CN208169272U - A kind of swimming pool pipe support connection structure - Google Patents
A kind of swimming pool pipe support connection structure Download PDFInfo
- Publication number
- CN208169272U CN208169272U CN201820585427.6U CN201820585427U CN208169272U CN 208169272 U CN208169272 U CN 208169272U CN 201820585427 U CN201820585427 U CN 201820585427U CN 208169272 U CN208169272 U CN 208169272U
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- concave point
- connector
- swimming pool
- pipe
- pipe support
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Abstract
The utility model discloses a kind of swimming pool pipe support connection structures, swimming pool includes an annular pipe support and a pond body in annular pipe support, annular pipe support includes that several side pipes are concatenated by connector, the both ends connection both sides pipe of connector, the lower end of connector connects foot tube, connector lower end forms a vertical pipe joint, an at least first concave point is formed on the circumferential surface of foot tube upper end, first concave point is corresponded in vertical pipe joint equipped with the second concave point, the second concave point is caught in first concave point after foot tube upper end covers access vertical pipe joint and positions.The utility model structure is simple, simplifies assembling operation, and can effectively prevent water and flow into from gap, punching place, reduces scale rate.
Description
Technical field
The utility model relates to pipe support swimming pool, more specifically to a kind of swimming pool pipe support connection structure.
Background technique
AGP pipe support pond is a swimming pool for family's leisure, amusement of playing, a kind of pipe support swimming as shown in Figure 1
Pond comprising pond body 2 ' is set in an annular pipe support 1 ', schema swimming pool is that class is cylindrical, be equipped in pond body 2 ' water inlet and
Water outlet is separately furnished with filter.Annular pipe support 1 ' include it is several rigidity when that pipe 11 ', can concatenate several the connectors 12 ' of pipe and
Several foot tubes 13 ' are in series into the ring band between several side pipes 11 ' by connector 12 ', foot tube top dismantledly support ring
Shape band, pond body include the PVC adhesive plaster in one piece of endless belt for being connected to annular pipe support.
As shown in Fig. 2, connector 12 ' is T-shaped, the both ends of connector 12 ' are movably connected with side pipe 11 ', connector 12 '
Lower end be flexibly connected foot tube 13 ', so that side pipe 11 ' be enabled to pass through the PVC adhesive plaster of pond body, and rear foot tube 13 ' is connected to connector
In 12 ' lower ends, successively combine.Connection for connector 12 ' and foot tube 13 ' and side pipe 11 ', in existing pipe support, such as Fig. 2 institute
Show, the both ends of connector 12 ' connect two sides pipe 11 ' by way of bolt 14 ' is arranged.And when connecting foot tube 13 ', with a bullet
Spring button 15 ' realizes assembling, and the vertical tube 121 ' of connector 12 ' is enabled to be socketed on 13 ' upper end of foot tube.
For the connection structure of above-mentioned connector, there can be following disadvantages：
1, it is easy to cause water to enter from reflexed hole due to there is bullet pin hole in connector, causes steel pipe inner wall to get rusty, at any time
Between elapse, pipe corrosion area is big, and product entirety stress intensity can decline therewith, and the hidden danger such as collapse.
2, when assembling, foot tube and connector need first to press snak link when assembling, and are reloaded into connector, press bullet in the process
The finger of spring button is also easy to produce clamp hand hidden danger.
Furthermore 3, after swimming pool assembling, in connector 12 ', as shown in Fig. 2, the upper end of foot tube 13 ' is because inside contract to form one
The linkage section being inserted into connector vertical tube forms a step 131 ', the vertical tube 121 ' of connector 12 ' in 13 ' upper end of foot tube
Nozzle is stuck in 131 ' place of foot tube step, supports as product stress.But in loading process because 12 ' vertical tube of connector, 121 ' nozzle with
Foot tube step 131 ' generates friction, and 13 ' step of foot tube, 131 ' place is easily caused to be scraped off depainting, get rusty.
