CN111395806A

CN111395806A - Assembled is room for auxiliary facilities

Info

Publication number: CN111395806A
Application number: CN202010219748.6A
Authority: CN
Inventors: 李建业; 梁岩; 赵德天; 宋媛; 李宝华
Original assignee: China Architecture Design and Research Group Co Ltd
Current assignee: China Architecture Design and Research Group Co Ltd
Priority date: 2020-03-25
Filing date: 2020-03-25
Publication date: 2020-07-10

Abstract

The invention discloses an assembled auxiliary facility room, belongs to the technical field of auxiliary facilities of swimming pools, and solves the problems that the auxiliary facility room of the swimming pool in the prior art is difficult to construct on site, long in period, difficult to ensure quality and the like. The assembled auxiliary facility room comprises a forced shower area and a foot soaking disinfection tank, and is formed by assembling prefabricated parts; the prefabricated part comprises profile steel and a panel; the section steel is used for forming an integral section steel framework of the facility room, and the panel is used for being installed on the integral section steel framework to form a wall of the facility room; the panel comprises a base layer and a surface layer, wherein the base layer is a profile plate for supporting, and the surface layer is a waterproof layer. The present invention is used in conjunction with modular swimming pools.

Description

Assembled is room for auxiliary facilities

Technical Field

The invention belongs to the technical field of auxiliary facilities of swimming pools, and particularly relates to an assembled auxiliary facility application room.

Background

The auxiliary facilities of the swimming pool comprise cleaning facilities such as a forced shower, a foot soaking disinfection pool and the like in a room. The purpose of setting forced shower is to prevent the safety accidents such as cramp and the like caused by sudden body cooling after a swimmer directly enters the pool, and also to remove the skin care product such as sweat, cosmetics, sunscreen oil and the like on the human body and the pollutants such as dust and the like. The purpose of arranging the foot soaking disinfection tank is to ensure that swimmers and water paddling do not bring dust and bacteria on the ground of a dressing room and a toilet into the water in the tank.

The construction form of the swimming pool auxiliary facility application room at the present stage is mainly field construction, the whole labor intensity is relatively large, the field management is relatively complicated and disordered, the construction period is long, the cost is high, and the engineering quality is difficult to guarantee. Based on the shortcomings of the prior art, there is a need for an improved design that is more optimized.

Disclosure of Invention

In view of the above analysis, the invention aims to provide an assembled auxiliary facility room, which is particularly suitable for a modular swimming pool, and solves the problems that the auxiliary facility room for the swimming pool in the prior art is difficult to construct on site, long in period, difficult to ensure quality and the like.

The purpose of the invention is mainly realized by the following technical scheme:

an assembled auxiliary facility room is used for being assembled with a modular swimming pool and comprises a forced shower area and a foot soaking disinfection tank, wherein the facility room is assembled by a set of prefabricated parts;

the prefabricated part comprises profile steel and a panel; the section steel is used for forming an integral section steel framework of the facility room, and the panel is used for being installed on the integral section steel framework to form a wall of the facility room;

the panel comprises a base layer and a surface layer, wherein the base layer is a profile plate for supporting, and the surface layer is a waterproof layer.

Furthermore, the forced shower area is positioned at the entrance of the channel for the changing room to enter the water pool, the length of the forced shower channel is more than or equal to 2.0m, and the width of the forced shower channel is the same as that of the channel entrance; the length of the foot soaking disinfection tank is more than or equal to 2m, and the width of the tank is the same as the inlet of the channel.

Furthermore, equipment interlayers are arranged on the top and the side surfaces of the facility room, and the water supply and drainage pipeline is integrated in the equipment interlayers.

Furthermore, pipeline interlayers are arranged at the bottom of the forced shower area and the foot soaking disinfection tank, and the drainage pipeline is integrated in the pipeline interlayers.

Further, the forced shower area is provided with a top spray and a side spray.

Further, the top spraying mode is spray head type spraying or falling rain type spraying.

Furthermore, a photoelectric sensor is arranged at an inlet of the forced shower area, and when a person enters the forced shower area through the inlet, water is discharged under the control.

Further, the facility room further comprises an automatic dosing device for dosing the foot soaking disinfection tank.

