CN218090759U - Water surface floater blocking device - Google Patents

Abstract

The utility model discloses a surface of water floater arresting gear, including base A, bracing piece A, slide bar A, bracing piece B, actuating mechanism, relocation mechanism, bracing piece A's one end sets up on base A, and bracing piece A's the other end is connected with slide bar A's one end, be provided with spout A in the bracing piece B, spout A one side is provided with the opening, slide bar A's the other end stretches into and forms sliding connection in the spout A, actuating mechanism one end is connected with bracing piece B, and the actuating mechanism other end is connected with relocation mechanism. The utility model discloses an actuating mechanism's setting has realized that remote control separates the function that receive and releases of net. The utility model is suitable for aquaculture, and can prevent floating plants or garbage from entering aquaculture water areas; can block the floating objects in a certain area through the blocking device, or can block the floating objects to be salvaged after being concentrated.

Description

Water surface floater blocking device

Technical Field

The utility model belongs to the technical field of the surface of water equipment, especially, relate to a surface of water floater arresting gear.

Background

In aquaculture, floating plants such as floating algae and water hyacinth are common factors affecting water quality. Therefore, a device for blocking the floating objects is usually required to be arranged, so that the related floating objects or garbage are prevented from entering the culture water area, and the water quality safety of the culture area is ensured. However, the blocking net which is fixedly arranged is generally used for blocking, manual operation is needed when the net is folded and unfolded on site, and the efficiency is low. When water does not need to enter the culture area, the blocking net can be pulled out of the water surface so as to prolong the service life of the blocking net, and the blocking net is put down to block water when water enters. And when the floater is cleared up, the floater can only be salvaged manually, and if the floater can be concentrated and then salvaged, the efficiency can be greatly improved. Therefore, there is a need for a blocking device that can change the blocking length without manually retracting the blocking net, and can move the blocking net to concentrate the floating objects.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a surface of water floater arresting gear can solve the inconvenient problem of concentrating of artifical receipts and releases arresting net, floater.

The utility model discloses a following technical scheme can realize.

The utility model provides a pair of surface of water floater arresting gear, including base A, bracing piece A, slide bar A, bracing piece B, actuating mechanism, relocation mechanism, bracing piece A's one end sets up on base A, and bracing piece A's the other end is connected with slide bar A's one end, be provided with spout A in the bracing piece B, spout A one side is provided with the opening, slide bar A's the other end stretches into and forms sliding connection in the spout A, actuating mechanism one end is connected with bracing piece B, and the actuating mechanism other end is connected with the relocation mechanism.

Preferably, the driving mechanism comprises a motor, a controller and a protection bin, an output shaft of the motor is connected with one end of the rotating shaft through a coupler, the motor and the controller are arranged in the protection bin, the other end of the rotating shaft sequentially penetrates through the supporting block and the roller and then is connected with the floating mechanism, and the protection bin, the coupler and the supporting block are respectively arranged at the lower part of the supporting rod B.

Preferably, the roller comprises a component A and a component B, wherein stand columns A are arranged on the component A and the component B, through holes A are formed in the component A, through holes B are formed in the component B, the rotating shaft penetrates through the component A through the through holes A, penetrates through the component B through the through holes B, a plurality of sliding rods B are arranged on one side of the component A, a sliding groove B is formed in one side of the component B, an elastic part is arranged in the sliding groove B, and the sliding rods B stretch into the sliding groove B to form sliding connection.

Preferably, the relocation mechanism, including the flotation pontoon, base B, bracing piece C, base B sets up on the flotation pontoon, bracing piece C sets up on base B, and bracing piece C top is provided with cavity A, rotates the seat, it is provided with carousel A to rotate the seat bottom, it extends cavity A and carousel A and arranges cavity A in and forms the rotation connection to rotate seat one end, rotates the seat and is connected with the pivot.

Preferably, base A one side is provided with the inclined plane, and base A is connected with bracing piece A through the base, be provided with cavity B in the base, bracing piece A's one end is provided with carousel B, bracing piece A's one end is arranged in cavity B to cavity B and carousel B and is formed the rotation and connect, the bilateral symmetry of the bracing piece A other end is provided with fixed block A.

Preferably, the bilateral symmetry of slide bar A one end is provided with fixed block B, fixed block B passes through screw A with fixed block A and forms the connection, be provided with a plurality of through-holes C on the slide bar A, be provided with screw A on the bracing piece B, screw B, spout A's bottom is provided with screw B, screw A sets up with screw B symmetry, screw B runs through screw A, through-hole C in proper order after with screw B threaded connection.

