TW202306490A - Positioning structure of float tube supporting seat and float tube reducing costs of labor force of assembling raft body and enhancing whole strength of structure and stability of raft body - Google Patents

Abstract

The invention relates to a positioning structure of float tube supporting seat and float tube disposed between the float tube supporting seat and the float tube. The float tube supporting seat is formed with a combination surface matching the float tube. The positioning structure of the float tube supporting seat comprises a positioning hole and a positioning post. The positioning hole is formed in the float tube supporting seat and extended to the combination surface. The positioning post is formed on the float tube and stretched into the positioning hole so that the float tube is positioned at the float tube supporting seat. The positioning structure of float tube supporting seat and float tube according to the invention limits the positioning post through the positioning hole such that the float tube may not have situation of axial rotation and sliding relative to the float tube supporting seat. Accordingly, the operating personnel can independently assemble and perform rope binding operation. Moreover, there is no need to bind the rope at excessive effort, and at the same time, the whole strength of structure and stability of the raft body can be enhanced.

Description

The positioning structure of the floating tube support seat and the floating tube

The invention relates to a positioning structure for a floating tube support seat and a floating tube, especially a positioning structure for providing positioning between a floating tube support seat and a floating tube.

In the field of aquaculture, a raft floating on the water will be erected, and a string of hanging oyster seedlings will be tied to the raft, so that the string of oyster seedlings can hang into the water, and it will be convenient for relatives after the oyster seedlings grow. People harvest.

The raft body includes a plurality of floating tubes and a plurality of floating tube support seats, and the plurality of floating tubes are respectively vertically and horizontally staggered, and the plurality of floating tube support seats are arranged at the intersection of the plurality of floating tubes. The upper and lower ends of the pipe support seat form a joint surface respectively, and the two joint surfaces can respectively provide floating pipes to extend in. The operator will tie the rope around the staggered floating pipes and fix it on the floating pipe support seat, so that The floating tube is not easy to be skewed and deformed under the fixing of the floating tube support seat and the binding rope.

However, when the operators extend the staggered floating pipes into the two joint surfaces of the floating pipe support seat respectively, and use the binding rope to fasten the two floating pipes to the floating pipe support seat, another operator must be invited. Personnel help to hold the two floating pipes, so as to avoid the relative sliding of the two floating pipes during the process of tying the ropes and make it difficult to fasten them, which leads to the problem that more manpower is needed to assist in the assembly of the raft body. The labor cost required for body assembly is relatively high.

In addition, since the two floating tubes are only tied to the floating tube support base by means of binding ropes, the two floating tubes may rotate axially or move along the floating tube support base. Relatively sliding, therefore, the operator must work hard to tie the rope tightly so that the raft body can be firmly secured.

However, if the tying ropes are not tightened tightly but are loose, the two floating pipes may rotate or slip in the axial direction. When the floating tube rotates or slides, there may be a risk of falling and injury.

The main purpose of this creation is to provide a positioning structure for the floating tube support base and the floating tube, hoping to improve the current raft body in the assembly process, which is laborious and requires high labor costs. In addition, if the operator is in the When working on a raft where the rope is loose, there may be a risk of falling and injury due to the rotation or sliding of the floating tube.

In order to achieve the purpose of the previous disclosure, the positioning structure of the floating tube support seat and the floating tube provided by this creation is used to be arranged between a floating tube support seat and a floating tube, and the floating tube support seat is formed with a To match one of the joint surfaces, the positioning structure of the floating tube support seat includes: a positioning hole formed in the floating tube support seat and extending to the joint surface; and A positioning column is formed on the floating tube and can extend into the positioning hole so that the floating tube is positioned on the floating tube support base.

Wherein, the positioning hole may be a circular hole or a square hole, and the positioning column may be a cylinder or a square column whose shape corresponds to the positioning hole.

In order to achieve the purpose of the previous disclosure, the floating tube support seat and the positioning structure of the floating tube provided by this creation are used to be arranged between a floating tube support seat and two criss-cross floating tubes. The lower two ends respectively form a joint surface, and the two joint surfaces are respectively matched with the two floating tubes. The positioning structure of the floating tube support seat includes: a positioning hole, which is formed in the floating tube support seat and extends to the two joint surfaces; and Two positioning columns are respectively formed on the two floating tubes, and the two positioning columns can respectively extend into the positioning holes, so that the two floating tubes are positioned on the supporting base of the floating tubes.

