CN201132604Y

CN201132604Y - Fish-driving and bleeding submarines for aquiculture

Info

Publication number: CN201132604Y
Application number: CNU2007203120265U
Authority: CN
Inventors: 郑忠悦
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-12-13
Filing date: 2007-12-13
Publication date: 2008-10-15
Anticipated expiration: 2017-12-13

Abstract

The utility model relates to a fish-herding oxygenation submarine used in aquiculture, which comprises a shell body provided with a sealing cabin. A water storage sump is arranged inside the sealing cabin; an inlet branch is arranged on the shell body; a plurality of air outlets and propellers are arranged at the rear part of the shell body; a storage battery, a circuit controlling board and an air control blower are arranged inside the sealing cabin; the inlet branch is connected with the air control blower and the air outlets at the rear part of the shell body through pipelines; a speed regulating motor is arranged at the rear part of the sealing cabin; an output shaft of the speed regulating motor is extended out from the back wall of the shell body, and is connected with the propellers; a piston which can axially slide is arranged in the water storage sump; the lateral surface of the piston is connected with an expansion device and a motor in sequence, and a water intake and a waterspout are arranged on the terminal bottom of the water storage sump which is positioned on the other lateral surface of the piston; a remote-control receiver is arranged on the top of the inlet branch. The fish-herding oxygenation submarine has the remote-control function, controls the submarine to drive in different depths in water, leads the water in a pond to fully come alive, continuously replenishes fresh air to the water in the pond, and has obvious effects on the survival rate of the aquiculture.

Description

What be used for aquaculture drives fish oxygenation Submarine

Technical field

The utility model relates to a kind of device that increases the water body level of oxygen, and specifically a kind of used for aquiculture drives fish oxygenation Submarine.

Background technology

At present, in the fishing pool of aquaculture,, mostly be to adopt the cultivation density that increases them in order to improve the output of fish, shrimp, crab, the oxygen depletion amount in the fishing pool increases greatly thus, causes the oxygen content in the water to reduce.In the situation of anoxic, fish, shrimp " floating head phenomenon " can appear, and head is emerged suck or seek oxygen.Can cause mass mortality when serious.In order to increase the level of oxygen on the fishing pool, people often adopt the oxygen in the next continuous supplementing water of the way of artificial oxygenation.Therefore need regularly water quality to be carried out the test of level of oxygen,, be difficult to make the level of oxygen equilibrium on the fishing pool so operation is very loaded down with trivial details, and can't increase water-bed water quality level of oxygen.The disclosed patent No. of China is " aerator under water " of " 200620067611.9 ", it is to utilize the hollow impeller that hollow waterleaf is housed to cooperate with submersible machine, make hollow waterleaf when the water high speed is struck, the afterbody opening produces negative pressure outward, make the water body in the aerator space come rapidly to replenish, and the air on the water surface also and then flows into, and forms the air flows of the water surface, energy chamber, hollow impeller, hollow waterleaf, current, increases the level of oxygen of aquaculture system greatly.This method can increase water-bed water quality level of oxygen, but the hollow waterleaf of this aerator and hollow impeller processing and manufacturing complexity, and cost is higher, can not remote control, by manual operation, and can only be fixed in a place, and therefore only be applicable to the less fishing pool.

Summary of the invention

The utility model is at the defective and the deficiency of above-mentioned prior art, for the aquaculture industry provide a kind of simple and feasible remote-controlled drive sail drive fish oxygenation Submarine.

The technical measures taked of the utility model are for achieving the above object: this fish oxygenation Submarine that drives that is used for aquaculture comprises the housing that is provided with gas-tight silo, water storing bin is housed in the gas-tight silo, air inlet pipe is established in the top of described housing, the rear of housing is provided with a plurality of air gates and screw propeller, storage battery is housed in the gas-tight silo, circuit control panel and supercharging air machine, air inlet pipe links to each other by the air gate of pipeline with supercharging air machine and housing rear, described gas-tight silo rear is equipped with buncher, the output shaft of buncher stretches out the housing rear wall, link to each other with screw propeller, be provided with piston in axial sliding in the described water storing bin, the side of this piston and retractor device, motor joins successively, the water storing bin end bottom of opposite side is provided with into water, discharge port, remote-receiver is equipped with at the top of described air inlet pipe.

Described retractor device comprises the steel bar that polylith is isometric, and the center of per two steel bars is hinged, and its end points and another end points to steel bar are hinged, are in series successively.

