WO2023236350A1 - 高强度的充气泳池 - Google Patents

高强度的充气泳池 Download PDF

Info

Publication number
WO2023236350A1
WO2023236350A1 PCT/CN2022/113748 CN2022113748W WO2023236350A1 WO 2023236350 A1 WO2023236350 A1 WO 2023236350A1 CN 2022113748 W CN2022113748 W CN 2022113748W WO 2023236350 A1 WO2023236350 A1 WO 2023236350A1
Authority
WO
WIPO (PCT)
Prior art keywords
inflatable
pool
annular
piece
edge
Prior art date
Application number
PCT/CN2022/113748
Other languages
English (en)
French (fr)
Inventor
张玉俊
张彭杰
Original Assignee
淮安市美欣机电有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 淮安市美欣机电有限公司 filed Critical 淮安市美欣机电有限公司
Publication of WO2023236350A1 publication Critical patent/WO2023236350A1/zh

Links

Images

Classifications

    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H4/00—Swimming or splash baths or pools
    • E04H4/0018—Easily movable or transportable swimming pools
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H4/00—Swimming or splash baths or pools
    • E04H4/12—Devices or arrangements for circulating water, i.e. devices for removal of polluted water, cleaning baths or for water treatment

Definitions

  • the invention relates to the technical field of producing inflatable swimming pools from high-strength composite materials, and in particular to a high-strength inflatable swimming pool.
  • the patent document with patent number CN02236992.9 puts forward the existing technical problems of inflatable swimming pools: in current general inflatable swimming pools, after water is released into the swimming pool, due to the water pressure in the swimming pool, the side walls of the inflatable swimming pool will Deformation will occur, which will lead to relatively poor use effects, shortened service life, and may also cause safety hazards; and the above-mentioned patent also proposes a technical solution to solve the above technical problems.
  • the lower limit of the swimming pool side wall's ability to withstand the water pressure in the swimming pool is located in the area between the connecting air columns. The actual root cause is still due to the different pressure bearing capabilities of the swimming pool side walls, that is, the above-mentioned
  • the pressure-bearing capacity of the position between the connecting air columns in the patent is relatively small.
  • the object of the present invention is to overcome the shortcomings of the prior art and provide a high-strength inflatable swimming pool.
  • the top of the side of the pool wall folding piece is evenly provided with a plurality of air bag units along the edge of the pool wall folding piece.
  • the air bag unit It is folded toward the center of the pool bottom and then folded downward, and is sealed and fixed with the top surface of the pool bottom and the pool wall folding piece to form an inflatable cavity unit.
  • the air bag unit and the pool wall folding piece are integrated with the pool bottom.
  • the bottom of the pool and the annular inflatable side wall are made of bottom film, PE airtight film and nano-silver antibacterial film, which are coated on the surface in sequence.
  • the warp-knitted weft-inserted fabric has a weft thread made of polyester and glass fiber blended yarns, and a diameter line of the warp-knitted weft-inserted fabric made of polyester, ethylene and carbon fiber blended yarns, thus effectively improving the The strength of the inflatable swimming pool body; through the structure of the bottom support, the bottom extrusion force between adjacent inflatable chamber units is more uniform, so that the extrusion force between adjacent inflatable chamber units itself and the pressure due to water pressure can be reduced
  • the pressure of the water in the swimming pool on the lower part of the annular inflatable side wall causes further squeezing between adjacent inflatable chamber units to be evenly dispersed and accepted, thereby avoiding excessive local stress on the annular inflatable side wall due to uneven stress.
  • the annular support piece is made of EVA and can be used as the user's backrest, and the end face of the annular support piece facing the swimming pool is evenly distributed with massage point, which improves the user's comfort; an annular support piece is sealed and fixedly connected between the top edge of the pool bottom and the annular inflatable side wall in the inflatable swimming pool body, further improving the connection between the annular inflatable side wall and the annular inflatable side wall.
  • the strength of the connection at the bottom of the pool further improves the pressure-bearing effect of the annular inflatable side wall on the water pressure in the swimming pool; through the structure of the pressure-relieving vertical plate, the contact position between the support vertical plate and the annular support piece and the pool wall folding piece is avoided.
  • the sealing base layer can increase the thickness of the annular inflatable side wall surface, which is equivalent to filling the nozzle and outlet pipe of the water inlet pipe.
  • the deformable range of the annular inflatable side wall at the connection between the nozzle of the water inlet pipe and the nozzle of the air inlet pipe facilitates sealing and filling between the nozzle of the water inlet pipe, the nozzle of the water outlet pipe, the nozzle of the air inlet pipe and the annular inflatable side wall layer, thereby increasing the deformable range of the annular inflatable side wall at the connection point with the nozzle of the water inlet pipe, the nozzle of the water outlet pipe and the nozzle of the air inlet pipe, and facilitating the connection with the nozzle of the water inlet pipe, the nozzle of the water outlet pipe and the nozzle of the air inlet pipe
  • the pipe mouth is fit, sealed and fixed; it also protects the surface of the annular inflatable side wall; through the function of the ring seal, it can ensure that the pipe mouth of the water inlet pipe, the pipe mouth of the water outlet pipe and the pipe mouth of the air inlet pipe are closely fitted Fixed on the sealing base layer, it ensures the sealing effect and connection strength effect at the connection between the
  • an air cavity layer can be formed at the elastic cushion position in the center of the pool bottom, between the elastic cushion layer and the sealing waterproof layer A, making this position softer and more comfortable, and in addition, the sealing
  • the massage air nozzle B set at the position of the waterproof layer A corresponding to the elastic cushion layer can also generate bubbles for massage, further improving comfort; by sealing the mesh cloth layer set between the waterproof layer A and the elastic cushion layer, the When the air in the breather tube enters between the elastic cushion layer and the sealing waterproof layer A, the gas is dispersed through the mesh cloth layer, so that the gas is evenly distributed between the sealing waterproof layer A and the elastic cushion layer, thereby making the sealing waterproof layer Each massage nozzle B of A releases air evenly.
  • a high-strength inflatable swimming pool includes an inflatable swimming pool body.
  • the inflatable swimming pool body includes a pool bottom.
  • the edge of the pool bottom is provided with an upwardly folded pool wall folding piece.
  • the edge top of the pool wall folding piece extends along the pool.
  • a plurality of airbag units are evenly arranged on the edges of the wall folding pieces. The airbag units are folded toward the center of the pool bottom and then folded downward, and are sealed and fixed with the top surface of the pool bottom and the pool wall folding piece to form a Inflatable chamber unit, two adjacent inflatable chamber units are ventilated and connected with each other through connecting pipes, and one of the inflatable chamber units extends outwards through the inflating nozzle to fold the pool wall.
  • the inflated inflatable chamber unit causes the pool wall to fold
  • the sheet and the airbag unit form an annular inflatable side wall, and the lower part between the two adjacent inflated inflatable cavity units is also fixedly connected with a bottom support member.
  • An annular support piece is sealed and fixedly connected between the walls.
  • the annular support piece is located on the lower part of the side wall on one side of the inflatable swimming pool body.
  • the one-way air blowing pipe is located below the one-way water inlet pipe.
  • the one-way air blowing pipe is located on one side of the one-way water inlet pipe.
  • the annular support piece is located at the bottom of the side wall on one side of the inflatable swimming pool body. , there is an arc-shaped air bag along the edge connecting the bottom of the pool and the pool wall. Both ends of the arc-shaped air bag are connected to the vertical air bag fixedly connected to the bottom of the pool wall. The one-way blowing pipe is connected to the bottom of the pool wall. The vertical air bags are connected. The arc-shaped air bag extends out of the part of the vertical air bag, and multiple massage air nozzles A are evenly provided along the extension direction of the arc-shaped air bag.
  • the material of the pool bottom and the annular inflatable side wall is a warp-knitted weft-inserted cloth whose surface is coated with a bottom film, a PE airtight film and a nano-silver antibacterial film in sequence.
  • the weft threads of the warp-knitted weft-inserted cloth are polyester and glass fiber.
  • the blended yarn and the diameter of the warp knitted weft-inserted fabric are polyester, ethylene and carbon fiber blended yarns.
