CN108522392A - A kind of floatation type aquaculture device - Google Patents
A kind of floatation type aquaculture device Download PDFInfo
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- CN108522392A CN108522392A CN201810203930.5A CN201810203930A CN108522392A CN 108522392 A CN108522392 A CN 108522392A CN 201810203930 A CN201810203930 A CN 201810203930A CN 108522392 A CN108522392 A CN 108522392A
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- 238000009360 aquaculture Methods 0.000 title claims abstract description 27
- 244000144974 aquaculture Species 0.000 title claims abstract description 27
- 230000007480 spreading Effects 0.000 claims abstract description 55
- 238000003892 spreading Methods 0.000 claims abstract description 55
- 238000009395 breeding Methods 0.000 claims abstract description 24
- 230000001488 breeding effect Effects 0.000 claims abstract description 24
- 244000273618 Sphenoclea zeylanica Species 0.000 claims abstract description 14
- 230000007246 mechanism Effects 0.000 claims description 109
- 230000005540 biological transmission Effects 0.000 claims description 97
- 238000007599 discharging Methods 0.000 claims description 50
- 238000005096 rolling process Methods 0.000 claims description 17
- 238000003860 storage Methods 0.000 claims description 15
- 239000012634 fragment Substances 0.000 claims description 11
- 230000033001 locomotion Effects 0.000 claims description 11
- 235000021050 feed intake Nutrition 0.000 claims description 8
- 230000000694 effects Effects 0.000 claims description 7
- 239000000463 material Substances 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 2
- 230000008450 motivation Effects 0.000 claims description 2
- 239000002699 waste material Substances 0.000 abstract description 6
- 238000004519 manufacturing process Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 5
- 230000006870 function Effects 0.000 description 5
- 230000008901 benefit Effects 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 4
- 241000237858 Gastropoda Species 0.000 description 2
- 230000006835 compression Effects 0.000 description 2
- 238000007906 compression Methods 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 210000000515 tooth Anatomy 0.000 description 2
- 239000003643 water by type Substances 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 description 1
- 244000309464 bull Species 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 229910052760 oxygen Inorganic materials 0.000 description 1
- 239000001301 oxygen Substances 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K61/00—Culture of aquatic animals
- A01K61/80—Feeding devices
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Marine Sciences & Fisheries (AREA)
- Zoology (AREA)
- Animal Husbandry (AREA)
- Biodiversity & Conservation Biology (AREA)
- Farming Of Fish And Shellfish (AREA)
Abstract
The invention discloses a kind of floatation type aquaculture devices, its structure includes charging device, kickboard, hollow stem, floating ball, connecting pole, box for breeding, skid resistance strip, the skid resistance strip being integrated therewith is uniformly laid on the outer surface of box for breeding, skid resistance strip is laid in equidistant formula, there is the connecting pole of connection normal thereto in the orientation of top surface four of box for breeding, connecting pole is parallel to be equipped with four and top surface is all connected to orthogonal kickboard therewith, a kind of floatation type aquaculture device of the present invention, the aquaculture device is equipped with charging device, has the function of automatic charging, spreading feeding need not manually be carried out, the non-uniform problem of artificial spreading can effectively be avoided, to avoid the waste of feed, the speed of growth for being conducive to aquatic products is unified, save a large amount of production cost simultaneously, increase the profit of raiser.
Description
Technical field
The present invention is a kind of floatation type aquaculture device, belongs to aquaculture device field.
Background technology
Aquaculture tank be aquaculture essential tool, and the aquaculture tank of floatation type be mainly used in oxygen content compared with
High waters, such as river, lake waters.
But the prior art does not have the function of automatic charging, needs manually to carry out spreading feeding since technology is not perfect,
It is uneven that artificial spreading feeding can cause feed to be spread in box for breeding, causes the waste of feed, influences the growth speed of aquatic products
Degree, leads to the not of uniform size of cultured product.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of floatation type aquaculture device, to solve
The prior art does not have the function of automatic charging, needs manually to carry out spreading feeding since technology is not perfect, artificial spreading feeding
Feed can be caused to be spread in box for breeding uneven, cause the waste of feed, influence the speed of growth of aquatic products, cultivation is caused to be produced
The problem not of uniform size of product.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of floatation type aquaculture
Device, structure include charging device, kickboard, hollow stem, floating ball, connecting pole, box for breeding, skid resistance strip, the box for breeding
The skid resistance strip being integrated therewith is uniformly laid on outer surface, the skid resistance strip is laid in equidistant formula, described
There is the connecting pole of connection normal thereto in the orientation of top surface four of box for breeding, the connecting pole is parallel to be equipped with four and top surface is equal
It is connected to orthogonal kickboard therewith, the shape of the kickboard is in rectangular configuration, is respectively connected at left and right sides of the kickboard
Hollow stem, the hollow stem are provided with four and are in symmetrical setting two-by-two, and the one end of the hollow stem far from kickboard connects
It is connected to floating ball, there are four the floating ball settings and size shape and composed structure are identical, is installed on the center of the kickboard
There is a charging device, the bottom of the charging device is connected through box for breeding and the two；
The charging device includes feed intake box, the actuating mechanism that feeds intake, the first rotating actuator, the second rotary drive machine
Structure pushes discharging mechanism, shedding mechanism, auxiliary discharging transmission mechanism, automatic spreading transmission mechanism；
The box that feeds intake be internally provided with the first connected rotating actuator, the second rotating actuator,
Discharging mechanism, shedding mechanism, auxiliary discharging transmission mechanism, automatic spreading transmission mechanism, the actuating mechanism that feeds intake is pushed to run through
It is flexibly connected in the side for the box that feeds intake and the two, actuating mechanism and the first rotating actuator phase that is located at one side of feeding intake
Connection, the one end of first rotating actuator far from the actuating mechanism that feeds intake is with the second rotating actuator using drive connection
Mode link together, second rotating actuator is active in promotion discharging mechanism, and the promotion discharging mechanism is located at
Feed intake the center of box, and the promotion side of the discharging mechanism far from the second rotating actuator is equipped with shedding mechanism, described
Both tops that shedding mechanism is located at auxiliary discharging transmission mechanism are connected, and the automatic spreading transmission mechanism is set to push and discharge
The underface of mechanism and far from auxiliary discharging transmission mechanism side be flexibly connected with the second rotating actuator, it is described to spread automatically
The lower half portion of material transmission mechanism is vacantly placed in the overhead of box for breeding, and the box that feeds intake is connected with kickboard.
Further, the box that feeds intake include circular hole, box body, storage bin, triangle guide rack, limited block, sliding slot guide rail,
Support plate, discharge nozzle, hollow pipe offer the storage bin being integrated therewith on the box body, and the storage bin is in
Funnel shaped offers circular hole on the one side of the box body, and the inside of the box body is fixed with triangle guide rack, the triangle
The lower section of guide rack is equipped with the sliding slot guide rail being mechanically connected with support plate, and limit is respectively and fixedly provided at left and right sides of the sliding slot guide rail
Block, the limited block parallel and symmetrical are provided with two pieces, and the bottom surface of the support plate and the inner bottom surface of box body are fitted and connected
Together, orthogonal discharge nozzle therewith is installed, the discharge nozzle is communicated in hollow pipe below, institute in the support plate
Bottom center's vertical connection of hollow pipe and box body is stated, the actuating mechanism that feeds intake, the first rotating actuator, the second rotation pass
Motivation structure pushes discharging mechanism, shedding mechanism, auxiliary discharging transmission mechanism, automatic spreading transmission mechanism to be connected with box body.
