CN211298119U - Detachable temporary rearing uses fish pond - Google Patents
Detachable temporary rearing uses fish pond Download PDFInfo
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- CN211298119U CN211298119U CN201921938663.2U CN201921938663U CN211298119U CN 211298119 U CN211298119 U CN 211298119U CN 201921938663 U CN201921938663 U CN 201921938663U CN 211298119 U CN211298119 U CN 211298119U
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Abstract
The utility model belongs to the technical field of fish culture tools, and discloses a detachable temporary culture fish pond, which comprises a square frame and a PVC plastic-coated canvas bag body, wherein the square frame comprises four half through hole transverse square steel tubes, eight full through hole transverse square steel tubes, twelve vertical round steel tubes, four welding support edge vertical square tubes and eight welding angle brackets; the welding angle frame comprises three angle frame square steel pipes, and one ends of the three angle frame square steel pipes are welded to enable the three angle frame square steel pipes to be vertical in pairs; a side supporting plate is arranged on the welding side supporting vertical square tube; the upper end of the PVC plastic-coated canvas bag body is folded outwards and sleeved outside the upper end of the cube frame; the upper end of the PVC plastic-coated canvas bag body is connected with the full-through hole transverse square steel pipe on the edge supporting plate through the rope, the PVC plastic-coated canvas bag is convenient to disassemble and assemble, is convenient to store and transport, can be repeatedly utilized, and is good in connection firmness and practicability and large in strength.
Description
Technical Field
The utility model belongs to the technical field of fish culture apparatus, a detachable fish pond of using of breeding temporarily is related to.
Background
At present, temporary culture activities of aquatic organisms such as fishes are mostly needed in the process of culturing the aquatic organisms such as the fishes, which is commonly seen in the following aspects, (1) culture in a transition period is used, for example, in the temporary culture transition period, river crabs can molt for 1-2 times through a temporary culture pond and then are put into a crab forming pond to be cultured into commercial crabs; (2) the fry is selected, namely when some aquatic organisms are transferred to a pond or sold as finished products, the fry or the finished products such as injuries, residues, diseases and the like can be removed in time under the action of the temporary rearing pond, so that the occurrence of diseases is reduced, and the survival rate of the fry entering the pond is improved; (3) the domestication is suitable for introducing aquatic organism to adapt to local environment, such as water quality, temperature, salinity, etc. in advance, and the introduced aquatic organism may be transferred to large pond after being domesticated and adapted. (4) And (5) short-term temporary culture test. The temporary fish pond in the prior art is mostly a customized non-detachable structure, the occupied space is large, the transportation is inconvenient, and in addition, the temporary fish pond with partially detachable structure has the problems of low strength, easy deformation and infirm strength.
Disclosure of Invention
The utility model provides a detachable fish pond of using of raising temporarily to solve the not detachable structure that the fish pond of raising temporarily of prior art exists, its occupation space is big, and the transportation is inconvenient, or the not high easy problem of warping, insecure of intensity.