  • a further improvement of the present invention is that the top surface and the opposite side wall of the inflatable chamber unit are both air bag units, and both sides of the air bag unit are respectively provided with side folding pieces that are folded toward one side of the pool wall folding piece.
  • the adhesive sheet at the bottom edge of the air bag unit, the adhesive sheet at the bottom edge of the side folding piece, and the adhesive piece at the edge of the folding piece facing the pool wall are all folded into the inflatable cavity unit and are respectively in the corresponding positions on the bottom of the pool.
  • the corresponding positions of the pool wall folding piece and the corresponding positions of the bottom surface of the airbag unit on the top of the inflatable chamber unit are pasted and sealed to fix.
  • a further improvement of the present invention is that the one-way water inlet pipe and the one-way water outlet pipe are connected to the outside of the annular inflatable side wall through a water pipe connecting pipe that penetrates the annular inflated side wall, and the water pipe connecting pipe runs through one of the inflatable side walls. cavity unit.
  • a further improvement of the present invention is to provide a sealing base layer on the outer side wall of the pool wall folding piece and the inner side wall of the annular support piece corresponding to the one-way water inlet pipe, one-way water outlet pipe and one-way air blowing pipe.
  • the mouths of the one-way water inlet pipe, one-way water outlet pipe and one-way air blowing pipe are respectively fixedly connected to the sealing base layer through annular sealing stickers, and the vertical air bag is fixedly connected to the sealing base layer.
  • a further improvement of the present invention is that the annular supporting piece fixedly connects all the air bag units of the inflatable chamber units located on opposite sides of the pool wall folding piece.
  • a further improvement of the present invention is that the top of the annular inflatable side wall is also sealed, covered and fixedly connected with a matching annular strip.
  • the annular strip fixedly connects the tops of all inflatable chamber units.
  • the inner edges of the annular strip and The outer edges respectively extend downward to the upper part of the pool wall folding piece and the upper part of the airbag unit located on the opposite side of the pool wall folding piece.
  • a further improvement of the present invention is that the annular strip corresponding to the inner edge of the annular inflatable side wall extends downward to fit with the top edge of the annular support piece.
  • a further improvement of the present invention is that the annular strip is fixed in a circle along the top of the annular inflatable side wall, and one end of the annular strip covers and is sealed and fixedly connected to the top surface of the other end of the annular strip to form a connecting protrusion.
  • the bottom support member includes a plurality of support unit units that are fixedly connected to each other in sequence.
  • the support unit unit includes a bottom plate unit, and a radial support vertical plate is provided in the middle of the top of the bottom plate unit.
  • the outer end and the inner end of the radial support vertical plate are respectively provided with pressure-relieving vertical plates.
  • the pressure-relieving vertical plates are perpendicular to the radial support vertical plates.
  • the radial support vertical plates are corresponding to the two adjacent inflated ones.
  • the pressure-relieving vertical plate is correspondingly located between two adjacent inflated inflatable cavity units and at the connection position of the pool wall folding piece and at the position of the air bag unit on the opposite side of the pool wall folding piece, so A connecting plug-in strip is provided in the middle of one side edge of the base plate unit, and a connection socket matching the connecting plug-in strip is provided in the middle of the other side edge of the base plate unit.
  • a further improvement of the present invention is that the outer edge of the bottom plate unit is bent upward to form an arc-shaped supporting vertical plate.
  • a further improvement plan of the present invention is that the bottom surface of the pool bottom and the edge located in the inflatable swimming pool body are coaxially fixedly connected with an annular bottom wrapping piece, and the outer lower part of the annular inflatable side wall is coaxially fixedly connected with an annular outer side Wrapping piece, the inner edge of the annular bottom wrapping piece is sealed and fixed with the bottom of the pool, the outer edge of the annular bottom wrapping piece is folded upward, and the folded outer top edge of the annular bottom wrapping piece is in contact with the bottom of the annular outer wrapping piece The edges are tightened and fixedly connected by zippers, and the annular bottom covering piece covers and fixes the bottom support member.
  • a further improvement of the present invention is that the tops of the radial support vertical plate and pressure relief plate are lower than the annular air pipe.
  • a further improvement of the present invention is that the one-way water inlet pipe is located above the annular outer wrapping piece and above the radial supporting vertical plate, and the one-way water outlet pipe is located above the annular outer wrapping piece and below the radial supporting vertical plate.
  • a further improvement of the present invention is that horizontal tie bars are fixedly connected to the inflatable cavity unit, and the two ends of the horizontal tie bars are respectively fixed to the outer and inner end faces of the annular inflatable side wall of the inflatable chamber unit. There are multiple lacing bars evenly distributed from top to bottom.
  • a further improvement plan of the present invention is that the center of the top surface of the bottom of the inflatable swimming pool body is coaxially fixedly connected with an elastic cushion layer, and the top of the elastic cushion layer is covered and fixedly connected with a sealing waterproof layer A, and the sealing waterproof layer A
  • the bottom edge of layer A is sealed and fixedly connected to the top surface of the pool bottom, and the middle part of the bottom surface of the sealing waterproof layer A is sealed and fixedly connected to the elastic cushion.
  • a further improvement of the present invention is that the top surface of the pool bottom is fixedly connected to a pool bottom base cushion layer that matches the pool bottom, and the annular support sheet and the sealing waterproof layer A are both fixedly connected to the top of the pool bottom base cushion layer. noodle.
  • a further improvement of the present invention is that the edge of the sealing waterproof layer A extends to fit the bottom edge of the annular support sheet.
  • a further improvement of the present invention is that a breather pipe is fixed in the base cushion layer of the pool bottom.
  • One end of the breather pipe extends to a position corresponding to the vertical air bag, extends upwards from the base cushion layer of the pool bottom, and passes upward through the ring.
  • the support piece is connected to the vertical air bag.
  • the other end of the breather tube extends to the position of the elastic cushion, extends upwards out of the pool bottom base cushion, and passes upward through the elastic cushion to be sealed with the elastic cushion.
  • the spaces between the waterproof layers A are connected, and the massage air nozzles B are evenly arranged at the positions of the sealed waterproof layer A corresponding to the elastic cushion layer.
  • a further improvement of the present invention is that a mesh cloth layer is fixed between the elastic cushion layer and the sealing waterproof layer A.
  • a further improvement of the present invention is that the top surface of the elastic cushion is also fixedly connected with a sealing waterproof membrane B.
  • a plurality of airbag units are evenly arranged on the top of the pool wall folding piece along the edge of the pool wall folding piece.
  • the airbag unit is folded toward the center of the pool bottom and then It is folded downward and sealed and fixed with the top surface of the pool bottom and the folded piece of the pool wall to form an inflatable cavity unit.
  • the air bag unit and the folded piece of the pool wall are integrated with the bottom of the pool to ensure the integrity of the fiber structure of the material itself. properties, ensuring the effective effect of the material on the strength of the inflatable swimming pool.
  • the bottom of the pool and the annular inflatable side wall are made of warp-knitted weft-inlaid cloth whose surface is coated with a bottom film, a PE airtight film and a nano-silver antibacterial film in sequence.
  • the weft threads of the cloth are polyester and glass fiber blended yarns
  • the diameter threads of the warp-knitted weft-inserted cloth are polyester, ethylene and carbon fiber blended yarns, thereby effectively improving the strength of the inflatable swimming pool body.
  • the high-strength inflatable swimming pool of the present invention uses the structure of the bottom support to make the bottom extrusion force between adjacent inflatable chamber units more uniform, thereby making the extrusion force between adjacent inflatable chamber units more uniform.