The positioning structure of the floating tube support seat and the floating tube of this creation is applied between the floating tube support seat and the floating tube of the raft body. Among them, the positioning structure of the floating tube support seat and the floating tube of the present invention has the following advantages: 1. Reduce the labor cost when assembling the raft body: the positioning structure of the floating tube support seat and the floating tube in this creation is mainly by forming a positioning hole on the floating tube support seat, and making the positioning column on the floating tube extend into the place. Therefore, when the operator uses the tying rope to bind the floating tube and the floating tube support seat, there is no need for another operator to help support the floating tube, so that the floating tube can be avoided. There will be slippage between the floating tube support seat and the like, which can reduce the labor cost when assembling the raft body. 2. Reduce the strength required for tying the rope: the positioning structure of the floating tube support base and the floating tube in this invention can allow the positioning column of the floating tube to extend into the positioning hole of the floating tube support base, and thereby prevent the floating tube from Axial rotation or slippage relative to the floating tube support seat occurs. Therefore, the force of the operator to fasten the tying rope only needs to prevent the positioning column on the floating tube from detaching from the positioning hole, and does not need to be tied to death by force. It can save the operator more effort when fastening the lashing rope. 3. Reduce the risk of slipping and injury for operators when working on the raft body: the positioning structure of the floating tube support seat and the floating tube in this invention can allow the positioning column of the floating tube to extend into the positioning hole of the floating tube support seat, This can prevent the floating tube from rotating axially or slipping relative to the floating tube support seat, thereby avoiding the situation that the floating tube rotates or slips, causing the operator to slip and be injured, thereby improving the operating safety. 4. Improve the stability of the overall structure of the raft: the positioning structure of the floating tube support seat and the floating tube in this creation can make the floating tube and the floating tube support seat There will be no relative slippage between them, so that the distance between each floating tube can be effectively positioned, and the overall structural strength and stability of the raft body can be improved.

Please refer to Figures 1 to 3, which are the first preferred embodiment and the second preferred embodiment of the positioning structure of the floating tube support base and the floating tube in this creation, which are used to be arranged on a floating tube support base 10 and a floating tube 20, the floating tube support base 10 is formed with a joint surface 11 matching the floating tube 20, and the positioning structure of the floating tube support base 10 includes a positioning hole 12a, 12b and a Locating posts 21a, 21b.

As shown in FIGS. 1 to 3 , the positioning holes 12 a, 12 b are formed in the floating tube support base 10 and extend to the coupling surface 11 .

As shown in FIGS. 1 to 3 , the positioning columns 21 a, 21 b are formed on the floating tube 20 and can extend into the positioning holes 12 a, 12 b, so that the floating tube 20 is positioned on the floating tube support base 10 .

The positioning columns 21a, 21b of the positioning structure of the floating tube support base and the floating tube in this invention can extend into the positioning holes 12a, 12b, and use the positioning holes 12a, 12b to limit the positioning columns 21a, 21b, so The shapes of the positioning columns 21a, 21b and the positioning holes 12a, 12b can adopt corresponding shapes, or adopt different shapes; In the first preferred embodiment of the positioning structure, the positioning hole 12a can be a circular hole, and the positioning column 21a is a cylinder whose shape corresponds to the positioning hole 12a; and as shown in Figure 3, in this creation In the second preferred embodiment of the positioning structure of the floating tube support seat and the floating tube, the positioning hole 12b may be a square hole, and the positioning column 21b is a square column whose shape corresponds to the positioning hole 12b.

Please also refer to Fig. 4 to Fig. 7, which are the third preferred embodiment and the fourth preferred embodiment of the positioning structure of the floating tube support base and the floating tube in this creation, which are used to be arranged on a floating tube support base Between 10 and the two floating tubes 20 that criss-cross, the upper and lower ends of the floating tube support seat 10 are respectively formed with a joint surface 11, and the two joint surfaces 11 are respectively matched with the two floating tubes 20. The positioning structure of the floating tube support base 10 includes a positioning hole 12a, 12b and two positioning posts 21c, 21d.

As shown in FIGS. 4 to 7 , the positioning holes 12 a, 12 b are formed in the floating tube support base 10 and extend to the two joint surfaces 11 .

As shown in Figures 4 to 7, the two positioning posts 21c, 21d are respectively formed on the two floating tubes 20, and the two positioning posts 21c, 21d can respectively extend into the positioning holes 12a, 12b, so that the two floating tubes The tube 20 is positioned on the floating tube support base 10 .

Wherein, as shown in Fig. 4 and Fig. 5, in the third preferred embodiment of the positioning structure of the floating tube support seat and the floating tube in this invention, the ends of the positioning columns 21c of the two floating tubes 20 form an end surface 211 respectively. When the positioning posts 21c of the two floating tubes 20 extend into the positioning holes 12b, the end surfaces 211 of the positioning posts 21c of the two floating tubes 20 are arranged oppositely.