Further, the actuating mechanism that feeds intake includes handwheel disk, swingle, lantern ring, rolling wheel, leading block, first
Lian Sheng, upper fixed pulley, lower fixed pulley, one end of the swingle and the medial center position vertical connection of handwheel disk, the rotation
Bull stick is gap-matched through lantern ring and the two, and side of the lantern ring far from handwheel disk is equipped with rolling wheel, the rolling wheel set
It sets on the swingle therewith using interference fit, connected first is wound on the rolling wheel and is even restricted, described first
Even rope and leading block, upper fixed pulley, lower fixed pulley movable contact, the lower fixed pulley in there are two laying side by side, and described the
One other end even restricted is connected with the first rotating actuator, the inner wall mechanical connection of the leading block and box body, described
Upper fixed pulley is mounted on the inner bottom surface of box body, and the lower fixed pulley is fixed on the hollow top surface of box body, and the lantern ring is applied in circle
On hole and the two is using interference fit.
Further, first rotating actuator include the two-sided rack driver plate, be oriented to raised line, longitudinal slide,
First spring, first rotating shaft, the first transmission belt, the second shaft, transmission gear, lateral worm gear, lateral worm screw, the first driving wheel,
Two outer end faces of worm bearing, the two-sided rack driver plate are respectively and fixedly provided with guiding raised line, the guiding raised line and longitudinal slide
The mode that is gap-matched of inner groovy be flexibly connected, the inner bottom surface of the longitudinal direction slide by the first spring with it is two-sided
The bottom surface of rack-driving plate is connected, and the one side of the two-sided rack driver plate uses the cooperation side being meshed with transmission gear
Formula is sequentially connected, and the transmission gear is nested in the first rotating shaft therewith using interference fit, and the first rotating shaft is logical
It crosses the first transmission belt to be flexibly connected with the second shaft, second shaft is through therewith using the lateral worm gear of interference fit
Center, the transverse direction worm gear is arranged carries out transmission company in the lower section of lateral worm screw and the two using the fit system being meshed
It connects, two end of left and right of the transverse direction worm screw is mounted on worm bearing, and the transverse direction worm screw is far from the two-sided rack driver plate
It is also equipped on one end and is passed therewith using the first driving wheel excessively coordinated, first driving wheel and the second rotating actuator
Dynamic connection, the worm bearing are fixedly connected with box body, and the outer end face of the first rotating shaft and the second shaft is interior with box body
End face is flexibly connected, and the longitudinal direction bottom surface of slide and the interior bottom vertical connection of box body, described first other end even restricted pass through
First spring and connect with the bottom surface of the two-sided rack driver plate.
Further, second rotating actuator includes the second transmission belt, the first driven wheel, cross bar, the first master
Moving gear, the first driven gear, longitudinal worm gear, second gear, the 4th shaft, third shaft, first gear, the second driving tooth
Wheel, longitudinal worm screw, the cross bar are arranged with therewith successively from left to right using the first driven wheel of interference fit, the first driving tooth
Wheel, the lower section of first driving gear are equipped with the first driven gear for using orthogonal engagement therewith, first driven gear
It is nested at the top for longitudinal worm screw that use excessively coordinates therewith, the bottom of the longitudinal direction worm screw is excessively matched through use therewith
The second driving gear closed, the longitudinal direction worm screw are equipped with the longitudinal worm gear being meshed therewith, institute close to the side of second gear
It states longitudinal worm gear to be nested in the third shaft therewith using interference fit, has also extended through in the third shaft and used therewith
The first gear of cooperation is spent, side of the first gear far from longitudinal worm screw is with second gear using the fit system being meshed
Be sequentially connected, the 4th shaft through the center of second gear and the two using interference fit, described second
One end of transmission belt is flexibly connected with the first driven wheel, and the other end of second transmission belt is sequentially connected in the first driving wheel,
4th shaft, third shaft outer end face be flexibly connected with the inner face of box body, second driving gear with it is automatic
Spreading transmission mechanism is sequentially connected, and the 4th shaft is movably connected on promotion discharging mechanism.
Further, the promotion discharging mechanism includes discharge port, push bracket, switch ball, bearing, motion bar, the 4th tooth
Wheel, the 6th shaft, third gear, the 5th shaft, third transmission belt, revolving fragment, the 6th shaft are sequentially passed through in adopting therewith
With the revolving fragment of interference fit and the center of the 4th gear, the bottom of the revolving fragment and the bottom activity of motion bar connect
It connects, the top of the motion bar and the bottom centre position vertical connection of push bracket, two outer walls of the push bracket and the inner wall of bearing
Face paste splice grafting touches, and the bearing is built-in with the switch ball of movable contact therewith and is located at the surface of push bracket, and the one of the bearing
It is a discharge port for changing structure therewith to be offered on side, and the 4th gear is adopted close to the side of the 5th shaft with third gear
It is sequentially connected with the fit system being meshed, the third gear is nested with therewith using the 5th shaft of interference fit
On, one end of the third transmission belt is flexibly connected with the 5th shaft, and the other end of the third transmission belt is movably connected on
Four shafts, the bearing are fixedly connected with box body and are connected with storage bin, an outer end of the 5th shaft and the 6th shaft
Face is flexibly connected with the inner face of box body, and the one side of the bearing is contacted with shedding mechanism fitting.
Further, the shedding mechanism include fixed link, stripper, hinge seat, telescopic rod, sleeve, second spring,
Arc frame, arcuate socket, second connect rope, quiet pulley, and orthogonal fixed link therewith, the fixation are fixed on the stripper
Bar is opened in through the arcuate socket being gap-matched therewith, the arcuate socket on the arc frame being integrated therewith,
The side of the arc frame is equipped with the hinge seat being mechanically connected with stripper bottom surface, one end hinge of the hinge seat and telescopic rod
Chain link, the telescopic rod are gap-matched through sleeve and the two, the inner bottom surface of the sleeve by second spring with
The bottom surface of telescopic rod is connected, and described second one end even restricted is fixedly connected with fixed link, and described second even restricts lives with quiet pulley
Dynamic contact, the quiet pulley is arranged to be laid there are three and in isosceles triangle, and described second other end even restricted is connected to auxiliary
Discharging transmission mechanism, one end and box body hinge connection, the other end of the stripper and the outer surface of bearing of the stripper
The bottom hinge of fitting contact, the sleeve is connected to the inner wall of box body, and the bottom surface of the arc frame and the inner bottom surface of box body are solid
Fixed connection.
Further, the auxiliary discharging transmission mechanism includes cross slide, third spring, U-shaped frame, the first discharging
Mouth, gear, sliding panel, single cog batten, the second discharge port, auxiliary movable pulley, be oriented to slide, the sliding plate level through
The inner face of the cross slide being gap-matched therewith, the cross slide is connected by third spring with sliding panel, institute
It states to offer on sliding panel and be integrated therewith, the sliding panel is equipped with auxiliary close to one end bottom surface of third spring
The lower section of movable pulley, the auxiliary movable pulley is equipped with the single cog batten being meshed therewith, and the single-side rack plate level runs through
In the guiding slide being gap-matched therewith, the bottom surface of the single cog batten is equipped with U-shaped frame, machinery on the U-shaped frame
Be connected with auxiliary movable pulley, the auxiliary movable pulley in there are two symmetrical installations, also offered on the single cog batten with
The second discharge port being integrated, the one end of slide far from the second discharge port is vertical with the inner wall of box body connects for the guiding
It connects, the auxiliary movable pulley (is slidably connected, described second other end even restricted passes through third spring and sliding panel with sliding slot guide rail
It is connected.