  • the pressure of the water in the swimming pool on the lower part of the annular inflatable side wall causes further squeezing between adjacent inflatable chamber units, which can be evenly dispersed and accepted to avoid the annular inflatable side wall caused by uneven stress. Excessive local stress can avoid damage to the annular inflatable side wall and improve the pressure-bearing effect of the annular inflatable side wall on the water pressure in the swimming pool.
  • annular support piece is sealed and fixed between the top edge of the pool bottom and the annular inflatable side wall in the inflatable swimming pool body, which further improves the strength of the annular inflatable side wall and the annular inflatable side wall.
  • the strength of the connection between the wall and the bottom of the pool further improves the pressure-bearing effect of the annular inflatable side wall on the water pressure in the swimming pool.
  • the annular support piece is made of EVA material and can be used as the user's backrest, and the end face of the annular support piece facing the swimming pool has massage points evenly distributed, which improves the user's comfort.
  • the high-strength inflatable swimming pool of the present invention through the structure of the pressure-relieving vertical plate, avoids excessive stress at the contact position between the supporting vertical plate and the annular support piece and the pool wall folding piece to damage or even tear the annular support piece and the pool.
  • the wall folding pieces further ensure the strength of the inflatable swimming pool.
  • the high-strength inflatable swimming pool of the present invention improves the connection strength of each air bag unit through the action of the annular support piece and the annular strip, ensuring the integral integrity of the annular inflatable side wall formed by each air bag unit and the inflatable cavity unit.
  • the high-strength inflatable swimming pool of the present invention further ensures the pressure-bearing effect of the bottom of the annular inflatable side wall on the water pressure in the swimming pool through the function of the arc-shaped support vertical plate.
  • the annular bottom wrapping piece and the annular outer wrapping piece are connected and fixed by zippers, which fixes the bottom support and can also protect and improve the bottom of the annular inflatable side wall.
  • the bottom support effect also facilitates the disassembly and assembly of the bottom support.
  • the high-strength inflatable swimming pool of the present invention is composed of supporting unit components through the bottom support member, thereby further facilitating the disassembly, assembly and fixation of the inflatable swimming pool.
  • the sealing base layer can increase the thickness of the annular inflatable side wall surface, which is equivalent to filling the nozzle of the water inlet pipe and the nozzle of the water outlet pipe.
  • the deformable range of the annular inflatable side wall at the connection with the nozzle of the air inlet pipe facilitates the sealing and filling layer between the nozzle of the water inlet pipe, the nozzle of the water outlet pipe, the nozzle of the air inlet pipe and the annular inflatable side wall, thereby Increase the deformable range of the annular inflatable side wall at the connection point with the nozzle of the water inlet pipe, the nozzle of the water outlet pipe and the nozzle of the air inlet pipe, and facilitate the connection with the nozzle of the water inlet pipe, the nozzle of the water outlet pipe and the nozzle of the air inlet pipe Fitting, sealing and fixing; and protecting the surface of the annular inflatable side wall; through the function of the annular sealing sticker, it can ensure that the nozzle of the water inlet pipe, the nozzle of the water outlet pipe and the nozzle of the air inlet pipe are tightly fitted and fixed to the seal
  • the base layer ensures the sealing effect and connection strength effect at the connection between the respective mouths of the one-way water inlet pipe, one
  • the high-strength inflatable swimming pool of the present invention uses the horizontal ties fixedly connected in the inflatable cavity unit to ensure that the annular inflatable side wall can still maintain its original shape after being filled with air, and can also inflate the annular shape.
  • the side walls have a pre-tensioned stress effect.
  • the high-strength inflatable swimming pool of the present invention uses the elastic cushion layer fixed at the center of the top surface of the pool bottom and the sealing waterproof layer A to make it more comfortable for users to step or sit on the bottom of the pool.
  • the air in the vertical air bag is also connected to the swimming pool through the massage air nozzle B provided in the sealing waterproof layer A at the elastic cushion position in the center of the top surface of the pool bottom. Therefore, during use, an air cavity layer can be formed at the elastic cushion position in the center of the pool bottom, between the elastic cushion layer and the sealing waterproof layer A, making this position softer and more comfortable.
  • the sealing waterproof layer A corresponds to The massage air nozzle B located at the position of the elastic cushion can also generate bubbles for massage, further improving comfort.
  • the high-strength inflatable swimming pool of the present invention uses a mesh cloth layer between the sealing waterproof layer A and the elastic cushion layer, so that the air in the breather tube enters between the elastic cushion layer and the sealing waterproof layer A.
  • the gas is dispersed through the mesh cloth layer, the gas is evenly distributed between the sealing waterproof layer A and the elastic cushion layer, thereby allowing each massage air nozzle B of the sealing waterproof layer A to discharge air evenly.
  • Figure 1 is a top partial cross-sectional schematic view of the present invention.
  • Figure 2 is an enlarged schematic side cross-sectional view of the side wall of the swimming pool according to the present invention corresponding to the position of the water outlet pipe.
  • Figure 3 is an enlarged schematic side cross-sectional view of the side wall of the swimming pool according to the present invention at the position corresponding to the interval between the inflatable chambers.
  • FIG. 4 is an enlarged schematic view of the cross-sectional position in FIG. 1 .
  • Figure 5 is an enlarged top view of the support rib unit.
  • Figure 6 is an enlarged side cross-sectional view of the position of the elastic cushion layer at the bottom of the pool.
  • a high-strength inflatable swimming pool includes an inflatable swimming pool body 1.
  • the inflatable swimming pool body 1 includes a pool bottom 3.
  • the edge of the pool bottom 3 is provided with upwardly folded pool wall folding pieces 4.
  • a plurality of air bag units 5 are evenly arranged on the top side of the pool wall folding piece 4 along the edge of the pool wall folding piece 4.
  • the air bag units 5 are folded toward the center side of the pool bottom 3 and then turned downward. It is folded and sealed and fixed with the top surface of the pool bottom 3 and the folding piece 4 of the pool wall to form an inflatable cavity unit 6.
  • Two adjacent inflatable cavity units 6 are ventilated and communicated with each other through a connecting pipe 17, and one of the inflatable cavity units 6
  • the pool wall folding piece 4 is extended outward through the inflation nozzle 20.
  • the inflated inflatable chamber unit 6 causes the pool wall folding piece 4 and the airbag unit 5 to form an annular inflatable side wall 2.
  • Two adjacent inflated inflatable cavity units The lower parts between 6 are also fixedly connected with bottom supports respectively.
  • an annular support piece 7 is sealed and fixedly connected.
  • the lower part of the side wall of the piece 7 located inside the inflatable swimming pool body 1 is respectively provided with a one-way water inlet pipe 18, a one-way water outlet pipe 22 and a one-way blowing pipe 31 that are connected to the outside of the annular inflatable side wall 2.
  • the water pipe 22 is located below the one-way water inlet pipe 18.
  • the one-way air blowing pipe 31 is located on one side of the one-way water inlet pipe 18.
  • the annular support piece 7 is located at the bottom of the side wall on one side of the inflatable swimming pool body 1, along the The edge of the pool bottom 3 connected to the pool wall is provided with an arc-shaped air bag 24. Both ends of the arc-shaped air bag 24 are connected to the vertical air bag 32 fixedly connected to the bottom of the pool wall.
  • the one-way air blowing pipe 31 is connected with the vertical air bag 32.
  • the arc-shaped air bag 24 extends out of the vertical air bag 32, and a plurality of massage air nozzles A21 are evenly provided along the extension direction of the arc-shaped air bag 24.
  • the material of the pool bottom 3 and the annular inflatable side wall 2 is a warp-knitted weft-inserted cloth whose surface is coated with a bottom film, a PE airtight film and a nano-silver antibacterial film in sequence.
  • the weft threads of the warp-knitted weft-inlaid cloth are made of polyester and
  • the glass fiber blended yarn and the diameter of the warp knitted weft-inserted fabric are polyester, ethylene and carbon fiber blended yarns.