Preferably, the rotating shaft comprises a rotating rod A and a rotating rod B, a sliding groove C is arranged in the rotating rod A, a sliding groove D is arranged on the inner wall of the sliding groove C, the rotating rod B is arranged in the sliding groove C to form sliding connection, a sliding rod C is arranged on the outer wall of the rotating rod B, clamping blocks are arranged on the outer walls of the rotating rod A and the rotating rod B, and the sliding rod C is arranged in the sliding groove D to form sliding connection.

Preferably, the roller is provided with a separation net, and the inner walls of the through holes A and B are provided with sliding grooves E.

Preferably, bracing piece C forms through slide bar D and rotation seat and is connected, is provided with screw C on the bracing piece C, be provided with spout F in the bracing piece C, be provided with screw C on spout F's the inner wall, screw D, screw C sets up with screw D symmetry, be provided with a plurality of through-holes D on the slide bar D, screw C runs through screw C, behind the through-hole D in proper order with screw D threaded connection.

Preferably, be provided with on the base B and rotate knot A, it is provided with the rope to rotate on the knot A, the rope other end is detained B and is inserted the post formation with fixed through rotating and be connected.

The beneficial effects of the utility model reside in that:

the utility model discloses a remote control separates the function that receive and releases of net has been realized to actuating mechanism's setting. The floating mechanism is driven to move by pulling the rope, so that the transverse lengths of the roller and the separation net are lengthened, and different blocking requirements are met. The utility model is suitable for aquaculture, can prevent floating plants or garbage from entering aquaculture water areas, further causes the water quality to decline, and can be arranged at the water inlet or the water outlet of the aquaculture water areas; if have more floater in breeding the waters, also can pass through the utility model discloses a blocking device blocks the floater in a certain region, or blocks to salvage the processing after concentrating, can improve the cleaning efficiency of floater.

Drawings

FIG. 1 is a schematic view of the present invention;

fig. 2 is a schematic structural diagram of the region a of the present invention;

FIG. 3 is a schematic side view of the rotating shaft of the present invention;

fig. 4 is a schematic top view of the rotating shaft of the present invention;

fig. 5 is a schematic structural view of the drum of the present invention;

fig. 6 is a schematic structural view of the assembly a of the present invention;

in the figure: 1-base a, 11-inclined plane, 12-base, 121-cavity B, 2-support bar a, 21-turntable B, 22-fixed block a, 3-slide bar a, 31-fixed block B, 32-through hole C, 4-support bar B, 41-slide bar a, 42-screw hole a, 43-screw hole B, 5-drive mechanism, 51-motor, 52-controller, 53-protection bin, 54-coupler, 55-rotation shaft, 551-rotation bar a, 552-rotation bar B, 553-slide groove C, 554-slide bar D, 555-slide bar C, 556-fixture block, 56-support block, 6-floating mechanism, 61-float, 62-base B, 63-support bar C, 631-cavity a, 632-slide groove F, 634-slide groove C, 634-screw hole D, 64-rotation seat, 641-turntable a, 65-slide bar D, 651-through hole D, 66-rotation fastener a, 7-roller, 71-assembly a, 72-upright post assembly B, 73-upright post 74-screw hole a, 76-through hole B, screw hole 767-screw 76b, 633-slide bar B, 769-slide bar B, 103-slide groove E, 103-9-slide groove B, 103-9-slide groove E, 103-slide groove E, and 103-9-slide groove E.

Detailed Description

The technical solutions of the present invention are further described below, but the scope of protection claimed is not limited to the described ones.

Example 1:

as shown in fig. 1 to 6, a water surface floater blocking device comprises a base A1, a support rod A2, a slide rod A3, a support rod B4, a driving mechanism 5 and a floating mechanism 6, wherein one end of the support rod A2 is arranged on the base A1, the other end of the support rod A2 is connected with one end of the slide rod A3, a chute a41 is arranged in the support rod B4, an opening is arranged at one side of the chute a41, the other end of the slide rod A3 extends into the chute a41 to form a sliding connection, one end of the driving mechanism 5 is connected with the support rod B4, and the other end of the driving mechanism 5 is connected with the floating mechanism 6.