In view of this, the designer for above-mentioned swimming pool pipe support connection structure design on do not attain improve caused by it is many lack
It loses and inconvenient, and deeply conceives, and actively research improvement has a fling at and develops and design this creation.
Utility model content
The purpose of this utility model is to provide a kind of swimming pool pipe support connection structures, and structure is simple, simplify group and pretend
Industry, and can effectively prevent water and be flowed into from gap, punching place, reduce scale rate.
In order to achieve the above objectives, the solution of the utility model is：
A kind of swimming pool pipe support connection structure, swimming pool include an annular pipe support and a pond body in annular pipe support, annular
Pipe support includes that several side pipes are concatenated by connector, and the both ends connection both sides pipe of connector, the lower end of connector connects foot tube,
It is characterized in that：Connector lower end forms a vertical pipe joint, forms an at least first concave point, vertical pipe joint on the circumferential surface of foot tube upper end
Middle corresponding first concave point is equipped with the second concave point, and it is fixed that the second concave point is caught in first concave point after foot tube upper end covers access vertical pipe joint
Position.
Further, foot tube upper end inside contracts the linkage section to be formed and be inserted into vertical pipe joint.
Further, the length of linkage section is greater than the length of vertical pipe joint, and linkage section is supported in connector in vertical pipe joint
Lower end.
Further, at least one first cord is longitudinally formed in the circumferential surface of linkage section, first concave point is located in the first cord, erects
Corresponding first cord is equipped with the second cord in the circumferential surface of pipe fitting, and the second concave point is located in the second cord, and the first cord is positioned at the
On the inside of two cords.
Further, the second concave point is to get ready to be formed in the circumferential surface of vertical pipe joint, and first concave point is in linkage section circumferential surface
Get or formed a positioning hole ready.
Further, be formed on linkage section circumferential surface one perpendicular to linkage section nozzle strip short slot, the bottom end of strip short slot
It extends out to form a positioning hole as first concave point, corresponds to location hole on the circumferential surface of vertical pipe joint and set to the concave to form the second concave point.
Further, connector is T-shaped, and connector includes a transverse tube, and the transverse tube that the both ends of transverse tube form connection both sides pipe connects
Head, transverse tube middle part are formed down the vertical pipe joint to connect foot tube.
Further, it is connected through a screw thread between side pipe and horizontal tube connector.
Further, the circumferential surface of horizontal tube connector is equipped with an at least third concave point, and it is recessed to correspond to third in the circumferential surface at side pipe both ends
Point is equipped with the 4th concave point, and third concave point covers to be caught in the 4th concave point in access horizontal tube connector in side tube end to be positioned.
Further, third concave point is formed by punching on horizontal tube connector circumferential surface, and it is vertical that one is formed in the pipe both ends of side
In the strip short slot of side pipe nozzle, the end of strip short slot extends out to form a positioning hole as the 4th concave point.
After adopting the above structure, the utility model is in the connection of connector and foot tube and side pipe in swimming pool pipe support, directly
It connects in the way of sags and crests engaging positioning realization tight fit, instead of needing punching originally and utilizing the fixed form of snak link,
Keep structure simpler, simplify assembling operation, use is easier, and can effectively prevent water and flow into from gap, punching place, drop
Low scale rate.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of pipe support swimming pool；
Fig. 2 is in existing pipe support swimming pool, and connector connects the connection schematic diagram of side pipe and foot tube；
Fig. 3 is the decomposition diagram of the utility model first embodiment；
Fig. 4 is the decomposition diagram of the utility model second embodiment；
Fig. 5 is the decomposition diagram of the utility model 3rd embodiment.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.
