CN206071131U

CN206071131U - Spliced buoyancy pool bottom

Info

Publication number: CN206071131U
Application number: CN201621098597.9U
Authority: CN
Inventors: 陈瑞林
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-09-30
Filing date: 2016-09-30
Publication date: 2017-04-05
Anticipated expiration: 2026-09-30

Abstract

A kind of spliced buoyancy pool bottom，Layer is lifted including the spliced buoyancy for setting gradually from bottom to top、Water body sealing coat，The spliced buoyancy lifts layer includes some buoyancy chassis and the chassis connecting piece being connected between adjacent buoyant chassis，The chassis connecting piece includes upper semi-body、Lower semi-body、Polygonal screw rod、Nut，The lower semi-body includes lower chuck and lower stem stem，The polygonal screw rod inserts the polygonal through hole of the upper stem stem and lower stem stem，Nut check is in the end of polygonal screw rod，The swimming pool at the spliced buoyancy pool bottom in using this utility model not only can be swum on the water surface，Suitable for any lake、Sea water、On fresh water level，The spliced buoyancy pool bottom is in the form of isolating with outside waters water body，Water so in swimming pool is not connected with outside body of water，It is easy to be monitored the situation in swimming pool，The situation that swimming pool and people play is controlled in real time，Guarantee safety.

Description

Spliced buoyancy pool bottom

Technical field

This utility model is related to amusement on water product technical field, more particularly to a kind of spliced buoyancy pool bottom.

Background technology

Existing swimming pool includes several types, is formed using armored concrete construction what the north was suitable for, this Swimming pool has that cost is high；Also have plenty of a piece of natural swimming pool is isolated using slider on the shoal in lake, This swimming pool can only be confined to shoal and play, and prevent the people for playing to one's heart's content；Also part swimming pool is suspended in lake On.

For example in the patent of Application No. 03146903.5, a kind of on-water swimming pool, including cell body are disclosed, cell body is by pond Bottom, pool wall, buoyancy aid composition, the cell body upper end are additionally provided with some ball floats, the bottom of pond by some pieces of bottoms be provided with reinforcement and The flat board composition of through hole, is flexibly connected between each piece of flat board, and the joint between each piece of flat board is connected with ball float by rope Connect, the pool wall upper end is connected with buoyancy aid, and lower end is connected with the periphery of bottom of pond.

The bottom of pond of the swimming pool in the prior art is connected with water proximate, so there is the water level in the swimming pool , there is potential safety hazard, and the flat board of the bottom of pond be to make which swim in water by the buoyancy czochralski of ball float in uncontrollable and monitoring On face, and material of the flat board of the bottom of pond by lightweight floatability on the water surface do not disclosed in text make, so exist due to The floating force conducted oneself with dignity to share ball float of flat board body so that the bearing capacity of swimming pool declines.

Also in the patent of the waterborne natural swimming pool of Application No. 201520539771.8, including kickboard, connection net, bottom Plate, is provided with multiple inlet openings in bottom base plate, there is also same problem, exactly by inlet opening be water inside swimming pool and Water connection in waters outside swimming pool, however it remains the uncontrollable safety caused with monitoring of water level in the swimming pool Hidden danger.

Utility model content

Be necessary to propose it is a kind of can swim in automatically lake, on the water surface, the swimming isolated with the water body in outside waters The spliced buoyancy pool bottom in pond.

A kind of spliced buoyancy pool bottom, lifts layer, water body sealing coat including the spliced buoyancy for setting gradually from bottom to top, The spliced buoyancy is lifted layer and is fixedly connected for the pool wall with swimming pool, and the water body sealing coat is for the pond with swimming pool Wall is tightly connected, to form the open-topped swimming pool with receiving space, the splicing by water body sealing coat and pool wall Formula buoyancy lifts layer includes some buoyancy chassis and the chassis connecting piece being connected between adjacent buoyant chassis, the chassis connection Part includes that upper semi-body, lower semi-body, polygonal screw rod, nut, the upper semi-body and lower semi-body are oppositely arranged, and the upper semi-body includes solid The upper chuck and upper stem stem of fixed connection, the edge of the upper chuck is bent downwardly to form flange, opens up many at the center of upper stem stem Angle through hole, the lower semi-body include lower chuck and lower stem stem, and the edge of the lower chuck is bent upwards to form flange, in lower stem stem Center open up polygonal through hole, the upper and lower surface at the buoyancy chassis edge is respectively provided with groove, the groove with The flange matches, and the polygonal screw rod inserts the polygonal through hole of the upper stem stem and lower stem stem, and nut check is in polygonal spiral shell The end of bar, with by polygonal screw rod and nut by insert the groove on buoyancy chassis upper semi-body and lower semi-body and buoyancy chassis it Between lock, realize being fixedly connected between chassis connecting piece and buoyancy chassis.

