasing device 6, determine isolating cylinder 61, first drive impeller 62, vertically every
Plate 63, left axle bar 64, determine weif orifice 65, dynamic cylinder 66, dynamic weif orifice 67, right axle bar 68, the radially directed connecting link 610, second of releasing is driven
Movable vane wheel 69, poke rod 611, curved cover plate 612, left water inlet mozzle 613, left water outlet mozzle 614, right water inlet mozzle
615th, right water outlet mozzle 616, vertical hush panel 7, the second connecting rod 8.
Embodiment
The present invention is described in further detail with embodiment below in conjunction with the accompanying drawings：
As shown in figure 1, a kind of boat-carrying snail releasing device includes the column 3 being arranged on hull 1, can be along column up-down
Lift platform 4, for moving up and down the lifting executing agency 2 of lift platform, it is arranged on lift platform and is located at lift platform
The batch (-type) of lower section is from releasing device 6 and is arranged on hull and through the deck of hull and the vertical separation sleeve 1a of bottom plate.Rise
Drop stand and be provided with the lifting guide pin bushing 41 coordinated with column.Annular stop projection is provided with column and below lifting guide pin bushing
31.Lifting executing agency is lift cylinder.The upper and lower ends opening of vertical separation sleeve.The vertical lower end of separation sleeve and the bottom of hull
Plate is tightly connected.Vertical separation sleeve is located at below lift platform.Batch (-type) may pass through vertical separation sleeve from releasing device and be located at
Below hull.
Floating connection frame 5 is provided with below lift platform.Floating connection frame includes being arranged on lift platform and down extending
Vertical guide rod 51 in vertical separation sleeve, the floating stand 54 that can be lifted along vertical guide rod, simultaneously position is arranged on vertical guide rod
Upper limit block 53 above floating stand, it is arranged on the lower limit block 56 on vertical guide rod and below floating stand
And the extension spring 52 for being arranged between floating stand and lift platform and floating stand being made up to move.The lower end of extension spring and floating
Stand is connected, and upper end is connected with lift platform.Floating stand is provided with the floating guide pin bushing 55 being engaged with vertical guide rod, and
Floating guide pin bushing is between upper limit block and lower limit block.
As shown in Figure 1 and Figure 2, batch (-type) determines isolating cylinder 61, by rotating shaft bar from releasing device including what axis horizontal was set
It is rotatably provided in dynamic the first driving impeller 62 for releasing cylinder 66 and being arranged on rotating shaft bar determined in isolating cylinder.Determine isolating cylinder to lead to
Head rod 57 is crossed to be fixed on below floating stand.It is dynamic to release cylinder and rotating shaft bar is coaxial.Rotating shaft bar and the axis for determining isolating cylinder
Overlap.It is 5-10mm to determine the internal diameter of isolating cylinder and the difference of the dynamic internal diameter for releasing cylinder.Determine isolating cylinder lateral surface bottom be provided with put surely
Head piece 65.The lateral surface top for determining isolating cylinder is provided with drain hole, and drain hole is provided with curved cover plate 612.The axle of curved cover plate
Line overlaps with determining the axis of isolating cylinder.A dynamic lateral surface that releases is provided with dynamic weif orifice 67.Weif orifice is determined along the axle for determining isolating cylinder
Line extends.The axial length for determining weif orifice is more than the dynamic axial length for releasing cylinder.The dynamic both ends for releasing cylinder, which are located at, determines weif orifice
Between both ends.Weif orifice is moved along the axially extending of rotating shaft bar.It is dynamic to release cylinder and often rotate one week, move weif orifice and connected with determining weif orifice
Once.
Determine to be provided with two pieces of vertical clapboards 63 in isolating cylinder.Two pieces of vertical clapboards by the inner chamber for determining isolating cylinder be separated into it is left, in,
Right three cavitys.It is dynamic to release cylinder and be located in lumen body.Weif orifice is determined between two pieces of vertical clapboards, and determines weif orifice and lumen
Body phase connects.
As shown in Figure 2 and Figure 3, rotating shaft bar includes releasing on the right side of cylinder positioned at the dynamic left axle bar 64 released on the left of cylinder and positioned at dynamic
Right axle bar 68.Left axle bar and right axle bar are coaxial.Left axle bar is spindle rotationally arranged on vertical clapboard.One end of left axle bar is with moving
The left end for releasing cylinder is fixedly connected, and the other end is stretched into left chamber body.First driving impeller is located in left chamber body, and the first driving leaf
Wheel is fixed on left axle bar.Determine isolating cylinder lateral surface and be provided with the left water inlet mozzle 613 connected with left chamber body phase and left water outlet
Mozzle 614.Left water inlet mozzle and left water outlet mozzle are horizontally disposed with, and the axle of left water inlet mozzle and left water outlet mozzle
Line and rotating shaft bar are perpendicular.The tangentially extending of isolating cylinder is determined on left water inlet mozzle and left water outlet mozzle edge.Left water inlet mozzle
Port towards fore.The port of left water outlet mozzle is towards stern.