As shown in Fig. 6 and Fig. 7, in the fourth preferred embodiment of the positioning structure of the floating tube support seat and the floating tube of the present invention, one side of the positioning column 21d of the two floating tubes 20 forms a mating surface respectively. 212 , when the positioning posts 21d of the two floating tubes 20 extend into the positioning hole 12a, the mating surfaces 212 of the positioning posts 21d of the two floating tubes 20 are arranged oppositely.

As shown in Figures 1 to 7, the positioning structure of the floating tube support seat and the floating tube of the present invention is applied between the floating tube support seat 10 and the floating tube 20 of the raft body, and can be used to provide the floating tube support seat 10 and the floating tube support seat 10. The positioning between the floating tubes 20, wherein, the floating tubes 20 and the positioning columns 21a-21d can be made of polyethylene (PE), and the positioning columns 21a-21d can be formed by welding on the floating tube 20.

As shown in Figures 1 to 3, taking the first preferred embodiment and the second preferred embodiment of the positioning structure of the floating tube support seat and the floating tube in this invention as examples, when the operator is carrying out the positioning of the floating tube 20 and the floating tube support base 10, the operator can extend the positioning columns 21a, 21b of the floating tube 20 into the positioning holes 12a, 12b of the floating tube support base 10, and make the floating tube The outer peripheral surface of 20 abuts against the combined surface of the floating tube support seat 10, and the positioning holes 12a, 12b on the floating tube support seat 10 can limit the position of the positioning columns 21a, 21b, and then, the operator can take them Bind the floating tube 20 and the floating tube support base 10 with a rope so that the positioning columns 21a, 21b will not break away from the positioning holes 12a, 12b, so as to complete the floating tube 20 and the floating tube support base 10 The fixed action.

As shown in Fig. 4 to Fig. 7, take the third preferred embodiment and the fourth preferred embodiment of the positioning structure of the floating tube support base and the floating tube in this invention as examples, when the operators are carrying out the second floating tube When assembling the tube 20 and the floating tube support base 10, the operator can insert the positioning columns 21c, 21d of the two floating tubes 20 into the positioning holes 12a, 12b of the floating tube support base 10 respectively, and make the The outer peripheral surfaces of the two floating tubes 20 abut against the corresponding combined surfaces on the floating tube support base 10 respectively, and the positioning holes 12a, 12b on the floating tube support base 10 can limit the two positioning columns 21c, 21d, and then , the operator can use the binding rope to bind the two floating tubes 20 and the floating tube support base 10, so that the two positioning columns 21c, 21d will not break away from the positioning holes 12a, 12b, so as to complete the two floating tubes 20 and the floating tube support base 10. The fixing action of the floating tube support seat 10.

Wherein, as shown in Fig. 1 to Fig. 7, the positioning structure of the floating tube support seat 10 and the floating tube 20 of the present invention can limit the positioning columns 21a~21d through the positioning holes 12a, 12b of the floating tube support seat 10, so that all The floating tube 20 will not rotate axially and slide relative to the floating tube support base 10, and the combined surface of the floating tube support base 10 can also limit the direction of the floating tube 20, so that the floating tube 20 It will not rotate relative to the support seat 10 of the floating tube. Through the cooperation and limitation of the positioning holes 12a, 12b and the positioning columns 21a~21d, the operator can complete the action of fastening the rope alone without the assistance of others. This can effectively reduce the labor cost required for assembling the raft.

In addition, as shown in Figures 1 to 7, the positioning structure of the floating tube support base and the floating tube in this invention can limit the positioning columns 21a~21d through the positioning holes 12a, 12b of the floating tube support base 10, so that the floating tube 20 will not rotate axially or slip relative to the floating tube support seat 10, therefore, the strength of the operator to fasten the rope only needs to prevent the positioning columns 21a~21d on the floating tube 20 from detaching from the positioning holes 12a, 12b , instead of tying it with force, so that the operator can save more effort when fastening the tying rope.

In addition, as shown in Figures 1 to 7, the positioning structure of the floating tube support base and the floating tube in the present invention can prevent the floating tube 20 from rotating axially or slipping relative to the floating tube support base 10, thereby not only further avoiding When the operator is working on the raft body, the floating tube 20 may rotate or slip and cause the operator to slip and be injured, thereby improving the safety of the operation, and the positioning structure of the floating tube support seat and the floating tube can effectively position each The spacing between the floating tubes 20 further improves the overall structural strength and stability of the raft body.

Also as shown in Figure 8, when the operator assembles the floating tube 20 on the floating tube support base 10, it can also directly weld one of the floating tubes 20 to the floating tube support base 10 through one of the joints. On the surface 11, another floating tube 20 can be positioned by using the positioning column 21b to cooperate with the positioning hole 12b of the floating tube support base 10.