  • the top surface and the opposite side wall of the inflatable chamber unit 6 are both air bag units 5. Both sides of the air bag unit 5 are respectively provided with side folding pieces 12 that are folded toward one side of the pool wall folding piece 4.
  • the adhesive sheet 16 on the bottom edge of the air bag unit 5, the adhesive sheet 16 on the bottom edge of the side folding piece 12, and the adhesive piece 16 on the edge of the pool wall folding piece 4 are all folded inward toward the inflatable cavity unit 6 and connected with each other respectively.
  • the corresponding positions of the pool bottom 3, the corresponding positions of the pool wall folding piece 4 and the corresponding positions of the bottom surface of the airbag unit 5 on the top of the inflatable chamber unit 6 are pasted and sealed.
  • the one-way water inlet pipe 18 and the one-way water outlet pipe 22 are respectively connected with the outside of the annular inflatable side wall 2 through a water pipe connecting pipe that penetrates the annular inflated side wall 2 .
  • the water pipe connecting pipe penetrates one of the inflatable cavity units 6 .
  • the outer side wall of the pool wall folding piece 4 and the inner side wall of the annular support piece 7 are respectively pasted and fixed with a sealing base layer 33.
  • the mouths of the one-way water inlet pipe 18 , the one-way water outlet pipe 22 and the one-way air blowing pipe 31 are respectively pasted and fixedly connected to the sealing base layer 33 through an annular sealing sticker 34 , and the vertical air bag 32 is fixedly connected to the sealing base layer 33 .
  • the annular support piece 7 fixedly connects all the air bag units 5 of the inflatable cavity units 6 located on the opposite side of the pool wall folding piece 4 .
  • the top of the annular inflatable side wall 2 is also sealed, covered and fixedly connected with a matching annular bar 9.
  • the annular bar 9 fixedly connects the tops of all the inflatable chamber units 6.
  • the inner and outer edges of the annular bar 9 are evenly spaced. They respectively extend downward to the upper part of the pool wall folding piece 4 and the upper part of the air bag unit 5 located on the opposite side of the pool wall folding piece 4 .
  • the annular strip 9 corresponds to the inner edge of the annular inflatable side wall 2 and extends downward to fit with the top edge of the annular support piece 7 .
  • the annular strip 9 is fixed in a circle along the top of the annular inflatable side wall 2 , and one end of the annular strip 9 covers the top surface of the other end of the annular strip 9 and is sealed and fixed to form a connecting protrusion 11 .
  • the bottom support member includes a plurality of support unit components 29 that are fixedly connected to each other in sequence.
  • the support unit components 29 include a bottom plate unit 13.
  • a radial support vertical plate 8 is provided in the middle of the top of the bottom plate unit 13.
  • the outer and inner ends of the supporting vertical plate 8 are respectively provided with pressure-relieving vertical plates 14, which are perpendicular to the radial supporting vertical plates 8.
  • the pressure-relieving vertical plate 14 is correspondingly located between two adjacent inflated inflated chamber units 6 and at the connection position of the pool wall folding piece 4 and on the opposite side of the pool wall folding piece 4.
  • a connecting insert 16 is provided in the middle of one side edge of the floor unit 13 , and a connection socket matching the connecting insert 16 is provided in the middle of the other edge of the floor unit 13 .
  • the outer edge of the bottom plate unit 13 is bent upward to form an arc-shaped supporting vertical plate 15 .
  • the bottom surface of the pool bottom 3 and the edge located in the inflatable swimming pool body 1 are coaxially fixedly connected with an annular bottom wrapping piece 27, and the outer lower part of the annular inflatable side wall 2 is coaxially fixedly connected with an annular outer wrapping piece 10.
  • the inner edge of the annular bottom wrapping piece 27 is sealed and fixed with the pool bottom 3 , the outer edge of the annular bottom wrapping piece 27 is folded upward, and the folded outer top edge of the annular bottom wrapping piece 27 is in contact with the annular outer wrapping piece 10
  • the bottom edge is tightened and fixedly connected through a zipper 28, and the annular bottom wrapping piece 27 covers and fixes the bottom support member.
  • Horizontal tie bars 30 are fixedly connected to the interior of the inflatable cavity unit 6. Both ends of the horizontal tie bars 30 are respectively fixed to the outer and inner end faces of the inflatable chamber unit 6 corresponding to the annular inflatable side wall 2. The horizontal tie bars 30 There are multiple roots evenly distributed from top to bottom.
  • the center of the top surface of the bottom 3 in the inflatable swimming pool body 1 is coaxially and fixedly connected to an elastic cushion layer 35.
  • the top of the elastic cushion layer 35 is covered and fixedly connected with a sealing waterproof layer A36, and the bottom surface of the sealing waterproof layer A36
  • the edge is sealed and fixedly connected to the top surface of the pool bottom 3
  • the middle part of the bottom surface of the sealing waterproof layer A36 is sealed and fixedly connected to the elastic cushion layer 35 .
  • the one-way water inlet pipe 18 is located above the annular outer wrapping piece 10 and above the radial support vertical plate 8
  • the one-way water outlet pipe 22 is located above the annular outer wrapping piece 10 and below the radial supporting vertical plate 8 .
  • Horizontal tie bars 30 are fixedly connected to the interior of the inflatable cavity unit 6. Both ends of the horizontal tie bars 30 are respectively fixed to the outer and inner end faces of the inflatable chamber unit 6 corresponding to the annular inflatable side wall 2. The horizontal tie bars 30 There are multiple roots evenly distributed from top to bottom.
  • the center of the top surface of the bottom 3 in the inflatable swimming pool body 1 is coaxially and fixedly connected to an elastic cushion layer 35.
  • the top of the elastic cushion layer 35 is covered and fixedly connected with a sealing waterproof layer A36, and the bottom surface of the sealing waterproof layer A36
  • the edge is sealed and fixedly connected to the top surface of the pool bottom 3
  • the middle part of the bottom surface of the sealing waterproof layer A36 is sealed and fixedly connected to the elastic cushion layer 35 .
  • the connecting tube 17 is located on the upper part of the side folding piece 12 .
  • the arc-shaped air bag 24 is a hose.
  • the connecting pipe 17 is made of the same material as the annular inflatable side wall 2 .
  • the top surface of the pool bottom 3 is fixedly connected to a pool bottom base cushion layer 37 that matches the pool bottom 3 .
  • the annular support piece 7 and the sealing waterproof layer A36 are both fixedly connected to the top surface of the pool bottom base cushion layer 37 .
  • the edge of the sealing and waterproof layer A36 extends to fit the bottom edge of the annular support piece 7 .
  • a vent pipe 38 is fixed inside the pool bottom base cushion 37 .
  • One end of the vent pipe 38 extends to a position corresponding to the vertical air bag 32 , extends upward from the pool bottom base cushion 37 , and passes upward through the annular support piece 7 Then it communicates with the vertical air bag 32.
  • the other end of the ventilation pipe 38 extends to the position of the elastic cushion 35, extends upwards from the pool bottom base cushion 37, and passes upward through the elastic cushion 35 and then connects with the elastic cushion.
  • the space between the layer 35 and the sealing and waterproof layer A36 is connected.
  • the sealing and waterproof layer A36 is evenly provided with massage air nozzles B39 at positions corresponding to the elastic cushion layer 35 .
  • a mesh cloth layer 40 is fixed between the elastic cushion layer 35 and the sealing waterproof layer A36.
  • the top surface of the elastic cushion layer 35 is also fixedly connected with a sealing waterproof membrane B (not shown in the drawings of the description).
  • each bottom plate unit 13 is spliced to form a bottom support member of an annular structure that matches the bottom of the annular inflatable side wall 2, so that when the annular inflatable side wall 2 continues to be inflated, the annular inflatable side wall 2 can be Try to maintain the shape and structure of the inflatable swimming pool body 1 during the inflation process, so that other personnel do not need to organize the shape of the inflatable swimming pool body 1 during the inflation process; when the annular inflatable side wall 2 is inflated to a basic shape and is about to be filled, wrap the annular bottom The sheet 27 extends outward to the outside of the annular inflatable side wall 2 and is folded upward so that the annular bottom wrapping sheet 27 covers the bottom support, and then the bottom edge of the annular outer wrapping sheet 10 and the outside of the annular bottom wrapping sheet 27 are connected through the zipper
  • the water circulation device is connected to realize the circulation of water in the inflatable swimming pool body 1.
  • the one-way air blowing pipe 31 can also be connected to the air blowing device to realize the massage air nozzle A21 to blow air into the water in the inflatable swimming pool body 1, thereby realizing bubble massage in the pool. Effect.