Furthermore, a water collecting and draining pit is arranged at the bottom of the forced shower area, a water permeable surface layer is arranged at the top of the pit, a first water outlet is arranged at the bottom of the pit, and a first water overflow opening is formed in the side wall of the top of the pit.

Furthermore, a second water outlet is formed in the bottom of the foot soaking disinfection tank, and a second overflow port is formed in the side wall of the top of the tank.

Compared with the prior art, the invention can at least realize one of the following technical effects:

(1) the prefabricated member is adopted to assemble the assembled auxiliary facility application room, the assembly integrity is reflected, various components can be produced and prepared in advance in a production place, the integrated all-dimensional design is realized, the problems of electric, drainage, water supply, fittings, automatic chemical dosing of a foot soaking disinfection pool and the like are solved, and the assembled auxiliary facility application room is finally spliced in a construction site, so that the processes of masonry, plastering, heat preservation and the like do not need to be carried out in the site. The construction method reduces the field construction strength, reduces the construction error and improves the construction efficiency.

(2) The water-proof surface layer is arranged on the panel of the auxiliary facility room, so that the requirement on the original civil engineering part is avoided, water proofing is not required to be carried out again, the construction procedures are reduced, and the optional range of the auxiliary facility room address is enlarged. The surface layer can be provided with an anti-slip structure, so that the safety performance is improved.

(3) The components of the invention are produced and prepared in a standardized way, so that the external conditions can be better controlled, and the engineering quality can be better ensured compared with the uncontrollable factors of field construction.

(4) Compared with the traditional construction site, the construction site needs a large number of workers to participate in site operation, the construction can be completed only by assembling the components on site by the constructors, the number of the required workers is reduced, and therefore the cost is saved.

(5) The invention is provided with a forced shower control device, after a photoelectric sensor detects that a person enters a forced spraying area, the shower is started to carry out forced spraying on the person who wants to enter the swimming pool, and the person is prevented from not cleaning before entering the swimming pool. And the water spray once opened is continuously set, so that the waste of water resources is prevented.

(6) The integrated automatic chemical dosing device provided by the invention can prevent the problems of too little or too much chemical dosing amount and the like caused by human factors, and is combined with a disinfection system of a swimming pool, a set of control system is not required to be arranged independently, so that the investment is saved.

(7) When the spray head type spraying is adopted, the top spray nozzles are more than or equal to 3 rows, and the distance between every two rows is less than or equal to 0.8 m; the installation height of the top spray nozzle is more than or equal to 2.2m, so that water spray is uniformly distributed in the channel, and the cleaning effect is ensured. The side spray nozzles are more than or equal to 2 rows, the height of the side spray nozzles in the top row from the ground is less than or equal to 1m, so that water is prevented from entering eyes, particularly, children are low in height, and water easily enters eyes during side spraying.

Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by the practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and drawings.

Drawings

The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, wherein like reference numerals are used to designate like parts throughout.

FIG. 1 is a top view of an embodiment of the present invention;

FIG. 2 is a cross-sectional view taken along line 1-1 of FIG. 1;

FIG. 3 is a cross-sectional view taken along line 2-2 of FIG. 1;

FIG. 4 is a schematic view of a structure of a nozzle-type spray;

FIG. 5 is a schematic view of a rain-down type spray structure;

FIG. 6 is a schematic structural view of a water permeable surface layer of a GRC plate;

fig. 7 is a schematic structural view of a water permeable surface layer of the wood pallet;

FIG. 8 is a circuit diagram of a photoelectric sensor;

fig. 9 is a system diagram of an automatic medication administration device;

FIG. 10 is a schematic view of the auxiliary facility building as a whole;

FIG. 11 is a schematic view of the auxiliary facility building as a whole B;

FIG. 12 is a schematic view of the whole of a facility room C;

FIG. 13 is a side view of modular tank components;

FIG. 14 is a perspective view of a cell modular member;

fig. 15 is a diagram of the assembly effect of the swimming pool modules.