Further, the automatic spreading transmission mechanism includes the second driven gear, upright bar, the second driving wheel, the 4th
Transmission belt, U-shaped auxiliary swivel mount, the second driven wheel, main shaft, spreading rack, spreading mouth, bearing block are set at the top of the main shaft
It is equipped with the U-shaped auxiliary swivel mount of flexible connection therewith, the main shaft is through bearing block and the two is using excessively cooperation, described
Bearing block is fixed on the center of spreading rack, is cased at the top of the main shaft driven using the second of interference fit therewith
Wheel, second driven wheel are flexibly connected by the 4th transmission belt with the second driving wheel, and second driving wheel is nested with therewith
Using in the upright bar excessively coordinated, the top of second driving wheel is parallel to be equipped with the second driven gear, the upright bar through
The center of second driven gear and the two is using excessively cooperation, second driven gear is with the second driving gear using phase
The fit system of engagement is sequentially connected, and the main shaft is vacantly placed in inside hollow pipe, the bottom of the U-shaped auxiliary swivel mount
With the top surface movable contact of support plate, the spreading mouth being integrated therewith is uniformly offered on the spreading rack.
Advantageous effect
A kind of floatation type aquaculture device of the present invention, by rotating clockwise handwheel disk so that swingle is whipped wheel disc
While linkage drive rolling wheel rotation so that first even rope wound into rolling wheel, at this time due to first even rope length
Degree is fixed, thus first even rope the downward pulling force in direction is generated to the two-sided rack driver plate so that the first spring stress and by original state
It is compressed so that drive the transmission gear rotation being meshed therewith while the two-sided rack driver plate is inside contracted to longitudinal slide, pass
Moving gear drives first rotating shaft rotation, the second shaft to make while rotation with first rotating shaft under the accessory drive of the first transmission belt
It obtains lateral worm gear to link, to drive lateral worm screw to rotate so that the first driving wheel links, and the first driven gear exists
Cross bar is driven to rotate with while obtaining the rotation of the first driving wheel under the accessory drive of second transmission belt so that the first master on cross bar
The first driven gear of orthogonal engagement is driven to rotate while moving gear rotates with, and then the first driven gear drives and indulges
It is rotated to worm screw, longitudinal worm screw drives longitudinal worm gear, third shaft to drive first gear while linkage with longitudinal worm gear
Rotation, first gear drives the second gear rotation being meshed therewith, so that the 4th shaft passes through while linkage
Third transmission belt drives the 5th shaft, to which the 5th shaft drives the rotation of third gear, the drive of third gear to be meshed therewith
4th gear rotates, and the 4th gear drives fan-shaped revolving fragment to be revolved centered on the 6th shaft while driving the rotation of the 6th shaft
Turn so that push bracket is above pushed away while motion bar moves up, will be pushed up thereon to protrusion force and the switch ball of push bracket so that
Feed is fallen into from storage bin in push bracket, and another mistake hour hands rotation hand wheel disk is resetted so that the feed in push bracket falls from discharge port
It falls on stripper, stripper does as circle with the hinged one end of box body due to the gravity by feed and using stripper suitable
Hour hands rotate so that opposing stationary fixed link is slided under the guiding role of arcuate socket to arc frame with stripper, same with this
When telescopic rod inside contracted to sleeve, second spring is compressed by original state at this time, and fixed link is released while being subjected to displacement to
The pulling force of two pulling force even restricted, release is that third spring provides power due to be resetted by compression, to which third spring forces in
Sliding panel so that band moving gear moves while sliding panel is overhanging to cross slide, and then gear drives the list being meshed therewith
Face rack-driving plate is overhanging to slide is oriented to, until being limited by discharge nozzle, the first discharge port is with the second discharge port at this time
Concentric structure, feed, which falls into triangle guide rack and taken advantage of a situation from stripper, falls into the first discharge port, the entrance of the second discharge port
Discharge nozzle, and then fallen on spreading rack from hollow pipe, dynamic second driving gear rotation while longitudinal worm screw rotates, to
Second driving gear drives the rotation of the second driven gear so that and drive the second driving wheel to rotate while upright bar links, the
Two driven wheels rotate with the second driving wheel under the accessory drive of the 4th transmission belt and main shaft are driven to rotate so that spreading rack
Feed is uniformly sprinkling upon in box for breeding from spreading mouth while rotating with；
A kind of floatation type aquaculture device of the present invention, the aquaculture device are equipped with charging device, have automatic charging
Function, carry out spreading feeding without artificial, the non-uniform problem of artificial spreading can be effectively avoided, to avoid feed
Waste, the speed of growth for being conducive to aquatic products is unified, while saving a large amount of production cost, increases the profit of raiser.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of floatation type aquaculture device of the present invention.
Fig. 2 is the structural schematic diagram of the first working condition of the inside of charging device in Fig. 1.
Fig. 3 is the structural schematic diagram of second of working condition of the inside of charging device in Fig. 1.
Fig. 4 is the structural schematic diagram of the enlarged drawing of A in Fig. 3.
Fig. 5 is the structural schematic diagram of the enlarged drawing of B in Fig. 3.
In figure：Charging device -1, kickboard -2, hollow stem -3, floating ball -4, connecting pole -5, box for breeding -6, skid resistance strip -7,
Feed intake box -11, the actuating mechanism -12 that feeds intake, the first rotating actuator -13, the second rotating actuator -14, promotion discharging machine
Structure -15, shedding mechanism -16, auxiliary discharging transmission mechanism -17, automatic spreading transmission mechanism -18, circular hole -1101, box body -
1102, storage bin -1103, triangle guide rack -1104, limited block -1105, sliding slot guide rail -1106, support plate -1107, discharging
Pipe -1108, hollow pipe -1109, handwheel disk -1201, swingle -1202, lantern ring -1203, rolling wheel -1204, leading block -
1205, first connects rope -1206, upper fixed pulley -1207, lower fixed pulley -1208, the two-sided rack driver plate -1301, is oriented to raised line -
1302, longitudinal slide -1303, the first spring -1304, first rotating shaft -1305, the first transmission belt -1306, the second shaft -1307,
Transmission gear -1308, lateral worm gear -1309, lateral worm screw -1310, the first driving wheel -1311, worm bearing -1312, second
Transmission belt -1401, cross bar -1403, the first driving gear -1404, the first driven gear -1405, is indulged first driven wheel -1402
Actively to worm gear -1406, second gear -1407, the 4th shaft -1408, third shaft -1409, first gear -1410, second
Gear -1411, longitudinal worm screw -1412, discharge port -1501, push bracket -1502, switch ball -1503, bearing -1504, motion bar -
1505, the 4th gear -1506, the 6th shaft -1507, third gear -1508, the 5th shaft -1509, third transmission belt -1510,
Revolving fragment -1511, fixed link -1601, stripper -1602, hinge seat -1603, telescopic rod -1604, sleeve -1605, the second bullet
Spring -1606, arc frame -1607, arcuate socket -1608, second connect rope -1609, quiet pulley -1610, cross slide -1701, third
Spring -1702, U-shaped frame -1703, the first discharge port -1704, gear -1705, sliding panel -1706, single cog batten -1707,
Two discharge ports -1708, are oriented to slide -1710, the second driven gear -1801, upright bar -1802, second at auxiliary movable pulley -1709