In order to achieve the above object, the utility model adopts the following technical scheme:
a detachable temporary culture fish pond comprises a square frame and a PVC plastic-coated canvas bag body, wherein the square frame comprises four half through hole transverse square steel tubes at the bottom, eight full through hole transverse square steel tubes, twelve vertical round steel tubes, four welding support edge vertical square tubes and eight welding angle brackets; the welding angle frame comprises three angle frame square steel pipes, one ends of the three angle frame square steel pipes are welded, and the three angle frame square steel pipes are perpendicular to each other in pairs; a side supporting plate is arranged on the welding side supporting vertical square tube; the eight full-through hole transverse square steel tubes comprise four full-through hole transverse square steel tubes at the top and four full-through hole transverse square steel tubes on the edge supporting plate;
two ends of the semi-permeable hole transverse square steel pipe and the full-permeable hole transverse square steel pipe are provided with first threaded holes; two ends of the angle frame square steel pipe are provided with second threaded holes;
the four semi-permeable hole transverse square steel pipes and the four welding angle brackets arranged at the lower parts are sequentially connected, and two ends of each semi-permeable hole transverse square steel pipe are respectively spliced with the horizontal angle bracket square steel pipes of the two welding angle brackets at the lower parts to form a rectangular bottom frame; the semi-permeable hole transverse square steel pipe and the angle frame square steel pipe are fixed through first bolts arranged in the first threaded hole and the second threaded hole;
the lower ends of the four welding support edge vertical square tubes are respectively spliced with a vertical angle frame square steel tube of a welding angle frame arranged at the lower part, a full-through hole transverse square steel tube is respectively arranged on a support edge plate of each welding support edge vertical square tube, and the full-through hole transverse square steel tube is fixedly connected with the support edge plate through a second bolt; the full-through hole transverse square steel pipes on the edge supporting plates of the four edge supporting vertical square pipes are welded and fixed through connecting bolts to form a middle supporting frame;
the four full-through-hole transverse square steel tubes and the four welding angle brackets arranged at the upper parts are sequentially connected, and two ends of each full-through-hole transverse square steel tube are respectively spliced with the horizontal angle bracket square steel tubes of the two upper welding angle brackets to form a rectangular top side frame; the full-through-hole transverse square steel pipe and the horizontal angle frame square steel pipe are fixed through third bolts arranged in the first threaded hole and the second threaded hole; the vertical angle frame square steel pipes of the upper welding angle frame are respectively inserted with the upper ends of the welding support edge vertical square pipes;
three vertical round steel tubes which are uniformly distributed are respectively arranged in four vertical side surfaces of the square frame, and each vertical round steel tube is sequentially inserted into the top-end and middle full-through-hole transverse square steel tubes () and the bottom-end semi-permeable-hole transverse square steel tubes from through holes on two side surfaces of the four full-through-hole transverse square steel tubes of the top-side frame to form a lateral supporting frame;
the PVC plastic-coated canvas bag body is a rectangular cylindrical bag body with a lower end face, and the bottom of the PVC plastic-coated canvas bag body is communicated and connected with a drainage pipeline; the cube frame is sleeved outside the PVC plastic-coated canvas bag body, and the upper end of the PVC plastic-coated canvas bag body is folded outwards and sleeved outside the upper end of the cube frame;
the upper end of the PVC plastic-coated canvas bag body is connected with the full-through hole transverse square steel tube on the edge supporting plate through a rope.
The utility model discloses a detachable fish pond for temporary rearing, the welding angle frame through eight three-dimensional right angle structures is located eight angular positions of square frame, wherein four welding angle frames of lower part are connected with four horizontal square steel pipes of semi-permeable hole in proper order and constitute the square bottom frame of square frame, four welding angle frames of upper part are connected with four horizontal square steel pipes of full-permeable hole in proper order and constitute the square top frame of square frame, and be connected with the vertical side pipe of welding support limit between two welding angle frames that correspond from top to bottom, constitute the square frame from this; in addition, connect the horizontal square steel pipe of full thru hole respectively on welding the support sideboard of holding in the palm the vertical square pipe of limit, and will weld four horizontal square steel pipes of full thru hole on four support sideboard of the vertical square pipe of support limit and connect gradually and constitute the middle part frame, with the structure of reinforcing square frame, in addition, be provided with three evenly distributed's vertical circular steel tube in four vertical sides of square frame respectively, vertical circular steel tube inserts the horizontal square steel pipe of full thru hole of upper end in proper order from the both sides through hole department of the horizontal square steel pipe of full thru hole of topside frame upper end respectively, the horizontal square steel pipe of full thru hole at middle part, in the horizontal square steel pipe of half thru hole of bottom, connect as side direction braced frame, further reinforce the structure of square frame. The PVC plastic-coated canvas bag body is a rectangular cylindrical bag body with a lower end face and a drainage pipeline, the cube frame is sleeved outside the PVC plastic-coated canvas bag body, and the upper end of the PVC plastic-coated canvas bag body is folded outwards and sleeved outside the upper end of the cube frame; thereby forming a complete fish pond structure; and the upper end of the PVC plastic-coated canvas bag body is connected with the full-through hole transverse square steel pipe on the edge supporting plate through a rope, so that the length of the rope can be adjusted according to the required water amount, and the requirement for fixing the position of the PVC plastic-coated canvas bag body is met. This fish pond is whole to constitute through the structure of bolt and grafting, and its easy dismounting is convenient for deposit and transport, can recycle, and firm in connection nature is good, and intensity is big, accords with actual conditions's requirement.