The driving mechanism 5 comprises a motor 51, a controller 52 and a protection bin 53, wherein an output shaft of the motor 51 is connected with one end of a rotating shaft 55 through a coupler 54, the motor 51 and the controller 52 are arranged in the protection bin 53, the protection bin 53 has a waterproof effect, the motor 51 and the controller 52 inside the protection bin are provided with heat dissipation holes, the other end of the rotating shaft 55 sequentially penetrates through a supporting block 56 and a roller 7 and then is connected with a floating mechanism 6, and the protection bin 53, the coupler 54 and the supporting block 56 are respectively arranged at the lower part of a supporting rod B4. The driving mechanism 5 is provided with a power line and is connected with an external power supply to supply power to the controller 52 and the motor 51, the controller 52 has a signal receiving function, the controller 52 can remotely control the operation of the motor 51, the motor 51 is a bidirectional rotating motor, the motor 51 rotates to drive the rotating shaft 55 to rotate, the rotating shaft 55 drives the roller 7 to rotate, and the separation net 10 is retracted and extended.

The roller 7 comprises a component A71 and a component B72, wherein upright posts A73 are arranged on the component A71 and the component B72, through holes A74 are formed in the component A71, through holes B75 are formed in the component B72, the rotating shaft 55 penetrates through the component A71 through the through holes A74, the rotating shaft 55 penetrates through the component B72 through the through holes B75, a plurality of sliding rods B76 are arranged on one side of the component A71, a sliding groove B77 is formed in one side of the component B72, an elastic part 78 is arranged in the sliding groove B77, and the sliding rods B76 extend into the sliding groove B77 to form sliding connection. The upright posts A73 are provided with a plurality of upright posts which penetrate through the screen 10 to realize the rolling and releasing of the screen 10 through the rotation of the roller 7 so as to achieve different blocking effects and be convenient for driving the screen 10 to extend towards the extending direction of the roller 7 when the roller 7 extends. The arrangement that the end of the sliding rod B76 extending into is connected with one end of the elastic part 78, the other end of the elastic part 78 is connected with the sliding groove B77 enables the roller 7 to extend, and the elastic part 78 is recovered and shortened under the state that the external force disappears, so that the roller 7 can recover the original length.

Floating mechanism 6, including flotation pontoon 61, base B62, bracing piece C63, base B62 sets up on flotation pontoon 61, bracing piece C63 sets up on base B62, and the bracing piece C63 top is provided with cavity A631, rotates seat 64, it is provided with carousel A641 to rotate seat 64 bottom, it extends cavity A631 and carousel A641 to rotate seat 64 one end and forms the rotation connection in placing cavity A631 in, rotates seat 64 and rotates with pivot 55 and be connected. The floating mechanism 6 floats on the water surface through the float 61, and the arrangement of the turntable a641 and the cavity a631 enables the rotating seat 64 to rotate relative to the sliding rod D65, so that the rotating shaft 55 is prevented from being damaged due to the action of torque when the position of the floating mechanism 6 is pulled through the rope 102.

Base A1 one side is provided with inclined plane 11, and base A1 is connected with bracing piece A2 through base 12, be provided with cavity B121 in the base 12, the one end of bracing piece A2 is provided with carousel B21, the one end of bracing piece A2 is arranged in cavity B121 to cavity B121 and carousel B21 and is formed the rotation and connect, the bilateral symmetry of the bracing piece A2 other end is provided with fixed block A22. The inclined surface 11 facilitates the placement of a counterweight on the base A1 to ensure the stability of the arresting device. The arrangement of the turntable B21 and the cavity B121 enables the supporting rod A2 to rotate relative to the base A1, so that the base A1 can still be kept stable without displacement when the rope 102 pulls the floating mechanism 6.

The bilateral symmetry of slide bar A3 one end is provided with fixed block B31, fixed block B31 forms through screw A8 with fixed block A22 and is connected, be provided with a plurality of through-holes C32 on the slide bar A3, be provided with screw A42 on the bracing piece B4, screw B9, spout A41's bottom is provided with screw B43, screw A42 sets up with screw B43 symmetry, screw B9 runs through screw A42, behind the through-hole C32 in proper order with screw B43 threaded connection. Screw B9 can pass through different through-hole C32 on the slide bar A3, and this setting makes slide bar A3 stretch into the length of bracing piece B4 part can adjust and fixed through screw B9, realizes flexible function, and this flexible function is convenient for set up base A1 and the distance that separates net 10 as required to the adaptation sets up base A1's bank limit still uses the arresting gear under the condition that there is certain distance apart from the surface of water.

