TW202130267A - Floating tube assembly including floating tube body and at least one retaining ring disposed on the floating tube body - Google Patents

Abstract

This invention relates to a floating tube assembly including a floating tube body and at least one retaining ring disposed on the floating tube body. The floating tube body includes an intermediate tube portion and two tube caps disposed at two ends of the intermediate tube portion. The retaining ring sleeves the intermediate tube portion of the floating tube body. The retaining ring is provided with a sleeving port and at least one through hole. A caliber of the sleeving port is greater than the external diameter of the intermediate tube portion. The caliber of the sleeving port is smaller than external diameters of the two tube caps. According to the floating tube assembly provided by this invention, an adjusting rope is tied by operating personnel by mainly using the retaining ring so as to be fixed on a carrier. The retaining ring may be disposed on the intermediate tube portion of the floating tube body in a sleeving or lateral assembling manner, such that more time and labors are saved in a process that the operating personnel performs assembly, the assembling efficiency and convenience of the floating tube body can be effectively improved.

Description

Floating tube assembly

This creation is a kind of floating tube assembly, especially a floating tube assembly used to provide carrier buoyancy for aquaculture.

In the field of aquaculture such as oyster seedlings, the operator will tie the oyster seedling strings to a carrier, and by arranging a plurality of hollow floating tubes on the carrier, the carrier can float on the water surface. Let the oyster seedling string tied to the carrier hang in the water, wherein, in order to make the floating tube easy to be tied and fixed on the carrier, the floating tube will be covered with a net outside the floating tube body. The net cover includes a plurality of straps, which are interlaced and fastened to form a plurality of knots, so that the operator can tie the straps used to fasten the carrier to the On any node of the floating tube, thereby fixing the floating tube.

However, the net cover covering the outer side of the floating tube body of the floating tube not only needs to be manufactured manually according to the size of the floating tube body, but also after being sleeved on the outer side of the floating tube body, the operator must still tighten the net cover , So that the net cover can be tightly attached to the outer side of the floating tube body. Therefore, the manufacturing of the current floating tube takes a long time and is relatively inconvenient in manufacturing.

The main purpose of this creation is to provide a floating tube assembly, which hopes to improve the time required for the production of current floating tubes, and the production is more inconvenient.

In order to achieve the purpose of the previous disclosure, the floating tube assembly of this creation includes: A floating tube body, comprising a middle tube part and two tube covers, the two tube covers are respectively arranged at two opposite ends of the middle tube part, and the outer diameter of the two tube covers is larger than the outer diameter of the middle tube part; as well as At least one buckle ring is sleeved on the middle tube portion of the floating tube body, the buckle ring has a set of ports and at least one through hole, the diameter of the sleeve port is larger than the outer diameter of the middle tube portion, and The diameter of the socket is smaller than the outer diameter of the two caps.

The creative floating tube assembly can choose different types of buckle according to the needs of the operator. The buckle can be a ring body, wherein the buckle can form a lug on one side of the buckle, and the perforation hole Is formed at the lug; or, a lug is formed on two opposite sides of the buckle, and the buckle includes two perforation holes, and the perforation holes are respectively formed in the At the lug, in addition, the buckle ring can further form an extension protrusion on a side opposite to the two lugs, and a set of connecting holes is formed on the extension protrusion.

In addition, the buckle ring can also be a combined component, wherein the buckle ring can include a buckle member and a strap, and a middle section of the buckle member protrudes outward to form the through hole, and An engagement hole is formed on two opposite sides of the buckle member, and two opposite ends of the strap are respectively tied in the two engagement holes of the buckle member. The buckle member and the tie The belt ring forms the socket; or, the buckle includes two oppositely arranged buckle members and two straps, the middle section of each buckle member protrudes outward to form the through hole, and each An engagement hole is respectively formed on two opposite sides of a buckle member, and the opposite ends of the two straps are respectively tied in the engagement holes opposite to the two buckle members. The two buckle members and the two strap rings Or, the buckle ring includes two oppositely arranged buckle parts, each buckle part respectively forms a set of connecting parts on two opposite sides, and the assembly part of the two buckle parts They are buckled and fixed to each other, and the two buckling members surround the socket to form the socket.