The utility model discloses a kind of swimming pool pipe support connection structure, and swimming pool structure is as shown in Figure 1, swimming pool includes an annular
Pipe support and a pond body in annular pipe support, annular pipe support include that several sides pipes concatenate to form endless belt by connector, even
Connector both ends connect side pipe, and side pipe is used for the molding support in pond, and connector and foot tube are then used for the support after product is poured water,
To ensure that integral strength can satisfy use.Above structure is existing structure, is just no longer described in detail herein, the utility model it is main
The improvement is that connector and foot tube and the connection with side pipe.
As shown in figure 3, the both ends of connector 1 connect both sides pipe 2, the lower end of connector 1 connects foot tube 3, and connector 1 can be in
T-type a comprising transverse tube 10, the both ends of transverse tube form the horizontal tube connector 11 of connection both sides pipe, are formed down use in the middle part of transverse tube 10
To connect the vertical pipe joint 12 of foot tube.To keep junction more attractive while preventing into water, the upper end of foot tube 3 is inserted into vertical tube and connects
In first 12 and positioning is formed, and 3 upper end of foot tube inside contracts the linkage section 31 to be formed and be inserted into vertical pipe joint 12.To make linkage section
31 insertion vertical pipe joints 12 formed connect simultaneously positions, with prevent foot tube 3 rotate or connection on generate dislocation, and can waterproof,
In the present embodiment, at least one first concave point 311 is formed on the circumferential surface of 3 upper end linkage section 31 of foot tube.Further, in connector
First concave point 311 is corresponded in the vertical pipe joint 12 that 1 lower end is formed equipped with the second concave point 121, is connect when linkage section 31 is inserted into vertical tube
When in first 12, the upper end of foot tube is caught in first recessed with the second concave point 121 just positioning to 12 fitting of vertical pipe joint, to set to the concave
In point 311, linkage section 31 and vertical pipe joint is enabled to engage positioning after socket, ensure that the connection positioning of foot tube 3.Wherein, second
Concave point 121, which can be, directly to be got ready to be formed in the circumferential surface of vertical pipe joint 12, and first concave point 311 can be in 31 circumferential surface of linkage section
In get ready to form or be formed a positioning hole.Wherein, first concave point 311 and the second concave point 121 can be round or ellipse.
It is more convenient when further, to make socket to find anchor point accurately, at least one can be longitudinally formed in the circumferential surface of linkage section 31
First cord 310, first concave point 311 is located in the first cord 310, corresponding, corresponding first in the circumferential surface of vertical pipe joint 12
Cord 310 is equipped with the second cord 120, and the second concave point 121 is located in the second cord 120, and the first cord 310 is located at the second cord
320 insides keep positioning more convenient.Certainly, vertical pipe joint 12 can also be elliptical tube, and corresponding linkage section 31 can also be elliptical tube.
Meanwhile to avoid the upper end of foot tube 3 because the phenomenon that stress and friction generate depainting or get rusty, can enable linkage section 31
Length be greater than vertical pipe joint 12 length.In this way, linkage section 31 is supported in connector 1 when being socketed in vertical pipe joint 12
The top of lower end, linkage section 31 is located at 10 lower end of transverse tube.To which 3 supporting surface of foot tube is changed to 10 lower end of connector transverse tube, connector
Vertical pipe joint 12 when being socketed on 3 upper end of foot tube, step contact-impact of the vertical pipe joint 12 no longer with 3 upper end of foot tube, which
It can effectively avoid the friction depainting between steel pipe under the premise of not changing stress intensity, get rusty.
Connection for two sides pipe 2 in transverse tube 10 can be connected between the end and horizontal tube connector 11 of side pipe 2 by screw thread
It connects.As shown in figure 3, external screw thread 21 can be arranged in the end of side pipe 2, interior spiral shell is then formed on the internal perisporium of 11 outer end of horizontal tube connector
Line（It is to show in figure）.Certainly, being located by connecting between 2 end of side pipe and horizontal tube connector 11 can also be used concave point and engage and determine
The mode of position, principle is connected to identical in vertical pipe joint 12 with linkage section 31.Embodiment as shown in Figure 4, the week of horizontal tube connector 11
Face is equipped with an at least third concave point 111, and the directly mode inwardly got ready can be used in each concave point, corresponding the in 2 both ends of side pipe
Three concave points 111 are equipped with the 4th concave point 22, so as to engage positioning after enabling the end of side pipe 2 directly be socketed on horizontal tube connector 11, and
It is unlikely to misplace after socket or rotates.