In addition, the floating tube support base 10 can further adopt a detachable assembly structure, so that the operator can disassemble the floating tube support base 10 into an upper assembly part having positioning holes 12a, 12b and a joint surface 11 respectively. And the lower assembly part, the operator can insert the positioning column of one of the floating tubes 20 into the positioning holes 12a, 12b of the lower assembly part for positioning, and then place the positioning column 21a~ of the other floating tube 20 21d extends into the positioning holes 12a, 12b of the upper assembly part for positioning, and finally the operator can assemble the upper assembly part and the lower assembly part with each other to form the floating pipe support seat 10, thereby providing Diversified assembly methods enable operators to adjust the assembly methods in accordance with environmental constraints, thereby improving the convenience of assembly.

In summary, the positioning structure of the floating tube support seat and the floating tube in this invention can limit the positioning columns 21a~21d through the positioning holes 12a, 12b, so that the floating tube 20 will not have axial rotation and Relative to the sliding of the floating tube support base 10, the operator can independently assemble and tie the rope without excessive effort to tie the rope, and at the same time, the overall structural strength and stability of the raft body can be improved.

10: Floating tube support seat 11: Joint surface 12a, 12b: positioning holes 20: Float tube 21a~21d: positioning column 211: end face 212: Mating surface

Fig. 1: It is the three-dimensional exploded schematic view of the first preferred embodiment of the positioning structure of the floating tube support seat and the floating tube in this invention. Fig. 2: It is the schematic cross-sectional view of the combination of the first preferred embodiment of the floating tube support base and the positioning structure of the floating tube in this invention. Fig. 3: It is the three-dimensional exploded schematic diagram of the second preferred embodiment of the positioning structure of the floating tube support seat and the floating tube in this invention. Fig. 4: It is the three-dimensional exploded schematic diagram of the third preferred embodiment of the positioning structure of the floating tube support seat and the floating tube in this invention. Fig. 5: It is a schematic cross-sectional view of the combination of the third preferred embodiment of the floating tube support seat and the positioning structure of the floating tube in this invention. Fig. 6: It is the three-dimensional exploded schematic view of the fourth preferred embodiment of the positioning structure of the floating tube support seat and the floating tube in this invention. Fig. 7: It is a schematic cross-sectional view of the combination of the fourth preferred embodiment of the floating tube support seat and the positioning structure of the floating tube in this invention. Figure 8: It is a schematic diagram of one of the floating tube welding and the floating tube support base in the positioning structure of the floating tube support seat and the floating tube in this creation.

10: Floating tube support seat

11: Joint surface

12a: positioning hole

20: Float tube

21a: positioning column

Claims (6)

A positioning structure of a floating tube support seat and a floating tube, which is used to be arranged between a floating tube support seat and a floating tube, the floating tube support seat is formed with a joint surface matching the floating tube, so The positioning structure of the floating tube support seat includes: a positioning hole formed in the floating tube support seat and extending to the joint surface; and A positioning column is formed on the floating tube and can extend into the positioning hole so that the floating tube is positioned on the floating tube support base. The positioning structure of the floating tube support seat and the floating tube according to claim 1, wherein the positioning hole is a circular hole, and the positioning column is a cylinder whose shape corresponds to the positioning hole. The positioning structure of the floating tube support seat and the floating tube according to claim 1, wherein the positioning hole is a square hole, and the positioning column is a square column whose shape corresponds to the positioning hole. A positioning structure for a floating tube support seat and a floating tube, which is used to be arranged between a floating tube support seat and two criss-cross floating tubes, the upper and lower ends of the floating tube support seat form a joint surface respectively , the two joint surfaces are respectively matched with the two floating tubes, and the positioning structure of the floating tube support seat includes: a positioning hole, which is formed in the floating tube support seat and extends to the two joint surfaces; and Two positioning columns are respectively formed on the two floating tubes, and the two positioning columns can respectively extend into the positioning holes, so that the two floating tubes are positioned on the supporting base of the floating tubes. The positioning structure of the floating tube support seat and the floating tube as described in claim 4, wherein the ends of the positioning posts of the two floating tubes form an end face respectively, and when the positioning posts of the two floating tubes extend into the positioning hole, the two floating tubes The end faces of the positioning columns of the pipe are arranged oppositely. The positioning structure of the floating tube support seat and the floating tube as described in claim 4, wherein one side of the positioning posts of the two floating tubes respectively forms a mating surface, when the positioning posts of the two floating tubes extend into the positioning hole, the The matching surfaces of the positioning columns of the two floating pipes are relatively arranged.

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