As shown in Figure 2, Figure 4 shows, right axle bar 68 is spindle rotationally arranged on vertical clapboard.One end of right axle bar releases through dynamic
The right-hand member of cylinder and stretch into it is dynamic release in cylinder, the other end is stretched into right chamber body.Right axle bar and dynamic release can be relatively rotated between cylinder, had
Body, which is said, is, the dynamic right-hand member for releasing cylinder is provided with axis hole, and one end of right axle bar passes through the axis hole.Dynamic release in cylinder is provided with and rotating shaft bar phase
Parallel poke rod 611, and poke rod is close to the dynamic medial surface for releasing cylinder.Poke rod is dynamic with being located at by radially directed connecting link 610
The right axle bar released in cylinder is connected.Poke rod releases a bristle for inwall extension, and the end of bristle provided with some towards dynamic
Near or against on the dynamic inwall for releasing cylinder.
The second driving impeller 69 is provided with right axle bar and in right chamber body.Second driving impeller and the first driving impeller outer
Footpath is identical.Determine isolating cylinder lateral surface and be provided with the right water inlet mozzle 615 connected with right chamber body phase and right water outlet mozzle 616.
Right water inlet mozzle and right water outlet mozzle are horizontally disposed with, and the axis of right water inlet mozzle and right water outlet mozzle and rotating shaft bar
It is perpendicular.The tangentially extending of isolating cylinder is determined on right water inlet mozzle and right water outlet mozzle edge.The port direction of right water inlet mozzle
Fore.The port of right water outlet mozzle is towards stern.Left water inlet mozzle is identical with the cross-sectional area size of right water outlet mozzle.
Right water outlet mozzle is identical with the cross-sectional area size of left water outlet mozzle.
Vertical hush panel 7 is provided with the outside of the port of right water inlet mozzle, specifically, vertical hush panel is led positioned at right water inlet
The front side of the port of flow tube.Vertical hush panel and the axis perpendicular of right water inlet mozzle.The end face of right water inlet mozzle is with erecting
Straight hush panel is parallel, and the spacing between the end face of right water inlet mozzle and vertical hush panel is 5-10mm.Vertical hush panel
It is connected by the second connecting rod 8 with lift platform.
As shown in Figure 1, Figure 2, Figure 4 shows, when floating stand is resisted against on lower limit block, vertical hush panel is located at right water inlet
The top of mozzle；Specifically, when the floating guide pin bushing on floating stand is resisted against on lower limit block, vertical hush panel position
In the top of right water inlet mozzle.
As shown in Figure 5, Figure 6, when floating stand is resisted against on upper limit block, vertical hush panel and right water inlet mozzle
Port face set, and vertical hush panel envelope hides the port of right water inlet mozzle；Specifically, when the floating on floating stand
When guide pin bushing is resisted against on upper limit block, vertical hush panel and the port face of right water inlet mozzle are set, and vertical hush panel
Envelope hides the port of right water inlet mozzle.
It is as follows in the specific work process of the boat-carrying snail releasing device of the present embodiment：
First, lifting executing agency drive lift platform, floating connection frame and batch (-type) from releasing device together on move to
Above the deck of hull.
Second, curved cover plate is opened, and rotate and dynamic release cylinder and make weif orifice upward；Then, by the snail of artificial breeding
Seed by determine drain hole on isolating cylinder and dynamic weif orifice be put into it is dynamic release in cylinder, snail seed is filled in cylinder releasing；Again
Then, curved cover plate is covered.
When the dynamic volume for releasing the snail seed loaded in cylinder is more than the 1/5 of the volume of the dynamic inner chamber for releasing cylinder, such as Fig. 1
Shown, now, batch (-type) drives floating stand to move down under gravity from releasing device, and is resisted against floating stand
On lower limit block.
3rd, boat-carrying snail releasing device together transported with ship specify release marine site.
4th, hull at the uniform velocity travels；Meanwhile lift executing agency and drive lift platform, floating connection frame and batch (-type) certainly
Releasing device is together moved down, and batch (-type) is moved to below hull from releasing device.
After batch (-type) is moved to below hull from releasing device, during hull navigation：Current are by left water inlet water conservancy diversion
Pipe enters in left chamber body and flowed out by left water outlet mozzle, and then drives the first wheel rotation；Meanwhile current are by right water inlet water conservancy diversion
Pipe enters in left chamber body and flowed out by right water outlet mozzle, and then drives the second wheel rotation, and the first impeller and the second impeller
Rotation direction it is identical.