In the above scheme of the detachable temporary fish pond, it is preferable that the number of the first threaded holes in each semi-permeable hole transverse square steel tube is two, and the distance between the first threaded hole in each semi-permeable hole transverse square steel tube and the end point of the semi-permeable hole transverse square steel tube adjacent to the first threaded hole is equal.
In the above scheme of the detachable temporary fish pond, it is preferable that the number of the first threaded holes in each full-through hole transverse square steel tube is two, and the distance between the first threaded hole in each full-through hole transverse square steel tube and the end point of the adjacent full-through hole transverse square steel tube is equal.
In the above scheme of the detachable temporary fish pond, it is preferable that the first threaded hole is equal to the end point of the semi-permeable hole transverse square steel pipe or the full-permeable hole transverse square steel pipe adjacent to the first threaded hole.
In the above scheme of the detachable temporary fish pond, it is preferable that the number of the second threaded holes in each of the corner bracket square steel tubes is two, and the distance between the second threaded hole and the end point of the adjacent corner bracket square steel tube is equal.
In the above scheme of the detachable temporary fish pond, it is preferable that a distance between the first threaded hole and an end point of the semi-permeable hole transverse square steel pipe or the full-permeable hole transverse square steel pipe adjacent to the first threaded hole is equal to a distance between the second threaded hole and an end point of the angle frame square steel pipe adjacent to the second threaded hole.
In the above scheme of the detachable temporary rearing fish pond, preferably, the upper end of the PVC plastic-coated canvas bag body is uniformly distributed with at least four rope penetrating holes with through hole structures, and the rope sequentially penetrates through the rope penetrating holes and is wound on the full-through hole transverse square steel pipe on the edge supporting plate.
In the above scheme of the detachable temporary rearing fish pond, preferably, both ends of the rope are connected with the upper end of the PVC plastic-coated canvas bag body or the full-through-hole transverse square steel tube on the edge supporting plate.
In the above solution of the detachable temporary rearing pond, it is preferable that both ends of the rope are connected to each other.
The utility model discloses a detachable fish pond for temporary rearing can reach following beneficial effect:
the utility model discloses a detachable is supported temporarily and is used fish pond can solve the not detachable structure that the fish pond of supporting temporarily of prior art exists, and its occupation space is big, and the transportation is inconvenient, or the not high easy problem that warp, insecure of intensity, its easy dismounting is convenient for deposit and transport, can recycle, and firm in connection nature and practicality are good, and intensity is big.
Drawings
The accompanying drawings, which are described herein, serve to provide a further understanding of the invention and constitute a part of this specification, and the exemplary embodiments and descriptions thereof are provided for explaining the invention without unduly limiting it. In the drawings:
fig. 1 is a front view of the cubic frame of the detachable temporary fish pond of the present invention.
Fig. 2 is a top view of the cube frame of the detachable temporary fish pond of the present invention.
Fig. 3 is the utility model discloses a detachable half of temporarily fostering with fish pond passes through the front view of the horizontal square steel pipe in hole.
Fig. 4 is the utility model discloses a detachable half transverse hole horizontal square steel pipe's of supporting temporarily with fish pond top view.
Fig. 5 is a front view of the detachable full-through-hole transverse square steel tube for temporary rearing of fish ponds of the utility model.