Reference numerals

1-a riser assembly; 2-ditch; 3-connecting the plates; 4-gutter bracket; 5-a first anchoring cannula; 6-anchoring the pipe; 7-a screw; 8-a second anchoring cannula; 9-middle support frame; 10-a bottom plate support frame; 11-a blowdown system; 12-an aeration dissolved oxygen box; 13-hydraulic automatic fine filter; 14-main circulating water pump; 15-an ozone generator; 16-an ozone reactor; 17-stainless steel plate heat exchanger; 18-temperature autocontroller; 1801-temperature sensor; 19-automatic device for long-acting disinfection and PH adjustment; 1901-a PH sensor; 1902-a second residual chlorine sensor; 20-a hair collector; 21-a liquid level balance suction box; 22-forced spraying area; 23-soaking the feet in a disinfection tank; 24-a device interlayer; 25-line sandwich; 26-top spray head; 27-side spray head; 28-water collecting and draining pit; 29-water permeable surface layer; 30-a first water outlet 31-a first overflow; 32-a second water outlet; 33-a second overflow; 34-water gap passing; 35-a water tap; 36-a photoelectric sensor; 37-a first residual chlorine sensor; 38-swimming pool; 39-a third water outlet; 40-a fourth water outlet; 41-water inlet.

Detailed Description

A modular ancillary facility housing is described in further detail below with reference to specific examples, which are provided for purposes of comparison and explanation only and to which the present invention is not limited.

An assembly-type auxiliary facility application room is assembled by prefabricated part sets as shown in figures 1-12.

The prefabricated part comprises profile steel and a panel; the section steel is used for forming an integral section steel framework of the facility room, and the panel is used for being installed on the integral section steel framework to form a wall of the facility room. The panel comprises a base layer and a surface layer, wherein the base layer is a section plate, and the surface layer is a glue film type waterproof material. The panel has the waterproof effect, does not have requirements on the original civil engineering part, does not need to be waterproofed again, reduces the construction procedures and improves the selectable range of the addresses of the rooms for the auxiliary facilities. The surface layer can be provided with an anti-slip structure, so that the safety performance is improved.

The prefabricated member also comprises steps, a walking platform, guardrails and other components required by the assembled forced shower area and the foot soaking disinfection area, the position of a water supply and drainage pipeline is reserved as required, and the module group and the number of the prefabricated member are increased as required. The device can be installed in a building or outdoors. Specifically, the connection mode between the prefabricated parts is welding.

The invention embodies the integrity of assembly, can produce and pre-prepare various components in advance in a production place, has an integrated all-round design, solves the problems of electric, drainage, water supply, fittings, automatic dosing of the foot soaking disinfection tank 23 and the like, and is finally spliced in a construction site, so the processes of masonry, plastering, heat preservation and the like do not need to be carried out in the site. The construction method reduces the field construction strength, reduces the construction error and improves the construction efficiency.

The assembled facility room of the invention, as shown in fig. 1-3, comprises a forced shower area and a foot soaking disinfection tank 23; the forced shower area is positioned at the entrance of a channel for entering the water tank from the dressing room, the length of the forced shower channel is more than or equal to 2.0m, and the width of the forced shower channel is the same as that of the entrance channel; the inlet direction of the channel is defined as front, the outlet direction of the channel is defined as back, the foot soaking disinfection tank 23 is arranged after the channel passes through the forced shower area, the length of the tank is more than or equal to 2m, and the width of the tank is the same as that of the inlet channel. The ground at the front end and the rear end of the foot soaking disinfection tank 23 are inclined towards the foot soaking disinfection tank 23 at a gradient of more than or equal to 1 percent; the depth of the pool is more than or equal to 0.2m, the effective depth of the disinfectant in the pool is more than or equal to 0.15m, and the effective depth is the shallowest depth of the disinfectant in the pool. The swimming pool can be cleaned and disinfected fully before people enter the swimming pool.

The water spray of the forced shower area comprises a top spray mode and a side spray mode, and the top spray mode comprises a spray head type spray head and a drop shower type spray head. The spray heads are characterized in that a plurality of top spray heads 26 are arranged at the top of the forced shower area, and the area formed by spraying water by each top spray head 26 is circular and outwards diffused by the top spray heads 26; the rain-falling water is a vertically downward strip-shaped area.