Driving wheel -1803, the 4th transmission belt -1804, U-shaped auxiliary swivel mount -1805, the second driven wheel -1806, main shaft -1807, spreading
Rack -1808, spreading mouth -1809, bearing block -1810.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of floatation type aquaculture device technical solution：Its structure includes feeding intake
Device 1, kickboard 2, hollow stem 3, floating ball 4, connecting pole 5, box for breeding 6, skid resistance strip 7, on the outer surface of the box for breeding 6 uniformly
Be laid with the skid resistance strip 7 being integrated therewith, the skid resistance strip 7 is laid in equidistant formula, the top of the box for breeding 6
Have the connecting pole 5 of connection normal thereto in the orientation of four, face, the connecting pole 5 is parallel be equipped with four and top surface be all connected to
Orthogonal kickboard 2, the shape of the kickboard 2 is in rectangular configuration, and the left and right sides of the kickboard 2 is respectively connected with hollow stem
3, the hollow stem 3 is provided with four and is in symmetrical setting two-by-two, and the one end of the hollow stem 3 far from kickboard 2 is all connected with
There is floating ball 4, there are four the settings of the floating ball 4 and size shape and composed structure are identical, is installed on the center of the kickboard 2
There is a charging device 1, the bottom of the charging device 1 is connected through box for breeding 6 and the two；
The charging device 1 includes feed intake box 11, the actuating mechanism 12 that feeds intake, the rotation of the first rotating actuator 13, second
Turn transmission mechanism 14, push discharging mechanism 15, shedding mechanism 16, auxiliary discharging transmission mechanism 17, automatic spreading transmission mechanism 18；
The box 11 that feeds intake is internally provided with the first connected rotating actuator 13, the second rotary drive machine
Structure 14 pushes discharging mechanism 15, shedding mechanism 16, auxiliary discharging transmission mechanism 17, automatic spreading transmission mechanism 18, described to feed intake
Actuating mechanism 12 is flexibly connected through the side for the box 11 that feeds intake and the two, it is described feed intake actuating mechanism 12 with positioned at one side
First rotating actuator 13 is connected, the one end and second of first rotating actuator 13 far from the actuating mechanism 12 that feeds intake
Rotating actuator 14 is linked together by the way of being sequentially connected, and second rotating actuator 14, which is active in, to be pushed out
Expect mechanism 15, the center for pushing discharging mechanism 15 to be located at the box 11 that feeds intake, the promotion discharging mechanism 15 is far from second
The side of rotating actuator 14 is equipped with shedding mechanism 16, and the shedding mechanism 16 is located at the top of auxiliary discharging transmission mechanism 17
The two is connected, and the automatic spreading transmission mechanism 18 is set to the underface for pushing discharging mechanism 15 and far from auxiliary discharging transmission
The side of mechanism 17 is flexibly connected with the second rotating actuator 14, and the lower half portion of the automatic spreading transmission mechanism 18 is hanging
It is placed in the overhead of box for breeding 6, the box 11 that feeds intake is connected with kickboard 2.
The box 11 that feeds intake includes circular hole 1101, box body 1102, storage bin 1103, triangle guide rack 1104, limited block
1105, sliding slot guide rail 1106, support plate 1107, discharge nozzle 1108, hollow pipe 1109, offer on the box body 1102 and are therewith
The storage bin 1103 of integral structure, the storage bin 1103 is in funnel shaped, is opened up on the one side of the box body 1102
There are circular hole 1101, the inside of the box body 1102 to be fixed with triangle guide rack 1104, the lower section of the triangle guide rack 1104 is set
There are the sliding slot guide rail 1106 being mechanically connected with support plate 1107, the left and right sides of the sliding slot guide rail 1106 to be respectively and fixedly provided with limited block
1105,1105 parallel and symmetrical of the limited block is provided with two pieces, and the bottom surface of the support plate 1107 is interior with box body 1102
Bottom surface is fitted and connected together, and orthogonal discharge nozzle 1108 therewith, the discharge nozzle are equipped in the support plate 1107
1108 are communicated in hollow pipe 1109 below, and bottom center's vertical connection of the hollow pipe 1109 and box body 1102 is described
Feed intake actuating mechanism 12, the first rotating actuator 13, the second rotating actuator 14, promotion discharging mechanism 15, shedding mechanism
16, auxiliary discharging transmission mechanism 17, automatic spreading transmission mechanism 18 are connected with box body 1102.
The actuating mechanism 12 that feeds intake includes handwheel disk 1201, swingle 1202, lantern ring 1203, rolling wheel 1204, is oriented to
Pulley 1205, first connects rope 1206, upper fixed pulley 1207, lower fixed pulley 1208, one end and the handwheel disk of the swingle 1202
1201 medial center position vertical connection, the swingle 1202 are gap-matched through lantern ring 1203 and the two, institute
It states side of the lantern ring 1203 far from handwheel disk 1201 and is equipped with rolling wheel 1204, the rolling wheel 1204 is nested with therewith using interference fit
Swingle 1202 on, be wound with the connected first even rope 1206 on the rolling wheel 1204, the described first even rope 1206
With leading block 1205, upper fixed pulley 1207,1208 movable contact of lower fixed pulley, the lower fixed pulley 1208 is in be laid with side by side
Two, described first other end for connecting rope 1206 is connected with the first rotating actuator 13, the leading block 1205 and box
The inner wall of body 1102 is mechanically connected, and the upper fixed pulley 1207 is mounted on the inner bottom surface of box body 1102, the lower fixed pulley 1208
It is fixed on the hollow top surface of box body 1102, the lantern ring 1203 is applied on circular hole 1101 and the two is using interference fit.
First rotating actuator 13 includes the two-sided rack driver plate 1301, is oriented to raised line 1302, longitudinal slide
1303, the first spring 1304, first rotating shaft 1305, the first transmission belt 1306, the second shaft 1307, transmission gear 1308, transverse direction
Worm gear 1309, lateral worm screw 1310, the first driving wheel 1311, worm bearing 1312, the two of the two-sided rack driver plate 1301
Outer end face, which is respectively and fixedly provided with, is oriented to raised line 1302, and the inner groovy of the guiding raised line 1302 and longitudinal slide 1303 is gap-matched
Mode be flexibly connected, the inner bottom surface of the longitudinal direction slide 1303 passes through the first spring 1304 and the two-sided rack driver plate
1301 bottom surface is connected, and the one side of the two-sided rack driver plate 1301 uses the cooperation being meshed with transmission gear 1308
Mode is sequentially connected, and the transmission gear 1308 is nested in the first rotating shaft 1305 therewith using interference fit, described
First rotating shaft 1305 is flexibly connected by the first transmission belt 1306 with the second shaft 1307, second shaft 1307 through with
Use interference fit lateral worm gear 1309 center, the transverse direction worm gear 1309 is arranged under lateral worm screw 1310
The fit system that side and the two use are meshed is sequentially connected, and two end of left and right of the transverse direction worm screw 1310 is mounted on
Worm bearing 1312 is also equipped on described transverse direction worm screw 1310 one end far from the two-sided rack driver plate 1301 and used therewith
The first driving wheel 1311 of cooperation is spent, first driving wheel, 1311 and second rotating actuator 14 is sequentially connected, the snail
Rod bearing 1312 is fixedly connected with box body 1102, and the outer end face of the first rotating shaft 1305 and the second shaft 1307 is and box body
1102 inner face flexible connection, the interior bottom vertical connection of the bottom surface and box body 1102 of the longitudinal direction slide 1303, described first
Even the other end of rope 1206 is connect across the first spring 1304 with the bottom surface of the two-sided rack driver plate 1301.