Fig. 6 is the utility model discloses a horizontal square steel tube's of full through-hole of detachable fish pond for temporary rearing top view.
Fig. 7 is a front view of the vertical round steel pipe of the fish pond for temporary culture.
Fig. 8 is a schematic structural view of the detachable welding angle frame for temporarily culturing the fish pond of the present invention.
Fig. 9 is the utility model discloses a detachable front view who supports vertical side's pipe in limit of welding of supporting for temporary rearing fish pond.
Fig. 10 is the utility model discloses a side view of the vertical side pipe in welding holder limit of fish pond is used to detachable temporary rearing.
Fig. 11 is a front view of the bottom frame and the top frame of the detachable temporary fish pond of the present invention.
Fig. 12 is a schematic view of the connection structure between the bottom frame and the middle frame of the detachable temporary fish pond of the present invention.
Fig. 13 is a front view of the detachable temporary fish pond of the present invention.
In the figure, 1 is the square frame, 101 is the horizontal square steel pipe of half through-hole, 102 is the horizontal square steel pipe of full through-hole, 103 is vertical circular steel pipe, 104 is the vertical square pipe of welding support limit, 105 is the welding angle frame, 106 is the support limit board, 107 is first screw hole, 108 is the second screw hole, 109 is the unilateral through-hole, 110 is the bilateral through-hole, 111 is first bolt, 112 is the second bolt, 2 is the PVC plastic-coated canvas bag body, 3 is the rope.
Detailed Description
To make the purpose, technical solution and advantages of the present invention clearer, the following will combine the embodiments of the present invention and the corresponding drawings to clearly and completely describe the technical solution of the present invention. It is to be understood that the embodiments described are only some embodiments of the invention, and not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
The technical solutions provided by the embodiments of the present invention are described in detail below with reference to the accompanying drawings.
Example 1
A detachable temporary culture fish pond is shown in figures 1 and 2 and comprises a square frame 1 and a PVC plastic-coated canvas bag body 2, and is shown in figures 3 to 8, wherein the square frame 1 comprises four half through hole transverse square steel tubes 101 at the bottom, eight full through hole transverse square steel tubes 102, twelve vertical round steel tubes 103, four welding support edge vertical square tubes 104 and eight welding angle brackets 105; the welding angle bracket 105 comprises three angle bracket square steel pipes, one ends of the three angle bracket square steel pipes are welded, and the three angle bracket square steel pipes are vertical in pairs; referring to fig. 9 and 10, an edge supporting plate 106 is arranged on the edge supporting vertical square tube 104; the eight full-through-hole transverse square steel tubes 102 comprise four full-through-hole transverse square steel tubes 102 at the top and four full-through-hole transverse square steel tubes 102 on the edge supporting plate 106;
referring to fig. 11, both ends of the semi-permeable hole transverse square steel tube 101 and the full-permeable hole transverse square steel tube 102 are provided with first threaded holes 107; two ends of the angle frame square steel pipe are provided with second threaded holes 108;
the four semi-permeable hole transverse square steel tubes 101 are sequentially connected with four welding angle brackets 105 arranged at the lower part, and two ends of each semi-permeable hole transverse square steel tube 101 are respectively spliced with the horizontal angle bracket square steel tubes of the two welding angle brackets 105 at the lower part to form a rectangular bottom frame; the semi-permeable hole transverse square steel pipe 101 and the angle frame square steel pipe are fixed through a first bolt 111 arranged in a first threaded hole 107 and a second threaded hole 108;
referring to fig. 12, the lower ends of four welding support edge vertical square pipes 104 are respectively inserted into a vertical square steel pipe of a welding corner bracket 105 arranged at the lower part, a full through hole horizontal square steel pipe 102 is respectively arranged on a support edge plate 106 of the welding support edge vertical square pipe 104, and the full through hole horizontal square steel pipe 102 and the support edge plate 106 are fixedly connected through a second bolt 112; the full-through-hole transverse square steel tubes 102 on the edge supporting plates 106 of the four edge supporting vertical square tubes 104 are connected and fixed through connecting bolts to form a middle supporting frame;