Landscapes

  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Water Supply & Treatment (AREA)
  • Massaging Devices (AREA)

Abstract

本发明公开了一种高强度的充气泳池，充气泳池本体包括池底，池底边沿设有向上翻折的池壁翻折片，池壁翻折片的边顶部沿着池壁翻折片的边沿分别均匀设有多个气囊单元，气囊单元向池底中心一侧翻折后再向下翻折，与池底顶面和池壁翻折片密封固定、形成充气腔单元，相邻两个充气后的充气腔单元之间的下部还分别固定连接有底部支撑件，充气游泳池本体内、位于池底的顶部边沿与环形充气侧壁之间密封固定连接有环形支撑片。从上述结构可知，本发明的高强度的充气泳池，能够保证材料本身的纤维结构完整性，保证了材料对充气泳池强度的有效作用。

Description

高强度的充气泳池 技术领域
本发明涉及一种高强度复合材料生产充气泳池的技术领域，具体涉及一种高强度的充气泳池。
背景技术
如专利号为CN02236992.9的专利公开文献中，提出了充气泳池现有的技术问题：目前一般的充气泳池，在泳池内放水之后，由于泳池内的水压作用，会使充气泳池的侧壁产生形变，进而导致使用效果相对较差、使用寿命减短，并且还可能会有安全隐患；并且上述专利中也提出了一种解决上述技术问题的技术方案。但是该专利所提出的技术方案中，泳池侧壁对于泳池内水压的承受力的下限位于连接气柱之间的区域，实际根本原因仍然是由于泳池侧壁承压能力不同导致的，即上述专利中的连接气柱之间位置处的承压能力相对较小。
而且上述专利中由于侧壁结构的存在，导致上述专利的充气泳池在不使用的时候，即使把气放掉之后，仍然需要较大空间才能进行周转存放，失去了充气泳池原本不使用时候，便于周转存放的效果。
发明内容
本发明的目的在于：克服现有技术的不足，提供一种高强度的充气泳池，池壁翻折片的边顶部沿着池壁翻折片的边沿分别均匀设有多个气囊单元，气囊单元向池底中心一侧翻折后再向下翻折，并与池底顶面和池壁翻折片密封固定、形成充气腔单元，通过气囊单元、池壁翻折片均与池底是一体结构，能够保证材料本身的纤维结构完整性，保证了材料对充气泳池强度的有效作用；池底和环形充气侧壁的材质为表面依次涂覆有底膜、PE气密膜和纳米银抗菌膜的经编衬纬布，经编衬纬布的纬线为涤纶和玻璃纤维混纺的纱线、所述经编衬纬布的径线为涤纶、乙纶和碳纤维混纺的纱线，从而有效提高了充气泳池本体的强度；通过底部支撑件的结构，使得相邻充气腔单元之间的底部挤压力更均匀，从而能够使相邻充气腔单元之间本身的挤压力以及由于水压作用而使泳池内的水对环形充气侧壁下部的压力造成相邻充气腔单元之间产生的进一步挤压作用能够均匀分散受理，避免环形充气侧壁因为受力不均而导致局部受力过大进而避免环形充气侧壁损坏，提高了环形充气侧壁对泳池内水压的承压作用；环形支撑片为EVA材质，可作为使用者的靠背，并且环形支撑片面向泳池内的端面均匀分布有按摩点，提高了使用者的舒适性；通过充气游泳池本体内、位于池底的顶部边沿与环形充气侧壁之间密封固定连接有环形支撑片，进一步提高了环形充气侧壁以及环形充气侧壁与池底连接处的强度，进而进一步提高了环形充气侧壁对泳池内水压的承压作用；通过缓压立板的结构，避免支撑立板与环形支撑片和池壁翻折片接触位置的应力过大而破坏甚至撕裂环形支撑片和池壁翻折片，进一步保证了充气泳池的强度；通过环形支撑片和环形条的作用，从而提高了各气囊单元的连接强度，保证各气囊单元、充气腔单元形成环形充气侧壁的一体完整性；通过弧形支撑立板的作用，从而进一步保证 了环形充气侧壁底部对于泳池内水压的承压效果；环形底部包片和环形外侧包片通过拉链连接固定，对底部支撑件起到固定作用，同时也能对环形充气侧壁底部起到保护作用和提高底部支撑效果的作用，同时也便于底部支撑件的拆装；通过底部支撑件由支撑单元件构成，从而进一步便于充气泳池的拆装固定；通过密封基层和环形密封贴的作用，密封基层能够增加环形充气侧壁表面的厚度，相当于填充于进水管的管口、出水管的管口和进气管的管口连接处的环形充气侧壁的可形变范围、便于与进水管的管口、出水管的管口和进气管的管口与环形充气侧壁之间的密封填充层，从而增加与进水管的管口、出水管的管口和进气管的管口连接处的环形充气侧壁的可形变范围、便于与进水管的管口、出水管的管口和进气管的管口贴合密封固定；而且对环形充气侧壁表面起到保护作用；通过环形密封贴的作用，则能够保证进水管的管口、出水管的管口和进气管的管口紧密贴合固定于密封基层，保证了单向进水管、单向出水管和单向吹气管的各自管口与环形充气侧壁之间连接处的密封效果和连接强度效果；通过充气腔单元内固定连接的水平拉筋的作用，从而保证了环形充气侧壁充满气后仍然能够保持原有的形状，还能对环形充气侧壁具有预拉应力效果；通过池底顶面中心固定的弹性垫层和密封防水层A的作用，使用者踩在或坐在池底更加舒适；竖直气包内的空气还通过池底顶面中心的弹性垫层位置处的密封防水层A所设的按摩气嘴B与泳池内连通，从而在使用中，使得池底中心的弹性垫层位置处、位于弹性垫层和密封防水层A之间还能形成一层气腔层、使该位置更加柔软舒适，另外密封防水层A对应于弹性垫层位置处所设的按摩气嘴B还能产生气泡进行按摩，进一步提高了舒适性；通过密封防水层A和弹性垫层之间所设的网格布层，从而使得通气管的空气在进入弹性垫层与密封防水层A之间的时候通过网格布层从而将气体打散，使气体均匀分布于密封防水层A和弹性垫层之间，进而使得密封防水层A的各按摩气嘴B均匀出气。
本发明所采取的技术方案是：
高强度的充气泳池，包括充气泳池本体，所述充气泳池本体包括池底，所述池底边沿设有向上翻折的池壁翻折片，所述池壁翻折片的边顶部沿着池壁翻折片的边沿分别均匀设有多个气囊单元，所述气囊单元向池底中心一侧翻折后再向下翻折，并与池底顶面和池壁翻折片密封固定、形成充气腔单元，相邻两个充气腔单元之间通过连接管相互通气连通，并且其中一个充气腔单元通过充气嘴向外伸出池壁翻折片，充气后的充气腔单元使池壁翻折片和气囊单元形成环形充气侧壁，相邻两个充气后的充气腔单元之间的下部还分别固定连接有底部支撑件，所述充气游泳池本体内、位于池底的顶部边沿与环形充气侧壁之间密封固定连接有环形支撑片，所述环形支撑片位于充气泳池本体内一侧的侧壁的下部分别设有与环形充气侧壁外侧连通的单向进水管、单向出水管和单向吹气管，所述单向出水管位于单向进水管的下方，所述单向吹气管设于单向进水管的一侧，所述环形支撑片位于充气泳池本体内一侧的侧壁底部、沿着池底与池壁连接的边沿设有弧形气包，所述弧形气包的两端均与固定连接于池壁底部的竖直气包内连通，所述单向吹气管与竖直气包连通，所述弧形气包伸出竖直气包的部分、沿着弧形气包的延伸方向均匀设有多个按摩气嘴A。
所述池底和环形充气侧壁的材质为表面依次涂覆有底膜、PE气密膜和纳米银抗菌膜的经编衬纬布，所述经编衬纬布的纬线为涤纶和玻璃纤维混纺的纱线、所述经编衬纬布的径线为涤纶、乙纶和碳纤维混纺的纱线。
本发明进一步改进方案是，所述充气腔单元的顶面和相对侧壁均为气囊单元，所述气 囊单元的两侧分别设有向池壁翻折片一侧翻折的侧翻折片，所述气囊单元底部边沿的粘合片、侧翻折片底部边沿的粘合片和面向池壁翻折片边沿的粘合片均向充气腔单元内翻折、并分别与池底的对应位置处、池壁翻折片的对应位置处和充气腔单元顶部的气囊单元底面的对应位置处粘贴密封固定。
本发明更进一步改进方案是，所述单向进水管和单向出水管分别通过贯穿环形充气侧壁的水管连接管与环形充气侧壁的外侧连通，所述水管连接管贯穿设于其中一个充气腔单元。
本发明更进一步改进方案是，对应于单向进水管、单向出水管和单向吹气管位置处的池壁翻折片的外侧壁和环形支撑片的内侧壁分别粘贴固定设有密封基层，所述单向进水管、单向出水管和单向吹气管的管口分别通过环形密封贴与密封基层粘贴固定连接，所述竖直气包固定连接于密封基层。