The rotating shaft 55 comprises a rotating rod A551 and a rotating rod B552, a sliding groove C553 is arranged in the rotating rod A551, a sliding groove D554 is arranged on the inner wall of the sliding groove C553, the rotating rod B552 is arranged in the sliding groove C553 to form a sliding connection, a sliding rod C555 is arranged on the outer wall of the rotating rod B552, clamping blocks 556 are arranged on the outer walls of the rotating rod A551 and the rotating rod B552, and the sliding rod C555 is arranged in the sliding groove D554 to form a sliding connection. Spout D554 is the setting of cruciform distribution on bull stick A551, and slide bar C555 is the setting of cruciform distribution on bull stick B552, and this setting makes bull stick A551 can drive bull stick B552 and rotate, and pivot 55 can realize stretching out and drawing back.

The roller 7 is provided with a separation net 10, the separation net 10 is used for blocking floating objects on the water surface, the separation net 10 has certain elasticity and can extend, the inner walls of the through hole A74 and the through hole B75 are both provided with a sliding groove E79, a clamping block 556 on a rotating rod A551 is arranged in the sliding groove E78 on the through hole B75 to form sliding connection, the clamping block 556 on the rotating rod B552 is arranged in the sliding groove E78 on the through hole A74 to form sliding connection, and the arrangement enables the rotating shaft 55 to drive the roller 7 to rotate and can drive the roller 7 to extend when the rotating shaft 55 extends.

The utility model discloses a screw C101, including bracing piece C63, spout F632, screw D634, screw C633 and screw D634, bracing piece C63 is provided with screw C101 through slide bar D65 and rotation seat 64 formation connection, be provided with on the bracing piece C63, be provided with spout F632 in the bracing piece C63, be provided with screw C633 on the inner wall of spout F632, screw D634, screw C633 and screw D634 symmetry set up, be provided with a plurality of through-holes D651 on the slide bar D65, screw C101 runs through behind screw C633, the through-hole D651 in proper order with screw D634 threaded connection. The screw C101 can pass through different through holes D651 on the slide bar D65, and the length that the slide bar D65 stretches into the supporting rod C63 can be adjusted and fixed by the arrangement, so that the telescopic function is realized, the horizontal state of the rotating shaft 55 can be kept by the telescopic function when the height difference between the water level and the setting plane of the base A1 is different, and the blocking effect of the separation net 10 is further ensured.

The base B62 is provided with a rotary buckle A66, the rotary buckle A66 is provided with a rope 102, and the other end of the rope 102 is connected with a fixed inserting column 104 through a rotary buckle B103. The rotating fastener a66 and the rotating fastener B103 are arranged so that the rope can be at any angle with the floating mechanism 6 or the fixed post 104 when the floating mechanism 6 is pulled by the rope 102. The fixed post 104 may be conical in bottom and can be inserted into the soil for fixation, thereby fixing the position of the floating mechanism 6 through the rope 102. The rope 102 is an elastic rope, and the length is set according to actual requirements.

The using method comprises the following steps: fixing the base A1 of the blocking device in position, controlling the motor 51 to operate, further rotating the roller 7, putting down the separation net 10 to the reclaimed water, pulling the rope 102 to elongate the separation net 10, further ensuring the blocking range of the separation net 10, and finally inserting the fixed inserting column 104 into the soil for fixing. When a large range of floating objects need to be collected, the fixed inserting columns 104 can be taken up to pull the ropes 102 and move, so that the separation net 10 moves towards a certain direction, the floating objects are further concentrated to be convenient for fishing or other processing, the blocking area of the separation net 10 is convenient to change, when the blocking is not needed, the motor 51 rotates reversely and drives the roller 7 to rotate, and the roller 7 can roll up the separation net 10 and store the floating objects. The utility model is suitable for aquaculture, can prevent floating plants or garbage from entering aquaculture water areas, further causes the water quality to decline, can be arranged at the water inlet or the water outlet of the aquaculture water areas; if have more floater in breeding the waters, also can pass through the utility model discloses a blocking device blocks the floater in a certain region, or blocks to salvage the processing after concentrating, can improve the cleaning efficiency of floater.

Claims (10)

1. The utility model provides a surface of water floater arresting gear which characterized in that: including base A (1), bracing piece A (2), slide bar A (3), bracing piece B (4), actuating mechanism (5), relocation mechanism (6), the one end setting of bracing piece A (2) is on base A (1), and the other end of bracing piece A (2) is connected with the one end of slide bar A (3), be provided with spout A (41) in bracing piece B (4), spout A (41) one side is provided with the opening, the other end of slide bar A (3) stretches into spout A (41) and forms sliding connection, actuating mechanism (5) one end is connected with bracing piece B (4), and the actuating mechanism (5) other end is connected with relocation mechanism (6).