The operator can pass an adjustment rope through the through hole of the buckle, and connect the carrier and a positioning anchor, so that the floating tube assembly can be used as a vertical floating tube to provide the buoyancy of the carrier, so that the operation The personnel can control the draught of the carrier by adjusting the length of the adjusting rope. When the operator is assembling the floating tube assembly, the operator can directly set the socket of the buckle on The middle tube part of the floating tube body is then directly closed by the two tube covers at the opposite ends of the middle tube part, or the buckle is directly installed laterally from the side of the middle tube part of the floating tube body, The assembly of the float tube assembly can be completed, and the assembly efficiency and convenience of the float tube body can be effectively improved.

Please refer to FIGS. 1-9, which are several preferred embodiments of the creative floating tube assembly, which includes a floating tube body 10 and at least one buckle 20a-20f.

As shown in Figures 1 to 3, the float tube body 10 includes a middle tube portion 11 and two tube covers 12, the two tube covers 12 are respectively disposed at two opposite ends of the middle tube portion 11, and the two tube covers The outer diameter of 12 is greater than the outer diameter of the middle tube portion 11.

As shown in Figures 4-9, the buckle rings 20a-20f are sleeved on the middle tube portion 11 of the floating tube body 10. The buckle rings 20a-20f have a set of interfaces 21a-21f and at least one through hole In the hole 22, the diameter of the sockets 21a-21f is larger than the outer diameter of the middle tube portion 11, and the diameter of the sockets 21a-21f is smaller than the outer diameter of the two pipe covers 12.

The floating tube assembly of the present invention has many different embodiments, and as shown in Figures 4 to 6, in the first preferred embodiment to the third preferred embodiment of the floating tube assembly, the buckle 20a-20c can be a ring-shaped body, wherein, as shown in FIG. 4, in the first preferred embodiment of the floating tube assembly of the present invention, a lug 23 is formed on one side of the buckle 20a, and the piercing A hole 22 is formed at the lug 23.

As shown in Figures 5 and 6, and in the second preferred embodiment and the third preferred embodiment of the floating tube assembly of the present invention, two opposite sides of the buckle 20b, 20c are respectively formed with a lug 23, and the buckle 20b, 20c includes two perforation holes 22, and the perforation holes 22 are respectively formed at the lugs 23, wherein, as shown in FIG. 5, the floating pipe is created in this invention In a third preferred embodiment of the assembly, the buckle 20c further forms an extension protrusion 24 on a side opposite to the two lugs 23, and a set of contact holes 241 are formed on the extension protrusion 24.

As shown in Figures 7-9, in the fourth preferred embodiment to the sixth preferred embodiment of the floating tube assembly, the buckle 20d-20f is a combined component, wherein, as As shown in FIG. 7, in the fourth preferred embodiment of the creative floating tube assembly, the buckle 20d includes a buckle 25a and a strap 26, and the middle section of the buckle 25a protrudes outward The through hole 22 is formed, and an engagement hole 251 is respectively formed on two opposite sides of the buckle member 25a. The opposite ends of the strap 26 are respectively tied to the buckle member 25a. In the two engagement holes 251, the buckle 25a and the strap 26 surround to form the socket 21d.

As shown in FIG. 8, in the fifth preferred embodiment of the creative floating tube assembly, the buckle 20e includes two oppositely arranged buckle members 25a and two straps 26, and each buckle member 25a is The middle section protrudes outward to form the through hole 22, and an engagement hole 251 is formed on the opposite sides of each buckle member 25a, and the opposite ends of the two straps 26 are respectively tied to the two buckles. In the connecting hole 251 opposite to the connecting piece 25a, the two buckling pieces 25a and the two straps 26 surround the socket 21e.

As shown in FIG. 9, in the sixth preferred embodiment of the floating tube assembly of the present invention, the buckle ring 20f includes two oppositely arranged buckle members 25b, and each buckle member 25b is on two opposite sides, respectively. A set of connecting portions 27 are formed. The connecting portions 27 of the two buckle members 25b are buckled and fixed to each other. The two buckle members 25b surround the socket 21f. The buckle ring 20f can further include two locks. The two fixing screws 28 are respectively penetrated and fixed to the corresponding assembling parts 27 of the two buckling members 25b.

Wherein, when the pipe cover 12 of the floating pipe body 10 of the floating pipe assembly of the present invention is set by hot melt or gluing and the two ends of the intermediate pipe portion 11 are respectively closed, the operator can directly use the floating pipe assembly of the present invention. From the fourth preferred embodiment to the sixth preferred embodiment, the buckles 20d~20f, and by directly arranging the buckles 20d~20f laterally on the middle tube portion 11, the operator does not need to The pipe cover 12 can be removed and the retaining rings 20d-20f can be installed on the floating pipe body 10.