Two screw propellers about described housing rear is provided with, these two screw propellers are corresponding continuous with the output shaft of two bunchers that are installed in the gas-tight silo rear side by side respectively, and the front side of described remote-receiver is provided with the infrared induction probe.

The input end of described circuit control panel joins with infrared induction probe, remote-receiver respectively, and mouth joins with buncher, motor and supercharging air machine respectively.

The utility model control Submarine that can use a teleswitch pulls the plug and travels, in the pool, make wave, make that aquatic products fully enlivens in the pool, and continuously the water body in the fishing pool is replenished fresh air, impelling fish, shrimp, crab to move about, when strengthening its physique, guaranteeing that water body has enough oxygen, fish, shrimp, crab are grown up healthy and sound, to improving the aquaculture survivor's rate, guaranteeing that good harvest has remarkable result.The function that the utility model also has in the bottom, water, travels automatically on the water surface running into obstacle turning automatically, avoids Submarine to break.

Description of drawings

Fig. 1 is the utility model structure cross-sectional schematic;

Fig. 2 is that the A of Fig. 1 is to view;

Fig. 3 is the utility model remote-receiver enlarged diagram;

Fig. 4 is the utility model electricity principle square frame connection diagram.

The specific embodiment

As shown in Figure 1 and Figure 2, what this was used for aquaculture drives fish oxygenation Submarine, comprises the housing 1 that is provided with gas-tight silo 2, is provided with a water storing bin 8 in the gas-tight silo or respectively establishes a water storing bin 8 in the both sides of gas-tight silo.The rear of housing 1 is provided with a plurality of air gates 11 and by the screw propeller of driven by motor.The top of housing is provided with air inlet pipe 6, and this air inlet pipe is scalable, and when Submarine was travelled in the water of different depth, the air inlet mouth of pipe can surface all the time.Remote-receiver 3 is equipped with at the mouth of pipe place, top of air inlet pipe 6, this remote-receiver is horizontal positioned ringwise, adopt transparent material on every side, which angle no matter Submarine forward to, and the remote-receiver of annular can both receive the signal that the corresponding remote control transmitter of remote usefulness sends.Described gas-tight silo 2 rears are equipped with two bunchers 13 side by side, and the output shaft of buncher stretches out housing 1 rear, and link to each other with cooresponding screw propeller 12.Air inlet pipe 6 on the housing communicates by the supercharging air machine in pipeline and the housing and the air gate at housing rear.The circuit control panel 17 of each parts of control and the storage battery 9 that each parts is powered also are housed in the gas-tight silo 2, accumulator switch 4 is inlaid on the remote-receiver 3, switch storage battery as required, the charging plug 5 of storage battery is installed in the rear side of remote-receiver 3.Be provided with piston 7 in axial sliding in the described water storing bin 8, this piston one side is provided with retractor device 18 and motor 16, this retractor device comprises the steel bar that polylith is isometric, the center of per two steel bars is hinged, its end points and another end points to steel bar are hinged, be in series successively, the two ends of retractor device join with piston 7 and motor 16 respectively.Rotate to change displacement between the steel bar end points that retractor device links to each other with motor by motor, reach the purpose that makes retractor device 18 elongations, shortening, thus driven plunger 7 axial motion in water storing bin.The water storing bin end of the opposite side of piston 7 bottom is provided with into water, discharge port, by the motion of piston, water storing bin 8 water-fillings or draining is controlled the sink-float of Submarine.

As shown in Figure 3, the front side of remote-receiver is provided with infrared induction probe 15, and when obstacle occurring at its induction range, the infrared induction probe directly feeds back to circuit control panel 17, by the rotating speed of circuit control panel buncher, makes hull cut-through thing.