本发明更进一步改进方案是，所述环形支撑片将所有充气腔单元位于池壁翻折片相对侧的气囊单元固定连接。
本发明更进一步改进方案是，所述环形充气侧壁的顶部还密封包覆固定连接有匹配的环形条，所述环形条将所有充气腔单元的顶部固定连接，所述环形条的内侧边沿和外侧边沿均分别向下延伸至池壁翻折片的上部和位于池壁翻折片相对侧的气囊单元的上部。
本发明更进一步改进方案是，所述环形条对应位于环形充气侧壁内侧边沿向下延伸至与环形支撑片的顶部边沿贴合。
本发明更进一步改进方案是，所述环形条沿着环形充气侧壁的顶部固定一圈，并且所述环形条的一端覆盖密封固定连接于环形条另一端的顶面、形成连接凸起处。
本发明更进一步改进方案是，所述底部支撑件包括依次相互固定连接的多个支撑单元件，所述支撑单元件包括底板单元，所述底板单元的顶部中间设有径向支撑立板，所述径向支撑立板的外侧端和内侧端分别设有缓压立板，所述缓压立板与径向支撑立板垂直，所述径向支撑立板对应位于相邻两个充气后的充气腔单元之间，所述缓压立板对应位于相邻两个充气后的充气腔单元之间与池壁翻折片连接位置处和池壁翻折片相对侧的气囊单元位置处，所述底板单元的一侧边沿中部设有连接插条，所述底板单元的另一侧边沿中部设有与连接插条匹配的连接插口。
本发明更进一步改进方案是，所述底板单元的外侧边沿向上弯折形成弧形支撑立板。
本发明更进一步改进方案是，所述池底的底面、位于充气泳池本体内的边沿同轴心固定连接有环形底部包片，所述环形充气侧壁的外侧下部同轴心固定连接有环形外侧包片，所述环形底部包片的内侧边沿与池底密封固定，所述环形底部包片的外侧边沿向上翻折，并且环形底部包片翻折后的外侧顶部边沿与环形外侧包片的底部边沿通过拉链张紧固定连接，所述环形底部包片将底部支撑件包覆固定连接。
本发明更进一步改进方案是，所述径向支撑立板和缓压力板的顶部低于环形气管。
本发明更进一步改进方案是，所述单向进水管位于环形外侧包片上方、径向支撑立板上方，所述单向出水管位于环形外侧包片上方和径向支撑立板下方。
本发明更进一步改进方案是，所述充气腔单元内固定连接有水平拉筋，所述水平拉筋的两端分别与充气腔单元对应于环形充气侧壁的外侧和内侧端面固定，所述水平拉筋由上至下均匀分布有多根。
本发明更进一步改进方案是，所述充气泳池本体内的池底顶面中心同轴心固定连接有弹性垫层，所述弹性垫层的顶部覆盖固定连接有密封防水层A，所述密封防水层A的底面边沿与池底顶面密封固定连接，所述密封防水层A的底面中部与弹性垫层密封固定连接。
本发明更进一步改进方案是，所述池底的顶面固定连接有与池底匹配的池底基垫层，所述环形支撑片和密封防水层A均固定连接于池底基垫层的顶面。
本发明更进一步改进方案是，所述密封防水层A的边沿、延伸至与环形支撑片的底部边沿贴合。
本发明更进一步改进方案是，池底基垫层内固定有通气管，所述通气管的一端延伸至对应于竖直气包位置处、向上伸出池底基垫层、并向上穿过环形支撑片后与竖直气包内连通，所述通气管另一端则是延伸至弹性垫层位置处、向上伸出池底基垫层、并向上穿过弹性垫层后与弹性垫层和密封防水层A之间的空间连通，所述密封防水层A对应于弹性垫层的位置处均匀设有按摩气嘴B。
本发明更进一步改进方案是，所述弹性垫层与密封防水层A之间固定设有网格布层。
本发明更进一步改进方案是，所述弹性垫层顶面还固定连接有密封防水膜B。
本发明的有益效果在于：
第一、本发明的高强度的充气泳池，池壁翻折片的边顶部沿着池壁翻折片的边沿分别均匀设有多个气囊单元，气囊单元向池底中心一侧翻折后再向下翻折，并与池底顶面和池壁翻折片密封固定、形成充气腔单元，通过气囊单元、池壁翻折片均与池底是一体结构，能够保证材料本身的纤维结构完整性，保证了材料对充气泳池强度的有效作用。
第二、本发明的高强度的充气泳池，池底和环形充气侧壁的材质为表面依次涂覆有底膜、PE气密膜和纳米银抗菌膜的经编衬纬布，经编衬纬布的纬线为涤纶和玻璃纤维混纺的纱线、所述经编衬纬布的径线为涤纶、乙纶和碳纤维混纺的纱线，从而有效提高了充气泳池本体的强度。
第三、本发明的高强度的充气泳池，通过底部支撑件的结构，使得相邻充气腔单元之间的底部挤压力更均匀，从而能够使相邻充气腔单元之间本身的挤压力以及由于水压作用而使泳池内的水对环形充气侧壁下部的压力造成相邻充气腔单元之间产生的进一步挤压作用能够均匀分散受理，避免环形充气侧壁因为受力不均而导致局部受力过大进而避免环形充气侧壁损坏，提高了环形充气侧壁对泳池内水压的承压作用。
第四、本发明的高强度的充气泳池，通过充气游泳池本体内、位于池底的顶部边沿与环形充气侧壁之间密封固定连接有环形支撑片，进一步提高了环形充气侧壁以及环形充气侧壁与池底连接处的强度，进而进一步提高了环形充气侧壁对泳池内水压的承压作用。
第五、本发明的高强度的充气泳池，环形支撑片为EVA材质，可作为使用者的靠背，并且环形支撑片面向泳池内的端面均匀分布有按摩点，提高了使用者的舒适性。
第六、本发明的高强度的充气泳池，通过缓压立板的结构，避免支撑立板与环形支撑片和池壁翻折片接触位置的应力过大而破坏甚至撕裂环形支撑片和池壁翻折片，进一步保证了充气泳池的强度。
第七、本发明的高强度的充气泳池，通过环形支撑片和环形条的作用，从而提高了各气囊单元的连接强度，保证各气囊单元、充气腔单元形成环形充气侧壁的一体完整性。
第八、本发明的高强度的充气泳池，通过弧形支撑立板的作用，从而进一步保证了环 形充气侧壁底部对于泳池内水压的承压效果。
第九、本发明的高强度的充气泳池，环形底部包片和环形外侧包片通过拉链连接固定，对底部支撑件起到固定作用，同时也能对环形充气侧壁底部起到保护作用和提高底部支撑效果的作用，同时也便于底部支撑件的拆装。
第十、本发明的高强度的充气泳池，通过底部支撑件由支撑单元件构成，从而进一步便于充气泳池的拆装固定。
第十一、本发明的高强度的充气泳池，通过密封基层和环形密封贴的作用，密封基层能够增加环形充气侧壁表面的厚度，相当于填充于进水管的管口、出水管的管口和进气管的管口连接处的环形充气侧壁的可形变范围、便于与进水管的管口、出水管的管口和进气管的管口与环形充气侧壁之间的密封填充层，从而增加与进水管的管口、出水管的管口和进气管的管口连接处的环形充气侧壁的可形变范围、便于与进水管的管口、出水管的管口和进气管的管口贴合密封固定；而且对环形充气侧壁表面起到保护作用；通过环形密封贴的作用，则能够保证进水管的管口、出水管的管口和进气管的管口紧密贴合固定于密封基层，保证了单向进水管、单向出水管和单向吹气管的各自管口与环形充气侧壁之间连接处的密封效果和连接强度效果。
第十二、本发明的高强度的充气泳池，通过充气腔单元内固定连接的水平拉筋的作用，从而保证了环形充气侧壁充满气后仍然能够保持原有的形状，还能对环形充气侧壁具有预拉应力效果。
第十三、本发明的高强度的充气泳池，通过池底顶面中心固定的弹性垫层和密封防水层A的作用，使用者踩在或坐在池底更加舒适。
第十四、本发明的高强度的充气泳池，竖直气包内的空气还通过池底顶面中心的弹性垫层位置处的密封防水层A所设的按摩气嘴B与泳池内连通，从而在使用中，使得池底中心的弹性垫层位置处、位于弹性垫层和密封防水层A之间还能形成一层气腔层、使该位置更加柔软舒适，另外密封防水层A对应于弹性垫层位置处所设的按摩气嘴B还能产生气泡进行按摩，进一步提高了舒适性。
第十五、本发明的高强度的充气泳池，通过密封防水层A和弹性垫层之间所设的网格布层，从而使得通气管的空气在进入弹性垫层与密封防水层A之间的时候通过网格布层从而将气体打散，使气体均匀分布于密封防水层A和弹性垫层之间，进而使得密封防水层A的各按摩气嘴B均匀出气。
附图说明
图1为本发明的俯视局部剖视示意图。
图2为本发明的泳池侧壁对应于出水管位置处的侧视剖视放大示意图。
图3为本发明的泳池侧壁对应于充气腔间隔位置处的侧视剖视放大示意图。
图4为图1中剖视位置处的放大示意图。
图5为支撑筋单元的俯视放大示意图。