To be driven during the first wheel rotation by left axle bar it is dynamic release cylinder and rotate together with, and now the second impeller will
Poke rod synchronous axial system is driven, poke rod is with releasing a synchronous axial system, so as to avoid poke rod impact damage snail seed.Dynamic
Release in a rotary course, it is dynamic to release cylinder and often rotate one week, move weif orifice and connected once with determining weif orifice（It is dynamic to release mouth down
When, dynamic weif orifice connects with determining weif orifice）；And after dynamic weif orifice connects with determining weif orifice, in the effect of centrifugal force and gravity
The lower dynamic a part of snail seed released in cylinder will be discharged into marine site by moving weif orifice and determining weif orifice, so as to realize dynamic release
Cylinder often rotates one week, completes a snail and releases（Batch (-type) releases）, thus can be by snail seedling during hull navigation
Kind is uniformly discharged in marine site, improves the survival rate of snail seed.
And gradually decreasing with the snail seed released in cylinder, reduced to a certain extent when releasing the snail seed in cylinder
Afterwards（When the dynamic volume for releasing the snail seed loaded in cylinder is less than the 1/5 of the volume of the dynamic inner chamber for releasing cylinder）, in the work of extension spring
With lower floating stand and batch (-type) will be driven together to be moved up from releasing device, until the floating guide pin bushing on floating stand is resisted against
Position on positive stop, now, vertical hush panel envelope hide the port of right water inlet mozzle.
After vertical hush panel envelope hides the port of right water inlet mozzle, the power of the second impeller eliminates, and the second impeller is gradual
Stop operating；Meanwhile poke rod also tapers off rotation, poke rod and release and produce speed difference, and the second impeller between cylinder
Damping impeller, which will be turned into, hinders poke rod to rotate.Now, the snail seed released in cylinder is all discharged in marine site substantially, thus is dialled
Lever and release speed difference between cylinder not only will not impact damage snail seed, and will be adsorbed and existed by poke rod and bristle
Release snail seed on a medial surface to peel, snail seed of the absorption on placing tube medial surface also can be smoothly discharged to
Specify in marine site.
Claims (8)
1. a kind of boat-carrying snail releasing device, it is characterized in that, including the column being arranged on hull, can be along the lifting of column up-down
Stand, for moving up and down the lifting executing agency of lift platform, it is arranged on lift platform and below lift platform
Batch (-type) is from releasing device and is arranged on hull and through the deck of hull and the vertical separation sleeve of bottom plate, the vertical isolation
For set below lift platform, the batch (-type) may pass through vertical separation sleeve and below hull from releasing device；
The batch (-type) from releasing device include that axis horizontal sets determine isolating cylinder, by rotating shaft bar be rotatably provided in it is fixed every
From dynamic the first driving impeller for releasing cylinder and being arranged on rotating shaft bar in cylinder, the rotating shaft bar and the axis weight for determining isolating cylinder
Close, the lateral surface bottom for determining isolating cylinder, which is provided with, determines weif orifice, and a dynamic lateral surface that releases is provided with dynamic weif orifice, described
Floating connection frame is provided with below lift platform, floating connection frame includes being arranged on lift platform and down extending to vertical isolation
Vertical guide rod in set, the floating stand that can be lifted along vertical guide rod, it is arranged on vertical guide rod and above floating stand
Upper limit block, be arranged on vertical guide rod and the lower limit block below floating stand and be arranged on floating stand with
It is described to determine isolating cylinder floating is fixed on by head rod between lift platform and extension spring that floating stand can be made up to move
Below stand；
Described to determine to be provided with two pieces of vertical clapboards in isolating cylinder, the inner chamber for determining isolating cylinder is separated into left, center, right by two pieces of vertical clapboards
Three cavitys, it is described it is dynamic release cylinder and be located in lumen body, described to determine weif orifice and connected with lumen body phase, the rotating shaft bar includes position
Vertical clapboard is spindle rotationally arranged in the dynamic left axle bar released on the left of cylinder and positioned at the dynamic right axle bar released on the right side of cylinder, left axle bar
On, one end of left axle bar is fixedly connected with the dynamic left end for releasing cylinder, and the other end is stretched into left chamber body, the first driving impeller position
In in left chamber body, and the first driving impeller is fixed on left axle bar, described determine isolating cylinder lateral surface and be provided with and left chamber body phase company
Logical left water inlet mozzle and left water outlet mozzle；
The right axle bar is spindle rotationally arranged on vertical clapboard, and one end of right axle bar through the dynamic right-hand member for releasing cylinder and is stretched into dynamic
Release in cylinder, the other end is stretched into right chamber body, and right axle bar and dynamic release can be relatively rotated between cylinder, and dynamic release in cylinder sets
There is the poke rod parallel with rotating shaft bar, and poke rod, close to the dynamic medial surface for releasing cylinder, the poke rod passes through radially connected
Bar is connected with right axle bar；
It is provided with the second driving impeller on the right axle bar and in the right chamber body, it is described to determine isolating cylinder lateral surface and be provided with and right chamber
The right water inlet mozzle and right water outlet mozzle of body phase connection；Vertical sealing is provided with the outside of the port of the right water inlet mozzle
Plate, the vertical hush panel are connected by the second connecting rod with lift platform；When floating stand is resisted against on lower limit block,
The vertical hush panel is positioned at the top of right water inlet mozzle；It is described vertical when floating stand is resisted against on upper limit block
Hush panel and the port face of right water inlet mozzle are set, and vertical hush panel envelope hides the port of right water inlet mozzle.