the four full-through-hole transverse square steel tubes 102 and the four welding angle brackets 105 arranged at the upper parts are sequentially connected, and two ends of each full-through-hole transverse square steel tube 102 are respectively inserted into the horizontal angle bracket square steel tubes of the two upper welding angle brackets 105 to form a rectangular top side frame; the full-through-hole transverse square steel tube 102 and the horizontal angle frame square steel tube are fixed through third bolts arranged in the first threaded hole 107 and the second threaded hole 108; the vertical angle frame square steel pipes of the upper welding angle frame 105 are respectively inserted with the upper ends of the welding support edge vertical square pipes 104;
three vertical round steel tubes 103 which are uniformly distributed are respectively arranged in four vertical side surfaces of the square frame 1, and each vertical round steel tube 103 is respectively inserted into the full-through-hole transverse square steel tubes (102) at the top end and the middle part and the semi-through-hole transverse square steel tube 101 at the bottom end from the through holes 110 at the two side surfaces of the four full-through-hole transverse square steel tubes 102 of the top side frame to form a lateral supporting frame;
referring to fig. 13, the PVC (Polyvinyl chloride) plastic coated canvas bag body 2 is a rectangular cylindrical bag body with a lower end surface, and the bottom of the PVC plastic coated canvas bag body 2 is connected with a drainage pipeline in a communicating manner; the cube framework 1 is sleeved outside the PVC plastic-coated canvas bag body 2, and the upper end of the PVC plastic-coated canvas bag body 2 is folded outwards and sleeved outside the upper end of the cube framework 1;
the upper end of the PVC plastic-coated canvas bag body 2 is connected with the full-through-hole transverse square steel tube 102 on the edge supporting plate 106 through a rope 3.
In the detachable temporary fish pond of the embodiment, each connecting part of the cube frame 1 may be a stainless steel part, and the connecting structure may be connected by welding or bolts. The square frame 1 is positioned at eight angular positions of the square frame 1 through eight welding angle brackets 105 of a three-dimensional right-angle structure, wherein the four welding angle brackets 105 at the lower part are sequentially connected with four semi-permeable hole transverse square steel tubes 101 to form a square bottom frame of the square frame 1, the four welding angle brackets 105 at the upper part are sequentially connected with four full-permeable hole transverse square steel tubes 102 to form a square top frame of the square frame 1, and welding supporting edge vertical square tubes 104 are connected between the two welding angle brackets 105 corresponding to the upper part and the lower part, so that the square frame 1 is formed; in addition, the edge supporting plates 106 of the edge supporting vertical square pipes 104 are respectively connected with full-through hole horizontal square steel pipes 102, the four full-through hole horizontal square steel pipes 102 on the four edge supporting plates 106 of the four edge supporting vertical square pipes 104 are sequentially connected to form a middle frame, and the structure of the square frame 1 is reinforced. The PVC plastic-coated canvas bag body 2 is a rectangular cylindrical bag body with a lower end face and a drainage pipeline, the cube frame 1 is sleeved outside the PVC plastic-coated canvas bag body 2, and the upper end of the PVC plastic-coated canvas bag body 2 is folded outwards and sleeved outside the upper end of the cube frame 1; thereby forming a complete fish pond structure; and the upper end of the PVC plastic-coated canvas bag body 2 is connected with the transverse square steel tube 102 with the full through hole on the edge supporting plate 106 through the rope 3, and the length of the rope 3 can be adjusted according to the required water quantity, so that the requirement of fixing the position of the PVC plastic-coated canvas bag body 2 is met. This fish pond is whole to constitute through the structure of bolt and grafting, and its easy dismounting is convenient for deposit and transport, can recycle, and firm in connection nature is good, and intensity is big, accords with actual conditions's requirement.