When the spray head type spraying is adopted, the top spray nozzles are more than or equal to 3 rows, and the distance between every two rows is less than or equal to 0.8 m; the installation height of the top spray nozzle 26 is more than or equal to 2.2 m; so that the water spray is uniformly distributed in the channel. The side spray nozzles are more than or equal to 2 rows, the height of the side spray nozzles 27 of the top row from the ground is less than or equal to 1m, so that water is prevented from entering eyes, particularly, children are low in height, and water easily enters eyes during side spraying.

The top and the side of the facility application room are both provided with equipment interlayers 24, and the water supply and drainage pipeline is integrated in the equipment interlayers 24. The bottom of the forced shower area and the foot soaking disinfection tank 23 is provided with a pipeline interlayer 25, and a drainage pipeline is integrated in the pipeline interlayer 25. The water supply and drainage pipelines and the drainage pipelines are integrated in the equipment interlayer 24 and the pipeline interlayer 25 in advance, so that the field assembly difficulty and the assembly time are greatly reduced.

Illustratively, the forced shower area has a length of 3.4m, a clear width of 2m, a clear height of 2.2m, and a top and side equipment mezzanine 24 thickness of 0.5 m. The length of the foot soaking disinfection tank 23 is 2m, the net width is 2.05m, and the thickness of the equipment interlayer 24 on the side surface is 0.5 m. The pipeline interlayer 25 at the bottom of the shower area and the foot soaking disinfection tank 23 is forced to be empty by 0.3 m.

When the spray head type spray is adopted, as shown in fig. 4, 9 rows of 3 rows are arranged on the top spray heads, the distance between each row and each column of the top spray heads 26 is 0.8m, the distance between the first row of the top spray heads 26 and the inlet of the forced spray area 22 is 0.9m, the distance between the third row of the top spray heads 26 and the outlet of the forced spray area 22 is 0.9m, and the distances between the first row of the top spray heads 26 and the left and right edges of the forced spray area 22 are 0.2 m; when the rain-falling type spraying is adopted, as shown in fig. 5, 3 rows of spraying strips are arranged, the length of each spraying strip is the same as the width of the forced shower area, the width of each spraying strip is 0.3m, the distance between two adjacent edges of the two spraying strips is 0.5m, the distance between the first row of spraying strips and the inlet of the forced shower area 22 is 0.75m, and the distance between the third row of spraying strips and the outlet of the forced shower area 22 is 0.75 m.

The side spray heads 27 are provided with 6 in 2 rows and 3 columns so that the water spray is evenly distributed over the channels. The height of the lower row of side spray nozzles 27 from the floor of the forced shower area is 0.6m, and the height of the upper row of side spray nozzles 27 from the floor of the forced shower area is 1m, so that water spray is prevented from entering human eyes.

The forced shower area is provided with a water collecting and draining pit 28 at the bottom, a water permeable surface layer 29 at the top, a first water outlet 30 at the bottom and a first overflow opening 31 on the side wall of the top. The bottom of the foot soaking disinfection tank 23 is provided with a second water outlet 32, and the side wall of the top of the tank is provided with a second overflow port 33.

The water permeable surface layer 29 is used for permeating and collecting sprayed water to the water collecting and draining pit 28 when people walk on the water permeable surface layer. The water permeable facing 29 may be a GRC board water permeable facing 29 or a wood pallet water permeable facing 29.

When the GRC plate water permeable facing 29 is used, as shown in fig. 6, the GRC plate water permeable facing 29 is a single piece, water passing slits 34 are provided at positions close to the inlet and the outlet of the forced shower area, and the GRC plate water permeable facing 29 is inclined from the central position to the water passing slits 34 at the inlet and the outlet. Illustratively, 1 water passing seam 34 with a seam width of 0.02m is respectively arranged at a position 0.2m away from the inlet and the outlet in the forced shower area, and the GRC plate water permeable surface layer 29 passes through the water passing seams 34 from the central position to two sides at a gradient of 1%, so that shower water quickly passes through the water permeable surface layer 29 and enters the water collecting and draining pit 28.

When the wood pallet permeable surface layer 29 is used, as shown in fig. 7, a plurality of wood pallets are used, and a water gap 34 is formed between every two wood pallets. Illustratively, the wood pallet permeable surface layer 29 has a length of 2mm and a width of 0.18m for each wood pallet, and a water passing seam 34 with a width of 0.02m is left between the two wood pallets.