2. a kind of boat-carrying snail releasing device according to claim 1, it is characterized in that, the left water inlet mozzle and a left side go out
Water mozzle is horizontally disposed with, and the axis and rotating shaft bar of left water inlet mozzle and left water outlet mozzle are perpendicular, the left water inlet
The port of mozzle is towards fore, and the port of the left water outlet mozzle is towards stern.
3. a kind of boat-carrying snail releasing device according to claim 1 or 2, it is characterized in that, the right water inlet mozzle and
Right water outlet mozzle is horizontally disposed with, and the axis and rotating shaft bar of right water inlet mozzle and right water outlet mozzle are perpendicular, the right side
Intake mozzle port towards fore, the port of the right water outlet mozzle is towards stern；The vertical hush panel is positioned at the right side
The front side of the port of water inlet mozzle, vertical hush panel and the axis perpendicular of right water inlet mozzle.
4. a kind of boat-carrying snail releasing device according to claim 1 or 2, it is characterized in that, if the poke rod is provided with
It is dry to release a bristle for inwall extension towards dynamic, and the end of bristle is near or against on the dynamic inwall for releasing cylinder.
5. a kind of boat-carrying snail releasing device according to claim 1 or 2, it is characterized in that, the floating stand is provided with
The floating guide pin bushing being engaged with vertical guide rod, and floating guide pin bushing is between upper limit block and lower limit block.
6. a kind of boat-carrying snail releasing device according to claim 1 or 2, it is characterized in that, it is described determine weif orifice along it is fixed every
Axis from cylinder extends, and the dynamic weif orifice is along the axially extending of rotating shaft bar.
7. a kind of boat-carrying snail releasing device according to claim 1 or 2, it is characterized in that, the lift platform is provided with
The lifting guide pin bushing coordinated with column, annular stop projection is provided with the column and below lifting guide pin bushing.
8. a kind of boat-carrying snail releasing device according to claim 1 or 2, it is characterized in that, the lifting executing agency is
Lift cylinder.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510943503.7A CN105532528B (en) | 2015-12-16 | 2015-12-16 | A kind of boat-carrying snail releasing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510943503.7A CN105532528B (en) | 2015-12-16 | 2015-12-16 | A kind of boat-carrying snail releasing device |
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| CN105532528A CN105532528A (en) | 2016-05-04 |
| CN105532528B true CN105532528B (en) | 2018-01-16 |
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| CN106162079B (en) * | 2016-06-26 | 2019-01-04 | 浙江省海洋水产研究所 | Rotation dynamic formula fish protection area monitoring device |
| CN107593541B (en) * | 2017-09-04 | 2019-09-03 | 浙江省海洋水产研究所 | A kind of temporarily feeding type shellfish multiplier (-icator) |
| CN111248124B (en) * | 2019-11-06 | 2021-08-20 | 浙江省海洋水产研究所 | Spiral shell class releasing device |
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| US4292761A (en) * | 1979-07-19 | 1981-10-06 | Krave Carl A | Method, apparatus and package for sprouting seeds |
| US5143020A (en) * | 1991-09-30 | 1992-09-01 | Patrick Joseph H | Pond fertilizing apparatus |
| CN201541587U (en) * | 2009-08-24 | 2010-08-11 | 上海海洋大学 | Ship board suspension type multiplication and discharging device |
| JP5662727B2 (en) * | 2010-07-30 | 2015-02-04 | 株式会社むつ家電特機 | Shellfish retrieval method and shellfish retrieval device |
| CN104719192B (en) * | 2015-02-04 | 2017-03-29 | 浙江省海洋水产研究所 | A kind of shellfish releasing device of artificial breeding |
| CN104719193B (en) * | 2015-02-04 | 2017-02-01 | 浙江省海洋水产研究所 | Large yellow croaker release device |
| CN104719194B (en) * | 2015-02-04 | 2017-02-22 | 浙江省海洋水产研究所 | Enhancement and releasing system for snails |
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| CN105532528A (en) | 2016-05-04 |
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