According to actual needs, the following specific implementation structure can be made in this embodiment, and a single-side through hole 109 is provided on one side wall of the semi-permeable hole transverse square steel tube 101. Two opposite side walls of the full-through-hole transverse square steel tube 102 are respectively provided with a double-side through hole 110. The number of the first threaded holes 107 on the half-through-hole transverse square steel tube 101 is two, and the first threaded holes are uniformly distributed. The number of the first threaded holes 107 on the full-through-hole transverse square steel tube 102 is two, and the first threaded holes are uniformly distributed. The number of the second threaded holes 108 of the angle frame square steel tube is two, and the second threaded holes are uniformly distributed. The first and second screw holes 107 and 108 may be through holes. The number of the single-side through holes 109 and the number of the double-side through holes 110 can be multiple and can be uniformly distributed, the single-side through holes 109 are preferably located on the adjacent side face with the first threaded holes 107 on the semi-permeable hole transverse square steel pipe 101, and the double-side through holes 110 are preferably located on the adjacent side face with the second threaded holes 108 on the full-permeable hole transverse square steel pipe 102, so that the first threaded holes 107 and the second threaded holes 108 are respectively assisted to be matched with the insertion pins to play a role in connection and fixation. The end opening of the drainage pipeline can be provided with a sealing plug.
Example 2
In the embodiment of the detachable temporary fish pond in embodiment 1, the number of the first threaded holes 107 on each semi-permeable hole transverse square steel tube 101 is two, and the distance between the first threaded hole 107 on each semi-permeable hole transverse square steel tube 101 and the end point of the semi-permeable hole transverse square steel tube 101 adjacent to the first threaded hole 107 is equal.
Further, the number of the first threaded holes 107 on each full through hole transverse square steel tube 102 is two, and the distance between the first threaded hole 107 on each full through hole transverse square steel tube 102 and the end point of the adjacent full through hole transverse square steel tube 102 is equal.
Further, the distance between the first threaded hole 107 and the end point of the semi-permeable hole transverse square steel tube 101 or the full-permeable hole transverse square steel tube 102 adjacent to the first threaded hole is equal.
Further, the number of the second threaded holes 108 on each angle frame square steel tube is two, and the distance between the second threaded hole 108 and the end point of the adjacent angle frame square steel tube is equal.
Further, the distance between the first threaded hole 107 and the end point of the semi-permeable hole transverse square steel tube 101 or the full-permeable hole transverse square steel tube 102 adjacent to the first threaded hole is equal to the distance between the second threaded hole 108 and the end point of the angle frame square steel tube adjacent to the second threaded hole.
Furthermore, at least four rope penetrating holes with through hole structures are uniformly distributed at the upper end of the PVC plastic-coated canvas bag body 2, and the rope 3 sequentially penetrates through the rope penetrating holes and is wound on the full-through-hole transverse square steel tube 102 on the edge supporting plate 106.
The two ends of the rope 3 can be further connected with the upper end of the PVC plastic canvas bag body 2 or the full through hole transverse square steel tube 102 on the edge supporting plate 106.
It is further possible that both ends of the rope 3 are connected to each other.