As shown in Figure 1, Figure 4 to Figure 6, the creative floating tube assembly can be applied to aquaculture carriers 30 such as oyster seedlings. Take the first preferred embodiment to the third preferred embodiment of this creation as For example, when the operator is performing the assembling operation of the floating tube assembly, the operator can first put the sockets 21a-21c of the buckle 20a-20c on the intermediate tube 11 of the floating tube body 10. , And then cover the two tube covers 12 and close the opposite ends of the middle tube 11 to complete the assembly operation of the floating tube assembly.

As shown in Figure 7, taking the fourth preferred embodiment of the floating tube assembly of the present creation as an example, when the operator is performing the assembly operation of the floating tube assembly, the operator can directly buckle the buckle 20d The connecting piece 25a is placed at the middle tube portion 11 of the floating tube body 10, and the two ends of the strap 26 are respectively tied to the buckle piece 25a after bypassing the middle tube portion 11 The connecting holes 251 on both sides, and the diameter of the socket 21d formed by the strap 26 and the buckle 25a is smaller than the outer diameter of the cap 12 of the floating tube body 10 to complete the floating tube assembly The assembly operations.

In addition, as shown in FIG. 8, taking the fifth preferred embodiment of the floating tube assembly of the present invention as an example, when the operator is performing the assembling operation of the floating tube assembly, the operator can directly attach the buckle 20e to the The two buckle members 25a are placed on opposite sides of the middle tube portion 11 of the floating tube body 10 respectively, and the two ends of the two straps 26 are respectively tied to the two buckle members 25a. The diameter of the socket 21e enclosed by the two straps 26 and the two fasteners 25a is smaller than the outer diameter of the cap 12 of the float tube body 10 to complete the assembly operation of the float tube assembly.

As shown in Figure 9, taking the sixth preferred embodiment of the floating tube assembly of the present invention as an example, when the operator is performing the assembling operation of the floating tube assembly, the operator can directly attach the buckle 20f to the The two buckling members 25b are placed on opposite sides of the middle tube portion 11 of the floating tube body 10, respectively. The operator can insert and fix the two locking screws 28 to the two buckle members 25b. The assembling part 27 is adjusted by adjusting the locking screw 28 to control the caliber of the socket 21f, so that the caliber of the socket 21f between the two fasteners 25b is smaller than that of the floating tube body 10. The outer diameter of the pipe cover 12 is used to complete the assembly operation of the floating pipe assembly.

The creative floating tube assembly can be connected to a carrier 30 to provide the buoyancy of the carrier 30. As shown in FIG. 10, taking the first preferred embodiment of the creative floating tube assembly as an example, when the operator sets the float When pipe assembly, the operator can pass an adjustment rope 31 through the through hole 22 of the buckle 20a, and connect the carrier 30 and a positioning anchor 32, the operator can adjust the adjustment rope 31 The length is used to control the draught of the carrier 30.

In addition, as shown in Figure 11, the floating tube assembly may also be provided with two buckles 20a. When the operator is setting up the floating tube assembly, the operator can tie the two ends of the adjusting rope 31 respectively. Set in the through holes 22 of the two buckles 20a, and tie the two ends of a tie rope 33 to the middle section of the adjustment rope 31 and the carrier 30, thereby making the floating tube assembly horizontally arranged .

In addition, as shown in Fig. 12, taking the third preferred embodiment of the floating tube assembly of the present invention as an example, when the operator is setting up the floating tube assembly, the operator can tie the two ends of the adjusting rope 31 separately. The two through holes 22 of the buckle 20c, and the two ends of a tie rope 33 are respectively tied to the middle section of the adjusting rope 31 and on the carrier 30, so that the floating tube assembly can be in the water The provided buoyancy and the gravity of the carrier 30 are arranged vertically, and the operator can insert a flag, a warning light, or add auxiliary parts 40 such as an auxiliary floating bucket at the assembly hole 241 of the buckle 20c, thereby achieving an elevated position The degree of recognition or the effect of buoyancy adjustment.

Wherein, since the diameters of the sockets 21a-21f of the retaining rings 20a-20f are smaller than the outer diameter of the cap 12 of the floating tube body 10, the cap 12 can be used during the use of the floating tube assembly. The buckle rings 20a-20f are limited so that the buckle rings 20a-20f will not be separated from the floating tube body 10. In addition, the buckle rings 20a-20f can be connected to the intermediate tube portion 11 of the floating tube body 10. It can be arranged in a tight fit, whereby the operator can adjust the position of the buckle ring 20a-20f in the middle tube portion 11 according to usage requirements, and further control the connection height of the floating tube body 10 and the carrier 30.