According to Fig. 4 as can be seen, described storage battery 9 is junction circuit control desk 17, supercharging air machine 10, motor 16, buncher 13 respectively, for they provide.The input end of circuit control panel 17 joins respectively with infrared induction probe 15, remote-receiver 3, and mouth joins with buncher 13, motor 16, supercharging air machine 10 and infrared induction probe 15 respectively.。

Open the accumulator switch 4 of air inlet pipe top, and after air inlet pipe 6 is stretched to certain altitude, the utility model is placed the fish pond, press the dive button with remote control transmitter, remote-receiver 3 is received signal, by circuit control panel 17 starter motors 16, make retractor device 18 shrink pulling piston 7, the water storing bin space at piston 7 rears produces negative pressure, and water sucks the water storing bin back cavities from water inlet, discharge port 14, when hull gravity begins dive during greater than buoyancy.When needing blowing aeration, push the ventilation button of remote control transmitter, remote-receiver 3 receives signal and makes 10 work of supercharging air machine by circuit control panel, and the fresh air that will suck from air inlet pipe top center hole is discharged by the aperture 11 at hull rear, is water body oxygenation.When needs travel, remote control transmitter is pressed forward key, circuit control panel 17 receives that remote-receiver 3 passes the signal of coming, start two bunchers 13, make screw propeller 12 rotations, drive hull and advance, and breaing up from the air of aperture 11 pass-outs, the level of oxygen of water quality is increased, and impel fish, shrimp, crab etc. to move about.When needs are turned or during speed change, remote control transmitter sends signal, changes the rotating speed of 17 modified tone speed motors 13 by remote-receiver 3 and circuit control panel, thereby changes the rotating speed of screw propeller 12, two screw propellers, 12 rotating speeds not simultaneously hull will turn.After remote control transmitter is pressed the button that travels automatically, remote-receiver is opened infrared induction probe 15 by circuit control panel 17, two bunchers, 13 automatic compensations are to predefined rotating speed, slow slightly with the pop one's head in buncher rotating speed of 15 homonymies of infrared induction, make hull pop one's head in 15 1 lateral deviations to travelling by infrared induction slightly, so that infrared induction probe 15 can be sensed obstacle in the very first time is close.When running into obstacle, the infrared induction probe feeds back to circuit control panel 17 with induced signal, by circuit card control, makes with buncher 13 meetings of infrared induction probe homonymy and quickens, and Submarine is turned toward opposite side, to get around obstacle.When obstacle left infrared induction probe induction range, circuit control panel 17 was recalled to original rotating speed with buncher 13 again, has so just realized that Submarine travels in the fishing pool automatically.When needing the Submarine come-up, successively press remote control transmitter hand push button and come-up button, after circuit control panel 17 is received the signal of remote-receiver, allow motor 16 reverse, drive retractor device 18 elongations, and promote piston 7, water is extruded water storing bin 8 from water inlet, discharge port 14, when gravity during less than buoyancy, the hull come-up.The control remote control transmitter reaches the bank with the utility model, closes accumulator switch 4, has drawn air inlet pipe 6 in, and by 9 chargings of 5 pairs of storage batterys of charging plug, in order to using next time.

Claims

One kind be used for aquaculture drive fish oxygenation Submarine, comprise the housing (1) that is provided with gas-tight silo (2), water storing bin (8) is housed in the gas-tight silo (2), air inlet pipe (6) is established in the top of described housing, the rear of housing is provided with a plurality of air gates (11) and screw propeller (12), storage battery (9) is housed in the gas-tight silo (2), circuit control panel (17) and supercharging air machine (10), described air inlet pipe (6) links to each other with the air gate (11) at supercharging air machine (10) and housing rear by pipeline, it is characterized in that described gas-tight silo rear is equipped with buncher (13), the output shaft of buncher stretches out housing (1) rear wall, link to each other with screw propeller (12), be provided with piston (7) in axial sliding in the described water storing bin (8), the side of this piston and retractor device (18), motor (16) joins successively, the water storing bin end bottom of opposite side is provided with into water, discharge port (14), remote-receiver (3) is equipped with at the top of described air inlet pipe (6).
2. according to claim 1 be used for aquaculture drive fish oxygenation Submarine, it is characterized in that described retractor device (18) comprises the steel bar that polylith is isometric, the center of per two steel bars is hinged, and its end points and another end points to steel bar are hinged, are in series successively.
3. according to claim 1 and 2 be used for aquaculture drive fish oxygenation Submarine, it is characterized in that two screw propellers (12) about described housing (1) rear is provided with, these two screw propellers are corresponding continuous with the output shaft of two bunchers (13) that are installed in gas-tight silo (2) rear side by side respectively, and the front side of described remote-receiver is provided with infrared induction probe (15).
4. according to claim 3 be used for aquaculture drive fish oxygenation Submarine, the input end that it is characterized in that described circuit control panel (17) joins with infrared induction probe (15), remote-receiver (3) respectively, and mouth joins with buncher (13), motor (16) and supercharging air machine (10) respectively.