图6为池底弹性垫层位置处的侧视剖视放大示意图。
具体实施方式
结合图1～图6可知，高强度的充气泳池，包括充气泳池本体1，所述充气泳池本体1 包括池底3，所述池底3边沿设有向上翻折的池壁翻折片4，所述池壁翻折片4的边顶部沿着池壁翻折片4的边沿分别均匀设有多个气囊单元5，所述气囊单元5向池底3中心一侧翻折后再向下翻折，并与池底3顶面和池壁翻折片4密封固定、形成充气腔单元6，相邻两个充气腔单元6之间通过连接管17相互通气连通，并且其中一个充气腔单元6通过充气嘴20向外伸出池壁翻折片4，充气后的充气腔单元6使池壁翻折片4和气囊单元5形成环形充气侧壁2，相邻两个充气后的充气腔单元6之间的下部还分别固定连接有底部支撑件，所述充气游泳池本体1内、位于池底3的顶部边沿与环形充气侧壁2之间密封固定连接有环形支撑片7，所述环形支撑片7位于充气泳池本体1内一侧的侧壁的下部分别设有与环形充气侧壁2外侧连通的单向进水管18、单向出水管22和单向吹气管31，所述单向出水管22位于单向进水管18的下方，所述单向吹气管31设于单向进水管18的一侧，所述环形支撑片7位于充气泳池本体1内一侧的侧壁底部、沿着池底3与池壁连接的边沿设有弧形气包24，所述弧形气包24的两端均与固定连接于池壁底部的竖直气包32内连通，所述单向吹气管31与竖直气包32连通，所述弧形气包24伸出竖直气包32的部分、沿着弧形气包24的延伸方向均匀设有多个按摩气嘴A21。
所述池底3和环形充气侧壁2的材质为表面依次涂覆有底膜、PE气密膜和纳米银抗菌膜的经编衬纬布，所述经编衬纬布的纬线为涤纶和玻璃纤维混纺的纱线、所述经编衬纬布的径线为涤纶、乙纶和碳纤维混纺的纱线。
所述充气腔单元6的顶面和相对侧壁均为气囊单元5，所述气囊单元5的两侧分别设有向池壁翻折片4一侧翻折的侧翻折片12，所述气囊单元5底部边沿的粘合片16、侧翻折片12底部边沿的粘合片16和面向池壁翻折片4边沿的粘合片16均向充气腔单元6内翻折、并分别与池底3的对应位置处、池壁翻折片4的对应位置处和充气腔单元6顶部的气囊单元5底面的对应位置处粘贴密封固定。
所述单向进水管18和单向出水管22分别通过贯穿环形充气侧壁2的水管连接管与环形充气侧壁2的外侧连通，所述水管连接管贯穿设于其中一个充气腔单元6。
对应于单向进水管18、单向出水管22和单向吹气管31位置处的池壁翻折片4的外侧壁和环形支撑片7的内侧壁分别粘贴固定设有密封基层33，所述单向进水管18、单向出水管22和单向吹气管31的管口分别通过环形密封贴34与密封基层33粘贴固定连接，所述竖直气包32固定连接于密封基层33。
所述环形支撑片7将所有充气腔单元6位于池壁翻折片4相对侧的气囊单元5固定连接。
所述环形充气侧壁2的顶部还密封包覆固定连接有匹配的环形条9，所述环形条9将所有充气腔单元6的顶部固定连接，所述环形条9的内侧边沿和外侧边沿均分别向下延伸至池壁翻折片4的上部和位于池壁翻折片4相对侧的气囊单元5的上部。
所述环形条9对应位于环形充气侧壁2内侧边沿向下延伸至与环形支撑片7的顶部边沿贴合。
所述环形条9沿着环形充气侧壁2的顶部固定一圈，并且所述环形条9的一端覆盖密封固定连接于环形条9另一端的顶面、形成连接凸起处11。
所述底部支撑件包括依次相互固定连接的多个支撑单元件29，所述支撑单元件29包括底板单元13，所述底板单元13的顶部中间设有径向支撑立板8，所述径向支撑立板8 的外侧端和内侧端分别设有缓压立板14，所述缓压立板14与径向支撑立板8垂直，所述径向支撑立板8对应位于相邻两个充气后的充气腔单元6之间，所述缓压立板14对应位于相邻两个充气后的充气腔单元6之间与池壁翻折片4连接位置处和池壁翻折片4相对侧的气囊单元5位置处，所述底板单元13的一侧边沿中部设有连接插条16，所述底板单元的另一侧边沿中部设有与连接插条16匹配的连接插口。
所述底板单元13的外侧边沿向上弯折形成弧形支撑立板15。
所述池底3的底面、位于充气泳池本体1内的边沿同轴心固定连接有环形底部包片27，所述环形充气侧壁2的外侧下部同轴心固定连接有环形外侧包片10，所述环形底部包片27的内侧边沿与池底3密封固定，所述环形底部包片27的外侧边沿向上翻折，并且环形底部包片27翻折后的外侧顶部边沿与环形外侧包片10的底部边沿通过拉链28张紧固定连接，所述环形底部包片27将底部支撑件包覆固定连接。
所述充气腔单元6内固定连接有水平拉筋30，所述水平拉筋30的两端分别与充气腔单元6对应于环形充气侧壁2的外侧和内侧端面固定，所述水平拉筋30由上至下均匀分布有多根。
所述充气泳池本体1内的池底3顶面中心同轴心固定连接有弹性垫层35，所述弹性垫层35的顶部覆盖固定连接有密封防水层A36，所述密封防水层A36的底面边沿与池底3顶面密封固定连接，所述密封防水层A36的底面中部与弹性垫层35密封固定连接。
所述单向进水管18位于环形外侧包片10上方和径向支撑立板8上方，所述单向出水管22位于环形外侧包片10上方和径向支撑立板8下方。
所述充气腔单元6内固定连接有水平拉筋30，所述水平拉筋30的两端分别与充气腔单元6对应于环形充气侧壁2的外侧和内侧端面固定，所述水平拉筋30由上至下均匀分布有多根。
所述充气泳池本体1内的池底3顶面中心同轴心固定连接有弹性垫层35，所述弹性垫层35的顶部覆盖固定连接有密封防水层A36，所述密封防水层A36的底面边沿与池底3顶面密封固定连接，所述密封防水层A36的底面中部与弹性垫层35密封固定连接。
所述连接管17位于侧翻折片12的上部。
所述弧形气包24为软管。
所述连接管17的材质与环形充气侧壁2的材质相同。
所述池底3的顶面固定连接有与池底3匹配的池底基垫层37，所述环形支撑片7和密封防水层A36均固定连接于池底基垫层37的顶面。
所述密封防水层A36的边沿、延伸至与环形支撑片7的底部边沿贴合。
池底基垫层37内固定有通气管38，所述通气管38的一端延伸至对应于竖直气包32位置处、向上伸出池底基垫层37、并向上穿过环形支撑片7后与竖直气包32内连通，所述通气管38另一端则是延伸至弹性垫层35位置处、向上伸出池底基垫层37、并向上穿过弹性垫层35后与弹性垫层35和密封防水层A36之间的空间连通，所述密封防水层A36对应于弹性垫层35的位置处均匀设有按摩气嘴B39。
所述弹性垫层35与密封防水层A36之间固定设有网格布层40。
所述弹性垫层35顶面还固定连接有密封防水膜B(说明书附图未示出)。
本申请需要使用的时候，先通过充气嘴20向环形充气侧壁2内进行预充气，使环形 充气侧壁2大致成型；然后将支撑立板8分别从底部向上插入相邻两个充气腔单元6之间，并将各底板单元13进行拼接形成与环形充气侧壁2底部匹配的环形结构的底部支撑件，从而使环形充气侧壁2再继续充气的过程中能够使环形充气侧壁2在充气过程中尽量保持充气泳池本体1的形状结构，从而无需其他人员在充气过程中对充气泳池本体1进行整理形状；当环形充气侧壁2充气至基本成型、且即将充满之前，将环形底部包片27向外延伸至环形充气侧壁2外侧、并向上翻折，使环形底部包片27包覆底部支撑件，然后再通过拉链28将环形外侧包片10底部边沿和环形底部包片27外侧顶部边沿固定；最后再继续向环形充气侧壁2完全充气成型；然后通过单向进水管18向充气泳池本体1内注水；注水完成后，可以通过单向出水管22和单向进水管18与水循环装置连接实现充气泳池本体1内的水的循环，还可以通过单向吹气管31与吹气装置连接实现按摩气嘴A21向充气泳池本体1内的水进行喷气、进而实现水池内的气泡按摩的效果。
本申请使用结束需要周转存放的时候，直接先将泳池本体1内的水放掉，然后再将环形充气侧壁2内的空气放掉部分；然后再通过拉链28将环形管底部包片27与环形外侧包片10分离，并将底部支撑件与环形充气侧壁2分离、再将底部支撑件拆卸成各支撑单元件29；接着继续将环形充气侧壁2内的空气放掉，最后将放空空气的环形充气侧壁2压扁、折叠即可。