The depth of the water collecting and draining pit 28 is 0.15m, and the bottom surface slopes to the first water outlet 30 with a slope of 1%. And a first overflow port 31 is arranged on the side wall with the equipment interlayer 24 at a position 0.15m away from the bottom of the pool, so that the first water outlet 30 is prevented from being full of water in the water collecting and draining pit 28 due to the fact that water cannot be drained timely. The first overflow port 31 is made of a material having the same structure as the main body, and is convenient to assemble and disassemble. The same material can be directly welded, and if different materials are adopted, the welding can be not tight. The second weirs 33 are also provided on the side wall having the equipment sandwich 24.

The first water outlet 30 and the first overflow port 31 of the forced shower area and the second water outlet 32 and the second overflow port 33 of the foot soaking disinfection tank 23 are connected with the drainage pipe which penetrates into the equipment interlayer 24 of the side wall through the bottom line pipe interlayer and is connected with the drainage main pipe in a unified way.

A water supply tap 35 is arranged on the side wall above the foot soaking disinfection tank 23 and is 0.3m away from the top of the foot soaking disinfection tank 23.

Preferably, in the present invention, the water supply pipe is made of thin-walled stainless steel pipe, and the drain ports (such as the water outlet and the overflow port) and the water discharge pipe are made of corrosion-resistant plastic material, such as PVC. The water supply pipe is made of stainless steel pipe, has high corrosion resistance and rigidity, and is not easy to deform. The drain pipe is generally thick, and if stainless steel is adopted, the cost is too high, and corrosion-resistant plastic materials are preferred.

A photoelectric sensor 36 is provided at the entrance to the forced shower area to control the discharge of water when a person enters the forced shower area through the entrance, as shown in fig. 8. Preferably, the photoelectric sensor 36 is 0.8m to 1m from the floor of the forced shower area. The shower is started by adopting a forced shower control system with the reaction time not exceeding 0.5s, when a human body passes through a photoelectric line area of the photoelectric sensor 36, the photoelectric line emitted by the light projector cannot be received by the light receiver due to the shielding of the human body, a signal processed by the forced shower control device is sent to the electromagnetic valve, and the electromagnetic valve receives the signal and then opens the valve core to control water outlet. The duration of the water spray is 6s per opening. SW in the light receptor of fig. 8 is a tamper switch, which is closed when the housing is closed. JMP in the photoreceiver is the line selection of the relay coil, and the selection method is as follows: the jumper cap is short-circuited for 1-2, and when the light receiver receives the infrared light beam, the relay coil is not electrified; the jumper cap is short-circuited for 2-3, and the relay coil is electrified when the light receiver receives the infrared light beam.

In order to prevent the problems of too small or too much dosage of the foot soaking disinfection tank caused by human factors, the facility room further comprises an automatic dosage device for administering the foot soaking disinfection tank with the dosage, as shown in fig. 9.

The first residual chlorine sensor 37 is arranged on a drainage pipeline of the foot soaking disinfection tank 23 and is used for detecting the residual chlorine content when liquid in the foot soaking disinfection tank 23 is drained, and transmitting data information to the long-acting disinfection and pH adjustment automatic device 19, and the long-acting disinfection and pH adjustment automatic device 19 automatically adjusts the amount of chlorine agent added into the foot soaking disinfection tank according to the received information. The permanent disinfection, PH adjustment robot 19 is a device in the disinfection system of the pool 38 that controls both the level of chlorine entering the foot bath 23 and the level of chlorine and PH entering the pool 38. The automatic chemical dosing device of the foot soaking disinfection tank 23 is combined with the disinfection system device of the swimming pool, and a set of control system does not need to be arranged independently, so that the investment is saved.

The automatic long-acting disinfection and PH adjustment device 19 comprises a water quality on-line monitoring control system and a metering pump, a drain pipe of the foot soaking disinfection tank 23 is connected with a circulating water return system of the swimming pool, a first residual chlorine sensor 37 is integrated with the drain pipe of the foot soaking disinfection tank 23, a residual chlorine signal is conveyed to the water quality on-line monitoring control system for real-time on-line monitoring, the set value is 5-10 mg/L, and the chlorine agent and the PH agent are respectively provided with the metering pump and automatically control the adding amount of the metering pump.