The detachable fish pond for temporary rearing of animals of this embodiment, the size of square frame 1 can be 2 mx 1.5m, the length of the horizontal square steel tube 101 of semi-permeable hole can be 30mm, the length of the horizontal square steel tube of full-permeable hole can be 30mm, the length of vertical round steel tube 103 can be 27mm, the length of the vertical square tube 104 of butt welding limit can be 30mm, the length of the square steel tube of angle frame 105 of welding angle frame can be 27mm, the length, the width and the height of the welding angle frame 105 after the square steel tube of angle frame is connected can be 20mm, the distance between the first threaded hole 107 and the horizontal square steel tube 101 of semi-permeable hole and the horizontal square steel tube 102 end of full-permeable hole is 10cm, and the distance between the second threaded hole 108 and the end of welding angle frame 105 is 10 cm. The welding edge supporting vertical square tube 104 can be connected with the edge supporting plate 106 in a welding mode, the edge supporting plate 106 can be a transverse rectangular plate, and the plate surface of the edge supporting plate 106 can be perpendicular to the axis of the welding edge supporting vertical square tube 104. The edge supporting plate 106 may be provided with a placing groove, and the full through-hole transverse square steel tube 102 may be placed in the placing groove. The shape and the size of the groove surface of the placing groove are respectively matched with the shape and the size of the outer diameter of the full through hole transverse square steel pipe 102. The rope 3 may be a nylon rope. The upper end of the PVC plastic-coated canvas bag body 2 can be connected with an annular rubber ring to improve the strength of the upper end edge of the PVC plastic-coated canvas bag body 2 and facilitate the connection of the upper end of the PVC plastic-coated canvas bag body 2 and the rope 3. The rubber ring can be connected with the upper end of the PVC plastic-coated canvas bag body 2 through a rubber layer. When the rope 3 is sequentially passed through the rope passing holes and wound on the full-through-hole transverse square steel pipe 102 on the edge supporting plate 106, the rope 3 may be formed in a wave shape to evenly apply force. The PVC plastic-coated canvas bag body 2 is connected with the full-through hole transverse square steel tube 102 on the edge supporting plate 106, namely, the fixed installation of the PVC plastic-coated canvas bag body 2 in the square frame 1 is realized, and the wave shape can be a V-shaped wave shape.
The above description is only an example of the present application and is not intended to limit the present application. Various modifications and changes may occur to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the scope of the claims of the present application.
Claims (9)
1. A detachable temporary culture fish pond comprises a square frame (1) and a PVC plastic-coated canvas bag body (2), wherein the square frame (1) comprises four half-through-hole transverse square steel tubes (101) at the bottom, eight full-through-hole transverse square steel tubes (102), twelve vertical round steel tubes (103), four welding support edge vertical square tubes (104) and eight welding angle brackets (105); the welding corner bracket is characterized in that the welding corner bracket (105) comprises three corner bracket square steel tubes, one ends of the three corner bracket square steel tubes are welded, and the three corner bracket square steel tubes are vertical in pairs; a side supporting plate (106) is arranged on the welding side supporting vertical square tube (104); the eight full-through-hole transverse square steel tubes (102) comprise four full-through-hole transverse square steel tubes (102) on the top and four full-through-hole transverse square steel tubes (102) on the edge supporting plate (106);
two ends of the half through hole transverse square steel pipe (101) and the full through hole transverse square steel pipe (102) are provided with first threaded holes (107); two ends of the angle frame square steel pipe are provided with second threaded holes (108);
the four half-through-hole transverse square steel tubes (101) are sequentially connected with four welding angle brackets (105) arranged at the lower part, and two ends of each half-through-hole transverse square steel tube (101) are respectively inserted into the horizontal angle bracket square steel tubes of the two welding angle brackets (105) at the lower part to form a rectangular bottom frame; the semi-through hole transverse square steel tube (101) and the angle frame square steel tube are fixed through a first bolt (111) arranged in a first threaded hole (107) and a second threaded hole (108);
the lower ends of the four welding support edge vertical square pipes (104) are respectively inserted with a vertical angle frame square steel pipe of a welding angle frame (105) arranged at the lower part, a full-through-hole horizontal square steel pipe (102) is respectively arranged on a support edge plate (106) of the welding support edge vertical square pipes (104), and the full-through-hole horizontal square steel pipe (102) and the support edge plate (106) are fixedly connected through a second bolt (112); the full-through-hole transverse square steel tubes (102) on the edge supporting plates (106) of the four edge supporting vertical square tubes (104) are fixedly connected with the angle frame square steel tubes through connecting bolts to form a middle supporting frame;