Certainly, the form of the concave point for being located in inside is not only direct dot method, can also be positioned by being formed
Hole, or in the way of the connection of notch detent.Embodiment as shown in Figure 5, be formed on 31 circumferential surface of linkage section one perpendicular to
The strip short slot 312 of linkage section nozzle, the bottom end of strip short slot 312 extend out to form a positioning hole 313, and location hole 313 is used as foot
The first concave point of 3 upper end of pipe.Strip short slot 312 can extend to form from top to bottom in 3 upper end tube nozzle side of foot tube, strip short slot
312 form guide groove, and the minimum diameter length of location hole 313 is slightly larger than the width of short slot 312.Strip short slot 312 can be also provided with
On seamed edge.The location hole 313 of 312 end of strip short slot is to form first concave point on 31 circumferential surface of linkage section, herein first
Concave point uses the form of location hole, then corresponds to location hole 313 on the circumferential surface of vertical pipe joint 12 and sets to the concave to form the second concave point
121.When linkage section 31 is socketed in vertical pipe joint 12, the second concave point 121 is snapped into location hole 313, forms positioning.Together
Reason, the both ends of pipe 2 on side, when in set access horizontal tube connector 11, side pipe is formed with one perpendicular to Bian Guanguan in 2 both ends
The strip short slot 23 of mouth, strip short slot 23 can be extended inwardly to form in the nozzle of pipe 2, and the end of strip short slot 23 extends out shape
At a positioning hole 231, the minimum diameter length of location hole 231 is slightly larger than the width of short slot 23.Location hole 231 forms 2 end of side pipe
The mode got ready is replaced also with the form of location hole in the end of the 4th concave point on portion's circumferential surface, side pipe.And horizontal tube connector 11
Circumferential surface on correspond to location hole 231 and equally set to the concave to form third concave point 111, by the circumferential surface at 11 both ends of horizontal tube connector
It gets ready to form third concave point 111, is caught in the 4th concave point 22 when third concave point 111 is in 2 end sleeve of side pipe access horizontal tube connector 11
Middle positioning prevents socket from misplacing or occurring to turn so as to enable being socketed on after horizontal tube connector 11 for end of side pipe 2 engage positioning
It is dynamic.
After adopting the above structure, the utility model is in the connection of connector and foot tube and side pipe in swimming pool pipe support, directly
It connects in the way of sags and crests engaging positioning realization tight fit, instead of needing punching originally and utilizing the fixed form of snak link,
Keep structure simpler, simplify assembling operation, use is easier, and can effectively prevent water and flow into from gap, punching place, drop
Low scale rate.
The utility model is at least up to following advantages：
1, the vertical pipe joint cancellation punching in connector, which is changed to dot method, can effectively prevent water from gap, punching place stream
Enter, reduces scale rate；
2, foot tube supporting surface is changed to the transverse tube lower end of connector, make the vertical pipe joint of connector lower end no longer with foot tube upper end
In step contact-impact, can effectively avoid the friction depainting between steel pipe, get rusty；
3, eliminate and snak link be installed in foot tube, linkage section be changed to get ready or location hole and form the form of concave point, assembling
When can cancel installation snak link movement, avoid hidden danger, enormously simplify assembling operation.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (10)
1. a kind of swimming pool pipe support connection structure, swimming pool includes an annular pipe support and a pond body in annular pipe support, ring pipe
Frame includes that several side pipes are concatenated by connector, and the both ends connection both sides pipe of connector, the lower end of connector connects foot tube, special
Sign is：Connector lower end forms a vertical pipe joint, forms an at least first concave point on the circumferential surface of foot tube upper end, in vertical pipe joint
Corresponding first concave point is equipped with the second concave point, and it is fixed that the second concave point is caught in first concave point after foot tube upper end covers access vertical pipe joint
Position.