The circulating backwater system of the swimming pool comprises the swimming pool, a disinfection system, a discharged water treatment system, a sewage discharge system 11 and a circulating power system. The circulating power system comprises a main circulating water pump 14, and one or more main circulating water pumps 14 are arranged.

The pool 38 is provided with an inlet 41 near the top, an overflow trough on the top of the pool 38, a third outlet 39 at the bottom, and a fourth outlet 40 at the center of the height of the pool side. The overflow groove bottom is provided with an overflow grid, and because the swimming pool water overflows, the water entering the overflow groove is directly discharged through a sewage system 11. The third outlet 39 is used to discharge water from the lower portion of the pool, either directly through the sewerage system 11 or into a waste water treatment system, which is then fed into the disinfection system through the main water pump 14 and then re-fed into the pool after disinfection. The fourth water outlet 40 discharges the water at the upper part of the swimming pool, enters the disinfection system through the main circulating water pump 14, and enters the swimming pool again after disinfection; the drain pipe connected with the fourth water outlet 40 is a cleaning sewage suction pipe.

The discharged water treatment system is sequentially provided with a hair collector 20, an aeration dissolved oxygen tank 12, a hydraulic automatic fine filter 13 and a liquid level balance water suction tank 21, wherein the hair collector 20 is used for removing hair in water, and the aeration dissolved oxygen tank 12 is used for increasing the oxygen content in water, promoting microorganisms to decompose organic matters and enabling the water quality to be cleaner.

The body of the swimmer is in direct contact with the pool water, which, if it is not hygienic, causes diseases of the eyes, ears, nose, throat and skin, and so a disinfection system must be provided.

The sterilization system of the present invention comprises an ozone generator 15 and an ozone reactor 16, and performs ozone sterilization on tap water or water treated by the discharged water treatment system. The ozone can quickly kill bacteria, spore buds and viruses diffused in water, and has the functions of sterilization and disinfection at very low concentration. However, ozone has no continuous disinfection function and needs to be disinfected by chlorine in cooperation with the ozone. Too low a pH causes rapid proliferation of bacteria and microorganisms, which deteriorates the water quality, and too high a pH causes a reduction in the comfort level of the visitor, so that it is also necessary to coordinate with pH control.

The PH sensor 1901 and the second residual chlorine sensor 1902 are disposed on the water outlet pipe connected to the third water outlet 39, and are used for detecting the PH value and chlorine content when the swimming pool is discharged, and sending the information to the long-acting disinfection and PH adjustment automatic device 19. the long-acting disinfection and PH adjustment automatic device 19 automatically adjusts the amount of chlorine and PH agent added into the swimming pool according to the received information, the chlorine content in the swimming pool is set to be 0.3-0.5 mg/L, the value is set to be 6.5-8.5. chlorine is used for disinfecting the water in the swimming pool, but is a toxic substance, and once the content is too high, the person is poisoned, the PH is between 6.5-8.5, which is a neutral range of water and has no stimulation to the skin.

In order to adjust the water temperature in the swimming pool and enable the water temperature to reach the comfortable temperature of a human body, the circulating water return system of the swimming pool further comprises a heat exchanger which exchanges heat with water after ozone disinfection of the water. In the embodiment of the invention, the stainless steel plate type heat exchanger 17 is adopted for heat exchange, and the heating medium is hot water with the temperature of more than 55 ℃ or saturated steam with the pressure of 140-0.4 MPa. A temperature sensor 1801 and a temperature automatic controller 18 are also arranged for monitoring and controlling the temperature of the water entering the swimming pool.

Preferably, above-mentioned swimming pool adopts a pin-connected panel swimming pool, including modularization swimming pool formula cell body and water treatment system, pin-connected panel swimming pool is formed by the prefab assembly.

The customized production of all prefabricated members is completed in a factory, and the assembly construction of swimming pool facilities with various specifications is completed by adopting a field assembly operation mode. Because of the design of prefabricated standard parts, the installation can be carried out in a short time, and because of the characteristics of light and firm structure and strong adaptability of the light steel suit structure of the pool body, the construction of the swimming pool in the most difficult environment is feasible; the feasibility of building swimming pools is available in high-rise buildings, small inaccessible areas, seismic zones, and areas with difficult climate and address.