Claims (10)

  1. 高强度的充气泳池，其特征在于：包括充气泳池本体(1)，所述充气泳池本体(1)包括池底(3)，所述池底(3)边沿设有向上翻折的池壁翻折片(4)，所述池壁翻折片(4)的边顶部沿着池壁翻折片(4)的边沿分别均匀设有多个气囊单元(5)，所述气囊单元(5)向池底(3)中心一侧翻折后再向下翻折，并与池底(3)顶面和池壁翻折片(4)密封固定、形成充气腔单元(6)，相邻两个充气腔单元(6)之间通过连接管(17)相互通气连通，并且其中一个充气腔单元(6)通过充气嘴(20)向外伸出池壁翻折片(4)，充气后的充气腔单元(6)使池壁翻折片(4)和气囊单元(5)形成环形充气侧壁(2)，相邻两个充气后的充气腔单元(6)之间的下部还分别固定连接有底部支撑件，所述充气泳池本体(1)内、位于池底(3)的顶部边沿与环形充气侧壁(2)之间密封固定连接有环形支撑片(7)，所述环形支撑片(7)位于充气泳池本体(1)内一侧的侧壁的下部分别设有与环形充气侧壁(2)外侧连通的单向进水管(18)、单向出水管(22)和单向吹气管(31)，所述单向出水管(22)位于单向进水管(18)的下方，所述单向吹气管(31)设于单向进水管(18)的一侧，所述环形支撑片(7)位于充气泳池本体(1)内一侧的侧壁底部、沿着池底(3)与池壁连接的边沿设有弧形气包(24)，所述弧形气包(24)的两端均与固定连接于池壁底部的竖直气包(32)内连通，所述单向吹气管(31)与竖直气包(32)连通，所述弧形气包(24)伸出竖直气包(32)的部分、沿着弧形气包(24)的延伸方向均匀设有多个按摩气嘴A(21)。
  2. 如权利要求1所述的高强度的充气泳池，其特征在于：所述充气腔单元(6)的顶面和相对侧壁均为气囊单元(5)，所述气囊单元(5)的两侧分别设有向池壁翻折片(4)一侧翻折的侧翻折片(12)，所述气囊单元(5)底部边沿的粘合片(16)、侧翻折片(12)底部边沿的粘合片(16)和面向池壁翻折片(4)边沿的粘合片(16)均向充气腔单元(6)内翻折、并分别与池底(3)的对应位置处、池壁翻折片(4)的对应位置处和充气腔单元(6)顶部的气囊单元(5)底面的对应位置处粘贴密封固定。
  3. 如权利要求2所述的高强度的充气泳池，其特征在于：所述单向进水管(18)和单向出水管(22)分别通过贯穿环形充气侧壁(2)的水管连接管与环形充气侧壁(2)的外侧连通，所述水管连接管贯穿设于其中一个充气腔单元(6)。
  4. 如权利要求2所述的高强度的充气泳池，其特征在于：对应于单向进水管(18)、单向出水管(22)和单向吹气管(31)位置处的池壁翻折片(4)的外侧壁和环形支撑片(7)的内侧壁分别粘贴固定设有密封基层(33)，所述单向进水管(18)、单向出水管(22)和单向吹气管(31)的管口分别通过环形密封贴(34)与密封基层(33)粘贴固定连接，所述竖直气包(32)固定连接于密封基层(33)。
  5. 如权利要求2所述的高强度的充气泳池，其特征在于：所述环形支撑片(7)将所有充气腔单元(6)位于池壁翻折片(4)相对侧的气囊单元(5)固定连接。
  6. 如权利要求5所述的高强度的充气泳池，其特征在于：所述环形充气侧壁(2)的顶部还密封包覆固定连接有匹配的环形条(9)，所述环形条(9)将所有充气腔单元(6)的顶部固定连接，所述环形条(9)的内侧边沿和外侧边沿均分别向下延伸至池壁翻折片(4)的上部和位于池壁翻折片(4)相对侧的气囊单元(5)的上部；所述 环形条(9)对应位于环形充气侧壁(2)内侧边沿向下延伸至与环形支撑片(7)的顶部边沿贴合。
  7. 如权利要求1所述的高强度的充气泳池，其特征在于：所述底部支撑件包括依次相互固定连接的多个支撑单元件(29)，所述支撑单元件(29)包括底板单元(13)，所述底板单元(13)的顶部中间设有径向支撑立板(8)，所述径向支撑立板(8)的外侧端和内侧端分别设有缓压立板(14)，所述缓压立板(14)与径向支撑立板(8)垂直，所述径向支撑立板(8)对应位于相邻两个充气后的充气腔单元(6)之间，所述缓压立板(14)对应位于相邻两个充气后的充气腔单元(6)之间与池壁翻折片(4)连接位置处和池壁翻折片(4)相对侧的气囊单元(5)位置处，所述底板单元(13)的一侧边沿中部设有连接插条(16)，所述底板单元的另一侧边沿中部设有与连接插条(16)匹配的连接插口。
  8. 如权利要求7所述的高强度的充气泳池，其特征在于：所述底板单元(13)的外侧边沿向上弯折形成弧形支撑立板(15)，所述池底(3)的底面、位于充气泳池本体(1)内的边沿同轴心固定连接有环形底部包片(27)，所述环形充气侧壁(2)的外侧下部同轴心固定连接有环形外侧包片(10)，所述环形底部包片(27)的内侧边沿与池底(3)密封固定，所述环形底部包片(27)的外侧边沿向上翻折，并且环形底部包片(27)翻折后的外侧顶部边沿与环形外侧包片(10)的底部边沿通过拉链(28)张紧固定连接，所述环形底部包片(27)将底部支撑件包覆固定连接。
  9. 如权利要求1所述的高强度的充气泳池，其特征在于：所述充气腔单元(6)内固定连接有水平拉筋(30)，所述水平拉筋(30)的两端分别与充气腔单元(6)对应于环形充气侧壁(2)的外侧和内侧端面固定，所述水平拉筋(30)由上至下均匀分布有多根。
  10. 如权利要求1所述的高强度的充气泳池，其特征在于：所述充气泳池本体(1)内的池底(3)顶面中心同轴心固定连接有弹性垫层(35)，所述弹性垫层(35)的顶部覆盖固定连接有密封防水层A(36)，所述密封防水层A(36)的底面边沿与池底(3)顶面密封固定连接，所述密封防水层A(36)的底面中部与弹性垫层(35)密封固定连接。
PCT/CN2022/113748 2022-06-07 2022-08-19 高强度的充气泳池 WO2023236350A1 (zh)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN202210633295 2022-06-07
CN202210633295.0 2022-06-07

Publications (1)

Publication Number Publication Date
WO2023236350A1 true WO2023236350A1 (zh) 2023-12-14

Family

ID=89117446

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2022/113748 WO2023236350A1 (zh) 2022-06-07 2022-08-19 高强度的充气泳池

Country Status (1)

Country Link
WO (1) WO2023236350A1 (zh)

Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202355304U (zh) * 2011-12-01 2012-08-01 上海睿音电器科技有限公司 可移式泡泡按摩充气浴池的池体结构
CN103912147A (zh) * 2013-11-21 2014-07-09 明达实业(厦门)有限公司 一种方便收折的侧喷充气水池
US20200277803A1 (en) * 2017-09-08 2020-09-03 Wilbar International, Inc. Swimming Pool with Composite Wall
CN111655954A (zh) * 2018-01-31 2020-09-11 上海荣威塑胶工业有限公司 用于可充气泳池的按摩系统
CN213220946U (zh) * 2019-11-19 2021-05-18 杭州爱升文化创意有限公司 儿童充气球池
CN113047671A (zh) * 2021-01-25 2021-06-29 山东上水环境科技有限公司 一种泳池装置
CN214996405U (zh) * 2021-07-12 2021-12-03 上海荣威塑胶工业有限公司 按摩充气水池
CN115162793A (zh) * 2022-06-14 2022-10-11 淮安市美欣机电有限公司 高强度的充气泳池

Patent Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202355304U (zh) * 2011-12-01 2012-08-01 上海睿音电器科技有限公司 可移式泡泡按摩充气浴池的池体结构
CN103912147A (zh) * 2013-11-21 2014-07-09 明达实业(厦门)有限公司 一种方便收折的侧喷充气水池
US20200277803A1 (en) * 2017-09-08 2020-09-03 Wilbar International, Inc. Swimming Pool with Composite Wall
CN111655954A (zh) * 2018-01-31 2020-09-11 上海荣威塑胶工业有限公司 用于可充气泳池的按摩系统
CN213220946U (zh) * 2019-11-19 2021-05-18 杭州爱升文化创意有限公司 儿童充气球池
CN113047671A (zh) * 2021-01-25 2021-06-29 山东上水环境科技有限公司 一种泳池装置
CN214996405U (zh) * 2021-07-12 2021-12-03 上海荣威塑胶工业有限公司 按摩充气水池
CN115162793A (zh) * 2022-06-14 2022-10-11 淮安市美欣机电有限公司 高强度的充气泳池

Similar Documents

Publication Publication Date Title
WO2019100649A1 (zh) 一种充气制品
US20230098052A1 (en) Inflatable bed
CN115162793B (zh) 高强度的充气泳池
WO2023236350A1 (zh) 高强度的充气泳池
CN208291425U (zh) 充气船
CN110123064A (zh) 一种超轻便携低成本的承压充气制品
CN218205984U (zh) 充气泳池的池底按摩结构
CN218205986U (zh) 充气泳池的水循环管和吹气管连接结构
CN201370335Y (zh) 气囊延伸波浪床垫
KR200455252Y1 (ko) 포대
CN211986077U (zh) 一种软体高压氧舱
CN212562673U (zh) 一种充气式戏水池
CN210008612U (zh) 一种充气式pvc购物袋
CN102697326A (zh) 一种充气床垫
CN106390483A (zh) 一种能快速省力充入流体的产品结构
CN206050498U (zh) 多功能框架式气柱充气包装
CN201257129Y (zh) 充气式装置
KR102377612B1 (ko) 환자침대용 접이식 욕조
CN210330003U (zh) 一种超轻便携低成本的承压充气制品
CN220876621U (zh) 充气浴桶
CN213344407U (zh) 一种头罩
CN216469840U (zh) 一种加强型集装袋
CN220713473U (zh) 一种充气床
CN107605714A (zh) 柔性泵、多腔联动柔性泵、引流柔性泵、多腔联动引流柔性泵及充流体制品
CN218493233U (zh) 一种带有按摩功能的地上水池

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 22945484

Country of ref document: EP

Kind code of ref document: A1