In summary, the floating pipe assembly of the present creation mainly uses the buckles 20a-20f to provide the operator with the adjustment rope 31 to be fixed on the carrier 30, wherein the buckles 20a-20f can be sleeved It is arranged in the middle tube portion 11 of the float tube body 10 in a way or in a lateral assembly way, which can save time and effort for the operator during the assembly process, and can effectively improve the assembly efficiency of the float tube body 10 and Convenience.

10: Floating pipe body 11: Middle tube 12: Tube cover 20a~20f: buckle 21a~21f: socket 22: Piercing hole 23: lugs 24: Extension convex 241: Assembly hole 25a, 25b: fasteners 251: Connection hole 26: Strap 27: Assembly Department 28: Locking screws 30: Carrier 31: Adjusting rope 32: positioning anchor 40: auxiliary parts

Figure 1: This is a three-dimensional exploded schematic view of the first preferred embodiment of the creative floating tube assembly. Figure 2: This is a schematic diagram of the three-dimensional appearance of the first preferred embodiment of the creative floating tube assembly. Figure 3: This is a schematic front view of the first preferred embodiment of the creative floating tube assembly. Figure 4: A schematic cross-sectional view of A-A in Figure 3. Figure 5: This is a schematic cross-sectional view of the second preferred embodiment of the creative floating tube assembly. Figure 6: This is a schematic cross-sectional view of the third preferred embodiment of the creative floating tube assembly. Figure 7: This is a schematic cross-sectional view of the fourth preferred embodiment of the creative floating tube assembly. Figure 8: This is a schematic cross-sectional view of the fifth preferred embodiment of the creative floating tube assembly. Figure 9: This is a schematic cross-sectional view of the sixth preferred embodiment of the creative floating tube assembly. Figure 10: A schematic diagram of the first use of the floating tube assembly for this creation. Figure 11: Schematic diagram of the second way of using the floating tube assembly for this creation. Figure 12: This is a schematic diagram of the third use of the floating tube assembly.

10: Floating pipe body

11: Middle tube

12: Tube cover

20a: Buckle

21a: socket

22: Piercing hole

23: lugs

Claims (8)

A floating tube assembly, which includes: A floating tube body, comprising a middle tube part and two tube covers, the two tube covers are respectively arranged at two opposite ends of the middle tube part, and the outer diameter of the two tube covers is larger than the outer diameter of the middle tube part; as well as At least one buckle ring is sleeved on the middle tube portion of the floating tube body, the buckle ring has a set of ports and at least one through hole, the diameter of the sleeve port is larger than the outer diameter of the middle tube portion, and The diameter of the socket is smaller than the outer diameter of the two caps. The floating tube assembly according to claim 1, wherein a lug is formed on one side of the buckle, and the through hole is formed at the lug. The floating tube assembly according to claim 1, wherein two opposite sides of the buckle ring are respectively formed with a lug, and the buckle ring includes two piercing holes, and the piercing holes are respectively formed in the Said at the lugs. The floating tube assembly according to claim 3, wherein the buckle ring forms an extension convex portion on a side opposite to the two lugs, and a set of connecting holes is formed on the extension convex portion. The floating tube assembly according to claim 1, wherein the buckle includes a buckle and a strap, the through hole is formed in a middle section of the buckle, and two opposite sides of the buckle An engagement hole is respectively formed on the sides, two opposite ends of the strap are respectively tied in the two engagement holes of the buckle member, and the buckle member and the strap ring form the socket interface . The floating pipe assembly according to claim 1, wherein the buckle includes two oppositely arranged buckle members and two straps, the through hole is formed in the middle section of each buckle member, and each buckle member An engagement hole is respectively formed on two opposite sides of the two straps, and two opposite ends of the two straps are respectively tied in the engagement holes of the two fasteners. The two fasteners and the two straps surround the two straps to form the Socket. The floating pipe assembly according to claim 1, wherein the buckle ring includes two oppositely arranged buckle members, and each buckle member forms a set of joint portions on two opposite sides respectively, and the assembly of the two buckle members is The parts are buckled and fixed to each other, and the two buckling parts surround the socket to form the socket. The floating tube assembly according to claim 7, wherein the buckle includes two locking screws, and the two locking screws are respectively penetrated and fixed to the corresponding assembly parts of the two buckling members.

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