2. a kind of swimming pool pipe support connection structure as described in claim 1, it is characterised in that：Foot tube upper end inside contract to be formed it is pluggable
Linkage section into vertical pipe joint.
3. a kind of swimming pool pipe support connection structure as claimed in claim 2, it is characterised in that：The length of linkage section connects greater than vertical tube
The length of head, linkage section are supported in connector lower end in vertical pipe joint.
4. a kind of swimming pool pipe support connection structure as claimed in claim 2, it is characterised in that：It is longitudinally formed in the circumferential surface of linkage section
At least one first cord, first concave point are located in the first cord, and corresponding first cord is equipped with the second rib in the circumferential surface of vertical pipe joint
Item, the second concave point are located in the second cord, and the first cord is located on the inside of the second cord.
5. a kind of swimming pool pipe support connection structure as claimed in claim 2, it is characterised in that：Second concave point is in vertical pipe joint
It gets ready to be formed in circumferential surface, first concave point is to get or formed a positioning hole ready in linkage section circumferential surface.
6. a kind of swimming pool pipe support connection structure as claimed in claim 2, it is characterised in that：One is formed on linkage section circumferential surface to hang down
Directly in the strip short slot of linkage section nozzle, the bottom end of strip short slot extends out to form a positioning hole as first concave point, vertical pipe joint
Circumferential surface on correspond to location hole and set to the concave to form the second concave point.
7. a kind of swimming pool pipe support connection structure as described in any one of claims 1 to 5, it is characterised in that：Connector is in T
Type, connector include a transverse tube, and the both ends of transverse tube form the horizontal tube connector of connection both sides pipe, are formed down in the middle part of transverse tube to even
The vertical pipe joint of pin pipe.
8. a kind of swimming pool pipe support connection structure as claimed in claim 7, it is characterised in that：Pass through between side pipe and horizontal tube connector
It is threadedly coupled.
9. a kind of swimming pool pipe support connection structure as claimed in claim 7, it is characterised in that：The circumferential surface of horizontal tube connector is equipped with extremely
Lack a third concave point, third concave point is corresponded in the circumferential surface at side pipe both ends equipped with the 4th concave point, third concave point is socketed in side tube end
Enter to be caught in horizontal tube connector in the 4th concave point and position.
10. a kind of swimming pool pipe support connection structure as claimed in claim 9, it is characterised in that：Third concave point in transverse tube by connecing
Head circumferential surface on punch formed, be formed in pipe both ends one perpendicular to while pipe nozzle strip short slot, the end of strip short slot
It extends out to form a positioning hole as the 4th concave point.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820585427.6U CN208169272U (en) | 2018-04-23 | 2018-04-23 | A kind of swimming pool pipe support connection structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820585427.6U CN208169272U (en) | 2018-04-23 | 2018-04-23 | A kind of swimming pool pipe support connection structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208169272U true CN208169272U (en) | 2018-11-30 |
Family
ID=64371935
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820585427.6U Active CN208169272U (en) | 2018-04-23 | 2018-04-23 | A kind of swimming pool pipe support connection structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208169272U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2024026958A1 (en) * | 2022-08-05 | 2024-02-08 | 江苏锦锐户外用品有限公司 | Holeless assembled bracket swimming pool |
-
2018
- 2018-04-23 CN CN201820585427.6U patent/CN208169272U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2024026958A1 (en) * | 2022-08-05 | 2024-02-08 | 江苏锦锐户外用品有限公司 | Holeless assembled bracket swimming pool |
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