Preferably, an end cap is covered also on the nut of polygonal screw rod, on the upper chuck of the upper semi-body open up use In the deep gouge for accommodating the end cap, the thickness of the end cap is consistent with the depth of the deep gouge, so as to be covered in the end on nut Cap is with upper chuck in identical horizontal plane.

Preferably, the buoyancy chassis is that the hollow rule with accommodating cavity for being formed are surrounded by roof, diapire and side wall Then body, open up on the diapire of hollow rule body connect with the accommodating cavity on above-mentioned buoyancy chassis the first Self-closed hole, second from Closed pore, first Self-closed hole and the second Self-closed hole are not contacted.

Preferably, the edge for lifting layer in the spliced buoyancy also sets up edge sealing locking chassis, and the edge sealing locks bottom Disk lifts the chassis connecting piece connection between the adjacent buoyancy chassis at layer edge with spliced buoyancy, locks bottom in the edge sealing The upper and lower surface of disk is respectively provided with groove, the chassis connecting piece between the groove and the adjacent buoyancy chassis it is convex Edge matches, so that spliced buoyancy to be lifted adjacent buoyancy chassis and the edge sealing locking at layer edge by the chassis connecting piece It is fixedly connected between chassis.

Preferably, tied rope part is set on edge sealing locking chassis also.

Preferably, the spliced buoyancy pool bottom also includes skid resistant course, and the skid resistant course is arranged on the water body sealing coat Upper surface on, with increasing friction force.

The swimming pool at the spliced buoyancy pool bottom in using this utility model not only can be swum on the water surface, it is adaptable to appointed What lake, sea water, on fresh water level, the spliced buoyancy pool bottom in the form of isolate with outside waters water body, so swimming Water in pond is not connected with outside body of water, is easy to be monitored the situation in swimming pool, controls swimming pool in real time and people play Situation about playing, it is ensured that safety.

Description of the drawings

Fig. 1 is described structural representation.

Partial enlarged drawings of the Fig. 2 for Fig. 1.

Fig. 3 is the structural representation on the buoyancy chassis that the spliced buoyancy lifts layer.

Fig. 4 is the decomposition texture schematic diagram of the chassis connecting piece.

Fig. 5 is the structural representation that the edge sealing locks chassis.

Fig. 6 is the decomposition texture schematic diagram that the edge sealing locks chassis.

Fig. 7 is to express the partial enlarged drawing of the groove in Fig. 6.

Fig. 8 is the sectional view in Fig. 5 along B-B.

Fig. 9 is the structural representation of the swimming pool using the spliced buoyancy pool bottom.

In figure：It is self-closing that spliced buoyancy lifts layer 11, buoyancy chassis 111, groove 1111, the first Self-closed hole 1112, second Hole 1113, chassis connecting piece 112, upper semi-body 1121, upper chuck 11211, upper stem stem 11212, upper flange 11213, lower semi-body 1122nd, lower chuck 11221, lower stem stem 11222, lower flange 11223, polygonal screw rod 1123, nut 1124, end cap 1125, edge sealing Locking chassis 113, tied rope part 114, water body sealing coat 12, skid resistant course 13, swimming pool 100, spliced buoyancy pool bottom 200, pool wall 300。

Specific embodiment

In order to be illustrated more clearly that the technical scheme of this utility model embodiment, below will be to using needed for embodiment Accompanying drawing be briefly described, it should be apparent that, drawings in the following description are some embodiments of the present utility model, for this For the those of ordinary skill of field, on the premise of not paying creative work, can be with other according to these accompanying drawings acquisitions Accompanying drawing.

Referring to Fig. 1 to Fig. 9, this utility model embodiment provides a kind of spliced buoyancy pool bottom 200, including from bottom to top The spliced buoyancy for setting gradually lifts layer 11, water body sealing coat 12, spliced buoyancy lift layer 11 for swimming pool 100 Pool wall 300 is fixedly connected, and water body sealing coat 12 is tightly connected for the pool wall 300 with swimming pool 100, with by water body sealing coat The open-topped swimming pool 100 with receiving space is formed with pool wall.