the four full-through-hole transverse square steel tubes (102) are sequentially connected with four welding angle brackets (105) arranged at the upper parts, and two ends of each full-through-hole transverse square steel tube (102) are respectively spliced with the horizontal angle bracket square steel tubes of the two upper welding angle brackets (105) to form a rectangular top side frame; the full-through-hole transverse square steel tube (102) and the horizontal angle frame square steel tube are fixed through third bolts arranged in the first threaded hole (107) and the second threaded hole (108); the vertical angle frame square steel pipes of the upper welding angle frame (105) are respectively spliced with the upper ends of the welding support edge vertical square pipes (104);
three vertical round steel tubes (103) which are uniformly distributed are respectively arranged in four vertical side surfaces of the square frame (1), and each vertical round steel tube (103) is sequentially inserted into the full-through-hole horizontal square steel tubes (102) at the top end and the middle part and the semi-permeable-hole horizontal square steel tube (101) at the bottom end from the through holes (110) on the two side surfaces of the four full-through-hole horizontal square steel tubes (102) on the top side frame to form a lateral supporting frame;
the PVC plastic-coated canvas bag body (2) is a rectangular cylindrical bag body with a lower end face, and the bottom of the PVC plastic-coated canvas bag body (2) is communicated and connected with a drainage pipeline; the cube frame (1) is sleeved outside the PVC plastic-coated canvas bag body (2), and the upper end of the PVC plastic-coated canvas bag body (2) is folded outwards and sleeved outside the upper end of the cube frame (1);
the upper end of the PVC plastic-coated canvas bag body (2) is connected with the transverse square steel tube (102) with the full through holes on the edge supporting plate (106) through a rope (3).
2. The removable fish pond for temporary rearing according to claim 1, wherein the number of the first threaded holes (107) in each half-through hole transverse square steel tube (101) is two, and the distance between the first threaded hole (107) in each half-through hole transverse square steel tube (101) and the end point of the half-through hole transverse square steel tube (101) adjacent thereto is equal.
3. The removable fish pond for temporary rearing according to claim 2, wherein the number of the first threaded holes (107) in each of the full-through-hole horizontal square steel tubes (102) is two, and the distance between the first threaded hole (107) in each of the full-through-hole horizontal square steel tubes (102) and the end point of the adjacent full-through-hole horizontal square steel tube (102) is equal.
4. The removable temporary fish pond according to claim 3, wherein the first threaded holes (107) are spaced equally from the ends of the semi-permeable horizontal square steel tube (101) or the full-permeable horizontal square steel tube (102) adjacent to the first threaded holes.
5. The removable temporary fish pond of claim 4, wherein the number of the second threaded holes (108) in each of the square steel pipes is two, and the distance between the second threaded hole (108) and the end point of the adjacent square steel pipe is equal.
6. The removable fish pond for temporary rearing according to claim 5, wherein a distance between an end point of the first threaded hole (107) and an adjacent semi-permeable hole transverse square steel tube (101) or full-permeable hole transverse square steel tube (102) is equal to a distance between an end point of the second threaded hole (108) and an adjacent angle frame square steel tube.
7. A detachable fish pond for temporary rearing according to claim 1, wherein at least four rope passing holes of a through hole structure are uniformly distributed at the upper end of the PVC plastic coated canvas bag body (2), and the rope (3) sequentially passes through the rope passing holes and is wound on the full-through hole transverse square steel tube (102) on the side supporting plate (106).
8. A removable fish pond for temporary rearing according to claim 7, wherein both ends of the rope (3) are connected to the upper end of the PVC plastic coated canvas bag body (2) or to the through-hole transverse square steel tube (102) on the edge supporting plate (106).
9. A removable pond for temporary rearing according to claim 8, wherein both ends of the rope (3) are connected to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921938663.2U CN211298119U (en) | 2019-11-12 | 2019-11-12 | Detachable temporary rearing uses fish pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921938663.2U CN211298119U (en) | 2019-11-12 | 2019-11-12 | Detachable temporary rearing uses fish pond |
Publications (1)
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