2. A water surface float arrester as claimed in claim 1 wherein: the driving mechanism (5) comprises a motor (51), a controller (52) and a protection bin (53), wherein an output shaft of the motor (51) is connected with one end of a rotating shaft (55) through a coupler (54), the motor (51) and the controller (52) are arranged in the protection bin (53), the other end of the rotating shaft (55) sequentially penetrates through a supporting block (56) and a roller (7) and then is connected with a floating mechanism (6), and the protection bin (53), the coupler (54) and the supporting block (56) are respectively arranged at the lower part of a supporting rod B (4).

3. A water surface float arrester as claimed in claim 2 wherein: roller (7) including subassembly A (71), subassembly B (72), all be provided with stand A (73) on subassembly A (71) and subassembly B (72), be provided with through-hole A (74) on subassembly A (71), be provided with through-hole B (75) on subassembly B (72), pivot (55) run through subassembly A (71) through-hole A (74), and pivot (55) run through subassembly B (72) through-hole B (75), and one side of subassembly A (71) is provided with a plurality of slide bar B (76), one side of subassembly B (72) is provided with spout B (77), be provided with elastic component (78) in spout B (77), slide bar B (76) stretch into spout B (77) and form sliding connection.

4. A water surface float arrester as claimed in claim 1 wherein: floating mechanism (6), including flotation pontoon (61), base B (62), bracing piece C (63), base B (62) sets up on flotation pontoon (61), bracing piece C (63) set up on base B (62), and bracing piece C (63) top is provided with cavity A (631), rotates seat (64), it is provided with carousel A (641) to rotate seat (64) bottom, it extends cavity A (631) and carousel A (641) to rotate seat (64) one end and forms the rotation connection in arranging cavity A (631) in, rotates seat (64) and is connected with pivot (55).

5. A water surface float arresting device according to claim 1 wherein: base A (1) one side is provided with inclined plane (11), and base A (1) is connected with bracing piece A (2) through base (12), be provided with cavity B (121) in base (12), the one end of bracing piece A (2) is provided with carousel B (21), the one end of bracing piece A (2) is arranged cavity B (121) and carousel B (21) in and is formed the rotation and connect, the bilateral symmetry of the bracing piece A (2) other end is provided with fixed block A (22).

6. A water surface float arrester as claimed in claim 1 wherein: the bilateral symmetry of slide bar A (3) one end is provided with fixed block B (31), fixed block B (31) form with fixed block A (22) through screw A (8) and are connected, be provided with a plurality of through-hole C (32) on slide bar A (3), be provided with screw A (42) on bracing piece B (4), screw B (9), the bottom of spout A (41) is provided with screw B (43), screw A (42) and screw B (43) symmetry set up, screw B (9) run through screw A (42), through-hole C (32) back and screw B (43) threaded connection in proper order.

7. A water surface float arresting device according to claim 2 wherein: the rotating shaft (55) comprises a rotating rod A (551) and a rotating rod B (552), a sliding groove C (553) is formed in the rotating rod A (551), a sliding groove D (554) is formed in the inner wall of the sliding groove C (553), the rotating rod B (552) is arranged in the sliding groove C (553) to form sliding connection, a sliding rod C (555) is arranged on the outer wall of the rotating rod B (552), clamping blocks (556) are arranged on the outer walls of the rotating rod A (551) and the rotating rod B (552), and the sliding rod C (555) is arranged in the sliding groove D (554) to form sliding connection.

8. A water surface float arresting device according to claim 3 wherein: the roller (7) is provided with a separation net (10), and the inner walls of the through hole A (74) and the through hole B (75) are provided with sliding chutes E (79).

9. A water surface float arresting device according to claim 4 wherein: bracing piece C (63) are connected with rotation seat (64) formation through slide bar D (65), are provided with screw C (101) on bracing piece C (63), be provided with spout F (632) in bracing piece C (63), be provided with screw C (633) on the inner wall of spout F (632), screw D (634), screw C (633) and screw D (634) symmetry set up, be provided with a plurality of through-hole D (651) on slide bar D (65), screw C (101) run through screw C (633), behind through-hole D (651) in proper order with screw D (634) threaded connection.

10. A water surface float arresting device according to claim 4 wherein: the base B (62) is provided with a rotary buckle A (66), the rotary buckle A (66) is provided with a rope (102), and the other end of the rope (102) is connected with a fixed inserting column (104) through a rotary buckle B (103).

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