Second rotating actuator 14 includes the second transmission belt 1401, the first driven wheel 1402, cross bar 1403,
One driving gear 1404, the first driven gear 1405, longitudinal worm gear 1406, second gear 1407, the 4th shaft 1408, third turn
Axis 1409, first gear 1410, the second driving gear 1411, longitudinal worm screw 1412, the cross bar 1403 cover successively from left to right
The first driven wheel 1402, the first driving gear 1404 equipped with use interference fit therewith, first driving gear 1404
Lower section is equipped with the first driven gear 1405 for using orthogonal engagement therewith, and first driven gear 1405 is nested with to be used therewith
The top of the longitudinal worm screw 1412 excessively coordinated, the bottom of the longitudinal direction worm screw 1412 is through therewith using the excessively coordinated
Two driving gears 1411, the longitudinal direction worm screw 1412 are equipped with the longitudinal snail being meshed therewith close to the side of second gear 1407
Wheel 1406, the longitudinal direction worm gear 1406 are nested in the third shaft 1409 therewith using interference fit, the third shaft
It is also extended through on 1409 therewith using the first gear 1410 excessively coordinated, the first gear 1410 is far from longitudinal worm screw 1412
Side and second gear 1407 be sequentially connected using the fit system being meshed, the 4th shaft 1408 is through the
The center of two gears 1407 and the two is using interference fit, one end and the first driven wheel of second transmission belt 1401
The other end of 1402 flexible connections, second transmission belt 1401 is sequentially connected in the first driving wheel 1311, the 4th shaft
1408, the outer end face of third shaft 1409 is flexibly connected with the inner face of box body 1102, second driving gear 1411 with
Automatic spreading transmission mechanism 18 is sequentially connected, and the 4th shaft 1408, which is movably connected on, pushes discharging mechanism 15.
The promotion discharging mechanism 15 includes discharge port 1501, push bracket 1502, switch ball 1503, bearing 1504, activity
Bar 1505, the 4th gear 1506, the 6th shaft 1507, third gear 1508, the 5th shaft 1509, third transmission belt 1510, rotation
Rotor 1511, the 6th shaft 1507 are sequentially passed through in therewith using the revolving fragment 1511 and the 4th gear 1506 of interference fit
Center, the bottom of the revolving fragment 1511 is flexibly connected with the bottom of motion bar 1505, the top of the motion bar 1505
Two outer walls of the bottom centre position vertical connection in portion and push bracket 1502, the push bracket 1502 are bonded with the internal face of bearing 1504
Contact, the bearing 1504 are built-in with the switch ball 1503 of movable contact therewith and the surface positioned at push bracket 1502, the branch
It is a discharge port 1501 for changing structure therewith to be offered on the one side of seat 1504, and the 4th gear 1506 is close to the 5th shaft
1509 side is sequentially connected with third gear 1508 using the fit system being meshed, and the third gear 1508 is nested with
In the 5th shaft 1509 therewith using interference fit, one end and 1509 activity of the 5th shaft of the third transmission belt 1510
The other end of connection, the third transmission belt 1510 is movably connected on the 4th shaft 1408, the bearing 1504 and box body 1102
It is fixedly connected and is connected with storage bin 1103, an outer end face of the 5th shaft 1509 and the 6th shaft 1507 is and box body
The one side of 1102 inner face flexible connection, the bearing 1504 is contacted with the fitting of shedding mechanism 16.
The shedding mechanism 16 includes fixed link 1601, stripper 1602, hinge seat 1603, telescopic rod 1604, sleeve
1605, second spring 1606, arc frame 1607, arcuate socket 1608, second connect rope 1609, quiet pulley 1610, the stripper
It is fixed with orthogonal fixed link 1601 therewith on 1602, the fixed link 1601 is through the arc being gap-matched therewith
Shape hole 1608, the arcuate socket 1608 are opened on the arc frame 1607 being integrated therewith, the arc frame 1607
Side is equipped with the hinge seat 1603 being mechanically connected with 1602 bottom surface of stripper, the hinge seat 1603 and the one of telescopic rod 1604
Hinge connection, the telescopic rod 1604 is held to be gap-matched through sleeve 1605 and the two, the interior bottom of the sleeve 1605
Face is connected by second spring 1606 with the bottom surface of telescopic rod 1604, and described second connects one end of rope 1609 and fixed link 1601
It is fixedly connected, described second connects rope 1609 and 1610 movable contact of quiet pulley, and there are three the settings of quiet pulley 1610 and is in etc.
Lumbar triangle shape is laid, and described second other end for connecting rope 1609 is connected to auxiliary discharging transmission mechanism 17, the stripper 1602
One end and 1102 hinge connection of box body, the other end of the stripper 1602 is bonded with the outer surface of bearing 1504 and contacts, institute
The bottom hinge for stating sleeve 1605 is connected to the inner wall of box body 1102, the bottom surface of the arc frame 1607 and the interior bottom of box body 1102
Face is fixedly connected.
The auxiliary discharging transmission mechanism 17 includes cross slide 1701, third spring 1702, U-shaped frame 1703, first
Discharge port 1704, gear 1705, sliding panel 1706, single cog batten 1707, the second discharge port 1708, auxiliary movable pulley 1709,
It is oriented to slide 1710, the sliding panel 1706 is horizontal through the cross slide 1701 being gap-matched therewith, the transverse direction
The inner face of slide 1701 is connected by third spring 1702 with sliding panel 1706, is offered therewith on the sliding panel 1706
It is integrated, the sliding panel 1706 is equipped with U-shaped frame 1703, the U close to one end bottom surface of third spring 1702
Mechanical connection has auxiliary movable pulley 1709, the lower section of the auxiliary movable pulley 1709 to be equipped with the list being meshed therewith in type frame 1703
Face rack-plate 1707,1707 level of the single cog batten are described through the guiding slide 1710 being gap-matched therewith
The bottom surface of single cog batten 1707 is equipped with auxiliary movable pulley 1709, and the auxiliary movable pulley 1709 is equipped with two in symmetrical expression
It is a, the second discharge port 1708 being integrated therewith, the guiding slide are also offered on the single cog batten 1707
The inner wall vertical connection of 1710 one end far from the second discharge port 1708 and box body 1102, the auxiliary movable pulley 1709 and sliding slot
Guide rail 1106 is slidably connected, and described second other end for connecting rope 1609 is connected across third spring 1702 with sliding panel 1706.
The automatic spreading transmission mechanism 18 include the second driven gear 1801, upright bar 1802, the second driving wheel 1803,
4th transmission belt 1804, U-shaped auxiliary swivel mount 1805, the second driven wheel 1806, main shaft 1807, spreading rack 1808, spreading mouth
1809, the top of bearing block 1810, the main shaft 1807 is provided with the U-shaped auxiliary swivel mount 1805 of flexible connection therewith, institute
Main shaft 1807 is stated through bearing block 1810 and the two is using excessively coordinating, the bearing block 1810 is fixed on spreading rack 1808
Center on, the top of the main shaft 1807 is cased with therewith using the second driven wheel 1806 of interference fit, described second
Driven wheel 1806 is flexibly connected by the 4th transmission belt 1804 with the second driving wheel 1803, and second driving wheel 1803 is nested with
Therewith using in the upright bar 1802 excessively coordinated, the top of second driving wheel 1803 is parallel to be equipped with the second driven gear
1801, the upright bar 1802 through the center of the second driven gear 1801 and the two using excessively cooperation, described second
Driven gear 1801 is sequentially connected with the second driving gear 1411 using the fit system being meshed, and the main shaft 1807 is outstanding
It is vacant inside hollow pipe 1109, it is described it is U-shaped auxiliary swivel mount 1805 bottom and support plate 1107 top surface movable contact, institute
State the spreading mouth 1809 for uniformly offering on spreading rack 1808 and being integrated therewith.
Longitudinal worm screw 1412 described in this patent refers to having one or several helical tooths, and engage and form with worm gear
The gear of gear pair with non-parallel.