Spliced buoyancy lifts layer 11 includes some buoyancy chassis 111 and the bottom being connected between adjacent buoyant chassis 111 Disk connector 112, chassis connecting piece 112 include upper semi-body 1121, lower semi-body 1122, polygonal screw rod 1123, nut 1124, upper half Body 1121 and lower semi-body 1122 are oppositely arranged, and upper semi-body 1121 includes the upper chuck 11211 being fixedly connected and upper stem stem 11212, The edge of upper chuck 11211 is bent downwardly to form flange, opens up polygonal through hole, lower semi-body 1122 at the center of upper stem stem 11212 Including lower chuck 11221 and lower stem stem 11222, the edge of lower chuck 11221 is bent upwards to form flange, in lower stem stem 11222 Center open up polygonal through hole, the upper and lower surface in 111 edge of buoyancy chassis is respectively provided with groove 1111, groove 1111 Match with flange, the polygonal through hole of the upper stem stem 11212 of the insertion of polygonal screw rod 1123 and lower stem stem 11222, nut 1124 are locked In the end of polygonal screw rod 1123, so that the groove 1111 on buoyancy chassis 111 will be inserted by polygonal screw rod 1123 and nut 1124 Upper semi-body 1121 and lower semi-body 1122 and buoyancy chassis 111 between lock, realize chassis connecting piece 112 and buoyancy chassis 111 Between be fixedly connected.Polygonal screw rod 1123 herein it is the most frequently used for hexagonal screw rod.

Further, an end cap 1125 is covered also on the nut of polygonal screw rod 1123, in the upper chuck of upper semi-body 1121 Open up on 11211 for accommodating the deep gouge of end cap 1125, hold the thickness of cap 1125 consistent with the depth of deep gouge, so as to be covered in spiral shell End cap 1125 on cap is with upper chuck 11211 in identical horizontal plane.So that buoyancy chassis 111 and chassis connecting piece 112 in a plane, and the upper surface that whole spliced buoyancy lifts layer 11 is plane, to increase comfort, and is avoided The raised destruction to water body sealing coat 12 of nut.

Further, buoyancy chassis 111 is that the hollow rule with accommodating cavity for being formed is surrounded by roof, diapire and side wall Body, for example, can be hollow square body, hollow cuboid, hollow cylinder etc., open up with the diapire of hollow rule body State the first Self-closed hole 1112, second Self-closed hole 1113 of the accommodating cavity connection on buoyancy chassis 111, the first Self-closed hole 1112 and the Two Self-closed holes 1113 are not contacted.

During use, by 1112 insufflation gas of the first Self-closed hole so that 111 gassy of buoyancy chassis, proportion is less than water Body, swims in above water body, and the shape on buoyancy chassis 111 so can also be kept by air pressure inside, deformation is prevented；

When buoyancy chassis 111 needs repairing or changes, the second Self-closed hole 1113 is provided with again, due on buoyancy chassis 111 cover water body sealing coat 12 etc. above, be more convenient for operation, be by way of buoyancy chassis 111 is taken out from below Smoothly remove the buoyancy chassis 111 for needing repairing, gas can be discharged from the first Self-closed hole 1112, while self-closing from second Water body is filled with hole 1113, water body is the water in the waters that the spliced buoyancy pool bottom 200 is suitable for, is filled with buoyancy chassis 111 The water in portion instead of air, the proportion increase on the buoyancy chassis 111, be similar to be close to the proportion of water body, so the buoyancy chassis 111 proportion lifts the proportion of layer 11 more than overall spliced buoyancy, automatically disengages, lifts the lower section of layer 11 from spliced buoyancy More laborsaving convenience when removing.

Further, the edge for lifting layer 11 in spliced buoyancy also sets up edge sealing locking chassis 113, edge sealing locking chassis Chassis connecting piece 112 between the 113 adjacent buoyancy chassis 111 that 11 edge of layer is lifted with spliced buoyancy is connected, in edge sealing The upper and lower surface on locking chassis 113 is respectively provided with groove 1111, the bottom between groove 1111 and adjacent buoyancy chassis 111 The flange of disk connector 112 matches, and is floated so that spliced buoyancy is lifted the adjacent of 11 edge of layer by chassis connecting piece 112 It is fixedly connected between power chassis 111 and edge sealing locking chassis 113.

The effect on the edge sealing locking chassis 113 is also manifested by：Because the chassis between the adjacent buoyancy chassis 111 at edge Connector 112 cannot be fixed, and the groove 1111 on edge sealing locking chassis 113 and the groove 1111 on adjacent buoyancy chassis 111 are formed The groove 1111 of complete fixation, the flange of chassis connecting piece 112 groove 1111 complete with this are matched, and are realized and are connected on chassis While adjacent buoyancy chassis 111 is fixed by fitting 112, the chassis connecting piece 112 is also stably fixed, and does not have what is come off Problem.