When user wants a kind of floatation type aquaculture device using the present invention, the first step, precheck dress
Whether the assembling for all parts set is secured, and whether detection device being capable of normal use；Second step, device being capable of normal use
In the case of used, by rotating clockwise handwheel disk 1201 so that swingle 1202 whip wheel disc 1201 link
While drive rolling wheel 1204 to rotate so that first even rope 1206 wound into rolling wheel 1204, even restrict due to first at this time
1206 length is fixed, therefore first connects the downward pulling force in the 1206 pairs of generation of the two-sided rack driver plates 1301 directions of restricting so that first
1304 stress of spring and compressed by original state so that the two-sided rack driver plate 1301 drives while being inside contracted to longitudinal slide 1303
The transmission gear 1308 being meshed therewith rotates, and transmission gear 1308 drives first rotating shaft 1305 to rotate, and the second shaft 1307 exists
While rotation with first rotating shaft 1305 under the accessory drive of first transmission belt 1306 lateral worm gear 1309 is linked, from
And lateral worm screw 1310 is driven to rotate so that the first driving wheel 1311 links, and the first driven gear 1402 is in the second transmission
Cross bar 1403 is driven to rotate with while obtaining the rotation of the first driving wheel 1311 under accessory drive with 1401 so that on cross bar 1403
The first driving gear 1404 drive the first driven gear 1405 of orthogonal engagement to rotate while rotate with, Jin Er
One driven gear 1405 drives longitudinal worm screw 1412 to rotate, and longitudinal worm screw 1412 drives longitudinal worm gear 1410, third shaft 1409
First gear 1406 is driven to rotate while linkage with longitudinal worm gear 1410, the drive of first gear 1406 is meshed therewith
Second gear 1407 rotates, so that driving the 5th by third transmission belt 1510 while the 4th shaft 1408 links
Shaft 1509, to which the 5th shaft 1509 drives third gear 1508 to rotate, third gear 1508 drives the to be meshed therewith
Four gears 1506 rotate, and the 4th gear 1506 drives fan-shaped revolving fragment 1511 with the while driving the rotation of the 6th shaft 1507
It is rotated centered on six shafts 1507 so that above push away push bracket 1502 while motion bar 1505 moves up, to push bracket 1502
Protrusion force with switch ball 1503 will push up thereon so that feed is fallen into from storage bin 1103 in push bracket 1502, another mistake hour hands revolve
It changes hands wheel disc 1201 to be resetted so that the feed in push bracket 1502 is fallen from discharge port on stripper 1602, stripper
1602 do rotation clockwise using stripper 1602 and 1102 hinged one end of box body due to the gravity by feed as circle
Turn so that the fixed link 1601 opposing stationary with stripper 1602 is slided under the guiding role of arcuate socket 1608 to arc frame 1607
Dynamic, at the same time telescopic rod 1604 is inside contracted to sleeve 1606, and second spring 1606 is compressed by original state at this time, and fixed link 1601 exists
The pulling force to the second even rope 1609 is released while being subjected to displacement, the pulling force of release is third spring 1702 due to being wanted by compression
It resets and power is provided, to which third spring 1702 forces in sliding panel 1706 so that sliding panel 1706 is to outside cross slide 1701
Band moving gear 1705 moves while stretching, and then gear 1705 drives the single-side rack driver plate 1707 that is meshed therewith to guiding
Slide 1710 is overhanging, until being limited by discharge nozzle 1108, the first discharge port 1704 and the second discharge port 1708 are same at this time
The heart justifies structure, and feed, which falls into triangle guide rack 1104 and taken advantage of a situation from stripper 1602, falls into the first discharge port 1704, second
Discharge port 1708 enters discharge nozzle 1708, and then is fallen on spreading rack 1108 from hollow pipe 1109, and longitudinal worm screw 1412 is revolved
The rotation of the second driving gear 1411 is moved while turning, to which the second driving gear 1411 drives the rotation of the second driven gear 1801,
So that upright bar 1802 drives the second driving wheel 1803 to rotate while linkage, the second driven wheel 1805 is in the 4th transmission belt
It is rotated with the second driving wheel 1803 under 1804 accessory drive and main shaft 1807 is driven to rotate so that spreading rack 1808 is therewith
Feed is uniformly sprinkling upon in box for breeding from spreading mouth 1809 while rotation.
Problems solved by the invention is the prior art since technology is not perfect, does not have the function of automatic charging, needs people
Work carries out spreading feeding, and it is uneven that artificial spreading feeding can cause feed to be spread in box for breeding, cause the waste of feed, influence
The speed of growth of aquatic products causes the not of uniform size of cultured product, the present invention to be combined with each other by above-mentioned component, has automatic
The function of feeding intake carries out spreading feeding without artificial, the non-uniform problem of artificial spreading can be effectively avoided, to avoid raising
The waste of material, the speed of growth for being conducive to aquatic products is unified, while saving a large amount of production cost, increases the profit of raiser
Profit.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of floatation type aquaculture device, structure include charging device (1), kickboard (2), hollow stem (3), floating ball (4),
Connecting pole (5), box for breeding (6), skid resistance strip (7), it is characterised in that：
The skid resistance strip (7) being integrated therewith is uniformly laid on the outer surface of the box for breeding (6), it is described anti-skidding
Striped (7) is laid in equidistant formula, there is the connecting pole (5) of connection normal thereto in the orientation of top surface four of the box for breeding (6),
The connecting pole (5) is parallel to be equipped with four and top surface is all connected to orthogonal kickboard (2) therewith, the shape of the kickboard (2)
Shape is in rectangular configuration, is respectively connected with hollow stem (3) at left and right sides of the kickboard (2), the hollow stem (3) be provided with four and
In symmetrical setting two-by-two, the one end of the hollow stem (3) far from kickboard (2) is respectively connected with floating ball (4), the floating ball (4)
There are four settings and size shape and composed structure are identical, and charging device (1) is equipped on the center of the kickboard (2),
The bottom of the charging device (1) is connected through box for breeding (6) and the two；
The charging device (1) includes feed intake box (11), the actuating mechanism that feeds intake (12), the first rotating actuator (13),
Two rotating actuators (14) push discharging mechanism (15), shedding mechanism (16), auxiliary discharging transmission mechanism (17), spread automatically
Expect transmission mechanism (18)；
The box that feeds intake (11) is internally provided with connected the first rotating actuator (13), the second rotary drive machine
Structure (14) pushes discharging mechanism (15), shedding mechanism (16), auxiliary discharging transmission mechanism (17), automatic spreading transmission mechanism
(18), the actuating mechanism that feeds intake (12) is flexibly connected through the side of the box that feeds intake (11) and the two, the shake-up machine that feeds intake
Structure (12) is connected with the first rotating actuator (13) positioned at one side, and first rotating actuator (13) is far from throwing
One end and the second rotating actuator (14) of material actuating mechanism (12) are linked together by the way of drive connection, and described the
Two rotating actuators (14), which are active in, pushes discharging mechanism (15), and the promotion discharging mechanism (15) is located at the box (11) that feeds intake
Center, it is described that side of the discharging mechanism (15) far from the second rotating actuator (14) is pushed to be equipped with shedding mechanism (16),
Both tops that the shedding mechanism (16) is located at auxiliary discharging transmission mechanism (17) are connected, the automatic spreading transmission mechanism
(18) underface for pushing discharging mechanism (15) and the side far from auxiliary discharging transmission mechanism (17) is set to pass with the second rotation
Motivation structure (14) is flexibly connected, and the lower half portion of the automatic spreading transmission mechanism (18) is vacantly placed in the overhead of box for breeding (6),
The box that feeds intake (11) is connected with kickboard (2).
2. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The box that feeds intake (11) includes
There are circular hole (1101), box body (1102), storage bin (1103), triangle guide rack (1104), limited block (1105), sliding slot guide rail
(1106), support plate (1107), discharge nozzle (1108), hollow pipe (1109), it is one therewith to offer on the box body (1102)
The storage bin (1103) of body structure, the storage bin (1103) is in funnel shaped, on the one side of the box body (1102)
Circular hole (1101) is offered, the inside of the box body (1102) is fixed with triangle guide rack (1104), the triangle guide rack
(1104) lower section is equipped with the sliding slot guide rail (1106) being mechanically connected with support plate (1107), a left side for the sliding slot guide rail (1106)
Right both sides are respectively and fixedly provided with limited block (1105), and limited block (1105) parallel and symmetrical is provided with two pieces, the support plate
(1107) bottom surface and the inner bottom surface of box body (1102) are fitted and connected together, and phase therewith is equipped on the support plate (1107)
Mutually vertical discharge nozzle (1108), the discharge nozzle (1108) are communicated in hollow pipe (1109) below, the hollow pipe
(1109) with bottom center's vertical connection of box body (1102), the actuating mechanism that feeds intake (12), the first rotating actuator
(13), the second rotating actuator (14), push discharging mechanism (15), shedding mechanism (16), auxiliary discharging transmission mechanism (17),
Automatic spreading transmission mechanism (18) is connected with box body (1102).
3. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The actuating mechanism that feeds intake
(12) include handwheel disk (1201), swingle (1202), lantern ring (1203), rolling wheel (1204), leading block (1205), first
Even rope (1206), upper fixed pulley (1207), lower fixed pulley (1208), one end and the handwheel disk (1201) of the swingle (1202)
Medial center position vertical connection, the swingle (1202) is gap-matched through lantern ring (1203) and the two, institute
It states side of the lantern ring (1203) far from handwheel disk (1201) and is equipped with rolling wheel (1204), the rolling wheel (1204) is nested with to be used therewith
On the swingle (1202) of interference fit, the even rope (1206) of connected first, institute are wound on the rolling wheel (1204)
It states first and connects rope (1206) and leading block (1205), upper fixed pulley (1207), lower fixed pulley (1208) movable contact, under described
Fixed pulley (1208) is in there are two layings side by side, and described first connects the other end and the first rotating actuator (13) of rope (1206)
It is connected, the leading block (1205) and the inner wall of box body (1102) are mechanically connected, and the upper fixed pulley (1207) is mounted on
The inner bottom surface of box body (1102), the lower fixed pulley (1208) are fixed on the hollow top surface of box body (1102), the lantern ring
(1203) it is applied on circular hole (1101) and the two is using interference fit.
4. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The first rotary drive machine
Structure (13) includes the two-sided rack driver plate (1301), is oriented to raised line (1302), longitudinal direction slide (1303), the first spring
(1304), first rotating shaft (1305), the first transmission belt (1306), the second shaft (1307), transmission gear (1308), lateral worm gear
(1309), lateral worm screw (1310), the first driving wheel (1311), worm bearing (1312), the two-sided rack driver plate
(1301) two outer end faces, which are respectively and fixedly provided with, is oriented to raised line (1302), and the guiding raised line (1302) is interior with longitudinal slide (1303)
The mode that groove is gap-matched is flexibly connected, and the inner bottom surface of the longitudinal direction slide (1303) passes through the first spring
(1304) it is connected with the bottom surface of the two-sided rack driver plate (1301), the one side and biography of the two-sided rack driver plate (1301)
Moving gear (1308) is sequentially connected using the fit system being meshed, and the transmission gear (1308) is nested with to be used therewith
In the first rotating shaft (1305) of interference fit, the first rotating shaft (1305) passes through the first transmission belt (1306) and the second shaft
(1307) it is flexibly connected, second shaft (1307) is through therewith using the center of the lateral worm gear (1309) of interference fit
Position, the transverse direction worm gear (1309) be arranged the lower section of lateral worm screw (1310) and the two using the fit system being meshed into
Row is sequentially connected, and two end of left and right of the transverse direction worm screw (1310) is mounted on worm bearing (1312), the transverse direction worm screw
(1310) it is also equipped on one end far from the two-sided rack driver plate (1301) therewith using the first driving wheel excessively coordinated
(1311), first driving wheel (1311) is sequentially connected with the second rotating actuator (14), the worm bearing (1312)
Be fixedly connected with box body (1102), the outer end face of the first rotating shaft (1305) and the second shaft (1307) with box body (1102)
Inner face flexible connection, it is described longitudinal direction slide (1303) bottom surface and box body (1102) interior bottom vertical connection, described first
Even the other end of rope (1206) passes through the first spring (1304) and is connect with the bottom surface of the two-sided rack driver plate (1301).
5. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The second rotary drive machine
Structure (14) include the second transmission belt (1401), the first driven wheel (1402), cross bar (1403), the first driving gear (1404),
First driven gear (1405), longitudinal worm gear (1406), second gear (1407), the 4th shaft (1408), third shaft
(1409), first gear (1410), the second driving gear (1411), longitudinal worm screw (1412), the cross bar (1403) are past from a left side
The right side is arranged with therewith successively using the first driven wheel (1402) of interference fit, the first driving gear (1404), first master
The lower section of moving gear (1404) is equipped with the first driven gear (1405) for using orthogonal engagement therewith, first driven gear
(1405) it is nested at the top for using the longitudinal worm screw (1412) excessively coordinated therewith, the bottom of the longitudinal direction worm screw (1412) is passed through
It is through at therewith using the second driving gear (1411) excessively coordinated, the longitudinal direction worm screw (1412) is close to second gear (1407)
Side be equipped with longitudinal worm gear (1406) for being meshed therewith, the longitudinal direction worm gear (1406) is nested with is being matched using interference therewith
In the third shaft (1409) of conjunction, also extended through on the third shaft (1409) therewith using the first gear excessively coordinated
(1410), side of the first gear (1410) far from longitudinal worm screw (1412) is meshed with second gear (1407) use
Fit system is sequentially connected, and the 4th shaft (1408) is adopted through the center of second gear (1407) and the two
It is flexibly connected with the first driven wheel (1402) with one end of interference fit, second transmission belt (1401), second transmission
The other end of band (1401) is sequentially connected in the first driving wheel (1311), the 4th shaft (1408), third shaft (1409)
Outer end face be flexibly connected with the inner face of box body (1102), second driving gear (1411) and automatic spreading driver
Structure (18) is sequentially connected, and the 4th shaft (1408), which is movably connected on, pushes discharging mechanism (15).
6. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The promotion discharging mechanism
(15) include discharge port (1501), push bracket (1502), switch ball (1503), bearing (1504), motion bar (1505), the 4th tooth
Take turns (1506), the 6th shaft (1507), third gear (1508), the 5th shaft (1509), third transmission belt (1510), revolving fragment
(1511), the 6th shaft (1507) sequentially passes through in therewith using the revolving fragment (1511) and the 4th gear of interference fit
(1506) bottom of center, the revolving fragment (1511) is flexibly connected with the bottom of motion bar (1505), the activity
The bottom centre position vertical connection at the top and push bracket (1502) of bar (1505), two outer walls and bearing of the push bracket (1502)
(1504) internal face fitting contact, the bearing (1504) are built-in with the switch ball (1503) of movable contact therewith and are located at and push away
The surface of frame (1502), it is a discharge port (1501) for changing structure therewith to offer on the one side of the bearing (1504),
4th gear (1506) is close to the side of the 5th shaft (1509) with third gear (1508) using the cooperation side being meshed
Formula is sequentially connected, and the third gear (1508) is nested in the 5th shaft (1509) therewith using interference fit, institute
The one end for stating third transmission belt (1510) is flexibly connected with the 5th shaft (1509), the other end of the third transmission belt (1510)
Be movably connected on the 4th shaft (1408), the bearing (1504) be fixedly connected with box body (1102) and with storage bin (1103) phase
One outer end face of connection, the 5th shaft (1509) and the 6th shaft (1507) connects with the inner face activity of box body (1102)
It connects, the one side of the bearing (1504) is contacted with shedding mechanism (16) fitting.
7. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：Shedding mechanism (16) packet
Fixed link (1601), stripper (1602), hinge seat (1603), telescopic rod (1604), sleeve (1605), second spring are included
(1606), arc frame (1607), arcuate socket (1608), second connect rope (1609), quiet pulley (1610), the stripper (1602)
On be fixed with orthogonal fixed link (1601) therewith, the fixed link (1601) is through the arc being gap-matched therewith
Shape hole (1608), the arcuate socket (1608) are opened on the arc frame (1607) being integrated therewith, the arc frame
(1607) side is equipped with the hinge seat (1603) that be mechanically connected with stripper (1602) bottom surface, the hinge seat (1603) and
One end hinge connection of telescopic rod (1604), the telescopic rod (1604) are matched through sleeve (1605) and the two using gap
It closing, the inner bottom surface of the sleeve (1605) is connected by second spring (1606) with the bottom surface of telescopic rod (1604), and described the
Two one end for even restricting (1609) are fixedly connected with fixed link (1601), the described second even rope (1609) and quiet pulley (1610) activity
It contacts, the quiet pulley (1610) is arranged lays there are three and in isosceles triangle, and described second connects the other end of rope (1609)
It is connected to auxiliary discharging transmission mechanism (17), one end and box body (1102) hinge connection of the stripper (1602) are described to unload
The other end of flitch (1602) is contacted with the fitting of the outer surface of bearing (1504), and the bottom hinge of the sleeve (1605) is connected to
The bottom surface of the inner wall of box body (1102), the arc frame (1607) is fixedly connected with the inner bottom surface of box body (1102).
8. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The auxiliary discharging driver
Structure (17) includes cross slide (1701), third spring (1702), U-shaped frame (1703), the first discharge port (1704), gear
(1705), sliding panel (1706), single-side rack driver plate (1707), the second discharge port (1708), auxiliary movable pulley (1709), lead
To slide (1710), sliding panel (1706) level is described through the cross slide (1701) being gap-matched therewith
The inner face of cross slide (1701) is connected by third spring (1702) with sliding panel (1706), the sliding panel (1706)
On offer and be integrated therewith, the sliding panel (1706) is equipped with close to one end bottom surface of third spring (1702)
U-shaped frame (1703), mechanical connection has auxiliary movable pulley (1709), the auxiliary movable pulley (1709) on the U-shaped frame (1703)
Lower section be equipped with the single-side rack driver plate (1707) that is meshed therewith, the single-side rack driver plate (1707) it is horizontal through
The bottom surface of the guiding slide (1710) being gap-matched therewith, the single-side rack driver plate (1707) is equipped with auxiliary movement
It takes turns (1709), the auxiliary movable pulley (1709) is in there are two symmetrical installations, on the single-side rack driver plate (1707)
The second discharge port (1708) being integrated therewith is offered, the guiding slide (1710) is far from the second discharge port
(1708) the inner wall vertical connection of one end and box body (1102), (1709 is sliding with sliding slot guide rail (1106) for the auxiliary movable pulley
Dynamic connection, described second other end for even restricting (1609) are connected across third spring (1702) with sliding panel (1706).
9. a kind of floatation type aquaculture device according to claim 1, it is characterised in that：The automatic spreading driver
Structure (18) includes the second driven gear (1801), upright bar (1802), the second driving wheel (1803), the 4th transmission belt (1804), U
Type assists swivel mount (1805), the second driven wheel (1806), main shaft (1807), spreading rack (1808), spreading mouth (1809), axis
Bearing (1810) is provided with the U-shaped auxiliary swivel mount (1805) of flexible connection therewith at the top of the main shaft (1807), described
Main shaft (1807) is through bearing block (1810) and the two is using excessively coordinating, and the bearing block (1810) is fixed on spreading rack
(1808) it on center, is cased at the top of the main shaft (1807) therewith using the second driven wheel of interference fit
(1806), second driven wheel (1806) is flexibly connected by the 4th transmission belt (1804) with the second driving wheel (1803), institute
The second driving wheel (1803) is stated to be nested on using the upright bar (1802) excessively coordinated therewith, second driving wheel (1803)
Top is parallel to be equipped with the second driven gear (1801), centre bit of the upright bar (1802) through the second driven gear (1801)
It sets and the two is using excessively cooperation, second driven gear (1801) is matched with the second driving gear (1411) using what is be meshed
Conjunction mode is sequentially connected, and the main shaft (1807) is vacantly placed in hollow pipe (1109) inside, the U-shaped auxiliary swivel mount
(1805) the top surface movable contact of bottom and support plate (1107) uniformly offers therewith on the spreading rack (1808)
The spreading mouth (1809) being integrated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810203930.5A CN108522392A (en) | 2018-03-13 | 2018-03-13 | A kind of floatation type aquaculture device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810203930.5A CN108522392A (en) | 2018-03-13 | 2018-03-13 | A kind of floatation type aquaculture device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108522392A true CN108522392A (en) | 2018-09-14 |
Family
ID=63484372
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810203930.5A Withdrawn CN108522392A (en) | 2018-03-13 | 2018-03-13 | A kind of floatation type aquaculture device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108522392A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113875672A (en) * | 2021-11-12 | 2022-01-04 | 新晃果康生态农业开发股份有限公司 | Floating type automatic feeding device for aquaculture |
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| CN201674875U (en) * | 2010-02-23 | 2010-12-22 | 深圳市龙科源水产养殖有限公司 | Spherical abalone hanging-breeding cage |
| WO2015126508A1 (en) * | 2014-02-20 | 2015-08-27 | Edwards Shaun | Process for utilizing dual use packaging |
| CN105454122A (en) * | 2014-09-30 | 2016-04-06 | 浙江富地机械有限公司 | Oxygenation feeder |
| CN206061858U (en) * | 2016-08-30 | 2017-04-05 | 陈三秀 | A kind of Full-automatic fishpond chemical feed machine |
| CN206324032U (en) * | 2016-12-28 | 2017-07-14 | 湛江国联水产种苗科技有限公司 | A kind of water surface floating batch charger used for aquiculture |
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2018
- 2018-03-13 CN CN201810203930.5A patent/CN108522392A/en not_active Withdrawn
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201674875U (en) * | 2010-02-23 | 2010-12-22 | 深圳市龙科源水产养殖有限公司 | Spherical abalone hanging-breeding cage |
| WO2015126508A1 (en) * | 2014-02-20 | 2015-08-27 | Edwards Shaun | Process for utilizing dual use packaging |
| CN105454122A (en) * | 2014-09-30 | 2016-04-06 | 浙江富地机械有限公司 | Oxygenation feeder |
| CN206061858U (en) * | 2016-08-30 | 2017-04-05 | 陈三秀 | A kind of Full-automatic fishpond chemical feed machine |
| CN206324032U (en) * | 2016-12-28 | 2017-07-14 | 湛江国联水产种苗科技有限公司 | A kind of water surface floating batch charger used for aquiculture |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113875672A (en) * | 2021-11-12 | 2022-01-04 | 新晃果康生态农业开发股份有限公司 | Floating type automatic feeding device for aquaculture |
| CN113875672B (en) * | 2021-11-12 | 2023-05-26 | 新晃果康生态农业开发股份有限公司 | Floating aquaculture is with automatic device of throwing something and feeding |
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Application publication date: 20180914 |
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