Further, tied rope part 114 is set on edge sealing locking chassis 113 also.For being fixedly connected basis, tied rope part 114 Can be hole or post.

Further, spliced buoyancy pool bottom 200 also includes skid resistant course 13, and skid resistant course 13 is arranged on the upper of water body sealing coat 12 On surface, with increasing friction force, it is to avoid the people played in swimming pool 100 slip, and skid resistant course 13 can also to water body every Absciss layer 12 is protected, it is to avoid abrasion damages water body sealing coat 12, to increase the life-span of water body sealing coat 12, so skid resistant course 13 can be made using wear-resistant flexible material.

Module or unit in this utility model embodiment device can be merged according to actual needs, divide and be deleted Subtract.

Above disclosed is only this utility model preferred embodiment, can not limit this utility model with this certainly Interest field, one of ordinary skill in the art will appreciate that realize all or part of flow process of above-described embodiment, and according to this reality The equivalent variations made with new claim, still fall within the scope covered by utility model.

Claims

1. a kind of spliced buoyancy pool bottom, it is characterised in that：Layer, water are lifted including the spliced buoyancy for setting gradually from bottom to top Body sealing coat, the spliced buoyancy are lifted layer and are fixedly connected for the pool wall with swimming pool, the water body sealing coat for The pool wall of swimming pool is tightly connected, to form the open-topped swimming with receiving space by water body sealing coat and pool wall Pond, the spliced buoyancy lifts layer includes some buoyancy chassis and the chassis connecting piece being connected between adjacent buoyant chassis, The chassis connecting piece includes that upper semi-body, lower semi-body, polygonal screw rod, nut, the upper semi-body and lower semi-body are oppositely arranged, described Upper semi-body includes the upper chuck being fixedly connected and upper stem stem, and the edge of the upper chuck is bent downwardly to form flange, in upper stem stem Center open up polygonal through hole, the lower semi-body includes lower chuck and lower stem stem, and the edge of the lower chuck is bent upwards to be formed Flange, opens up polygonal through hole at the center of lower stem stem, and the upper and lower surface at the buoyancy chassis edge is respectively provided with recessed Groove, the groove are matched with the flange, and the polygonal screw rod inserts the polygonal through hole of the upper stem stem and lower stem stem, nut The end of polygonal screw rod is locked at, so that the upper semi-body and lower semi-body of the groove on buoyancy chassis will be inserted by polygonal screw rod and nut Lock between buoyancy chassis, realize being fixedly connected between chassis connecting piece and buoyancy chassis.

2. spliced buoyancy pool bottom as claimed in claim 1, it is characterised in that：One is covered also on the nut of polygonal screw rod End cap, opens up for accommodating the deep gouge of the end cap on the upper chuck of the upper semi-body, and the thickness of the end cap is heavy with described The depth of groove is consistent, so that the end cap being covered on nut and upper chuck are in identical horizontal plane.

3. spliced buoyancy pool bottom as claimed in claim 1, it is characterised in that：The buoyancy chassis be by roof, diapire and Side wall surrounds the hollow rule body with accommodating cavity to be formed, and opens up and above-mentioned buoyancy chassis on the diapire of hollow rule body The first Self-closed hole of accommodating cavity connection, the second Self-closed hole, first Self-closed hole and the second Self-closed hole are not contacted.

4. spliced buoyancy pool bottom as claimed in claim 3, it is characterised in that：The edge of layer is lifted in the spliced buoyancy Edge sealing locking chassis is also set up, the edge sealing locking chassis is lifted with spliced buoyancy between the adjacent buoyancy chassis at layer edge Chassis connecting piece connection, the upper and lower surface for locking chassis in the edge sealing is respectively provided with groove, the groove with it is described The flange of the chassis connecting piece between adjacent buoyancy chassis matches, with by the chassis connecting piece by spliced buoyancy support Lift and be fixedly connected between the adjacent buoyancy chassis at layer edge and edge sealing locking chassis.

5. spliced buoyancy pool bottom as claimed in claim 4, it is characterised in that：Also arrange on edge sealing locking chassis and tie up Rope part.

6. spliced buoyancy pool bottom as claimed in claim 1, it is characterised in that：The spliced buoyancy pool bottom also includes anti-skidding Layer, the skid resistant course are arranged on the upper surface of the water body sealing coat, with increasing friction force.