The modular swimming pool type pool body comprises a frame structure, modular components and a bottom plate; the tank body modularized component is connected to the tank body frame structure to form the side wall of the modularized swimming tank type tank body.

The frame structure of the tank body adopts Q-235 type hot rolled steel which is connected by high-strength bolts, wherein the bolts are 8.8 grades and M-14. Before assembling the frame structure of the tank body, the Q-235 hot rolled steel needs to be galvanized and subjected to corrosion prevention treatment. The pool body modularization member is welded on the side surface of the pool body frame structure to form the side wall of the modularization swimming pool type pool body, and the swimming pool bottom plate is welded at the bottom of the pool body frame structure.

Cell body modularization component includes riser assembly 1, ditch 2, connecting plate 3, ditch bracket 4 and anchor support, and the anchor support includes: long support frames, middle support frames 9 and bottom plate support frames 10, as shown in fig. 13 and 14. After the splicing of the plurality of modular pool bodies is completed, the side walls of the modular pool type pool body are formed, as shown in fig. 15.

The ditch bracket 4, the long support frame, the middle support frame 9 and the bottom plate support frame 10 are all rod-shaped structures, and the rod-shaped structures in the ditch bracket are not cylindrical rods in the traditional sense, but comprise channel steel, I-shaped steel, square (cross-section) columns or linear structures formed by splicing and assembling and used for realizing supporting and fixing.

The ditch 2 is installed at one side of the vertical plate assembly 1 and is attached to the side surface of the vertical plate assembly 1, and the ditch 2 is a water tank with a U-shaped section, as shown in fig. 1. The upper end (top end) of the ditch 2 is flush with the upper end (top end) of the vertical plate assembly 1, the ditch 2 is used as an overflow trough of the swimming pool body of the invention, and meanwhile, the ditch 2 is also used as a regulating pool for eliminating the influence of the water fluctuation of the swimming pool.

The anchor support is supported between ground and riser assembly 1 for riser assembly 1 provides the holding power, maintains the stability of swimming pool cell body structure.

The ditch bracket 4 is arranged below the ditch 2, the ditch bracket 4 is supported between the vertical plate assembly 1 and the ditch 2, one end of the ditch bracket 4 is connected with the outer end of the connecting plate 3, the other end of the ditch bracket is connected with a third supporting point of the vertical plate assembly 1, and the connecting mode is fixed connection or hinge connection. The ditch bracket 4 is used for supporting the ditch 2 and maintaining the reliability of installation and fixation between the ditch 2 and the riser assembly 1, namely the side wall surface of the swimming pool.

Further, the primary load of the swimming pool comes from its reservoir pressure. Therefore, the bottom plate of the swimming pool bears hydrostatic pressure along the gravity direction, and the side walls (side wall plates) of the swimming pool bear lateral water pressure along the vertical line direction of the side plates, so that in order to improve the capability of the swimming pool body to bear the lateral water pressure, the vertical plate assembly 1 of the modular component of the swimming pool body is made of metal, preferably Q235B steel.

Further, the gutter 2 is made of a steel structure, preferably Q235 steel.

Further, the connecting plate 3 is arranged below the water ditch 2, the connecting plate 3 is a thin steel plate, and the connecting plate 3 is fixedly connected with the steel structure of the vertical plate assembly 1 of the swimming pool body in a welding, bonding or integrated forming mode.

Further, the connecting plate 3 is a rectangular plate, the length of the connecting plate 3 is the same as the width of the riser assembly 1, and the width of the connecting plate 3 is the same as the width of the gutter 2, as shown in fig. 1 and 2. The ditch 2 and the connecting plate 3 are fixedly connected in a welding, bonding or bolt connection mode.

Furthermore, a first mounting hole is formed in the center of the connecting plate 3, a second mounting hole corresponding to the mounting hole in the connecting plate 3 is formed in the bottom of the ditch 2, and the first mounting hole and the second mounting hole are identical in size and correspond to each other in position up and down. The ditch 2 and the connecting plate 3 are fixed by screws passing through the first mounting holes and the second mounting holes.

Further, a sealing gasket is arranged between the ditch 2 and the connecting plate 3. Specifically, the gasket is an O-ring type rubber gasket installed between the first and second mounting holes for sealing the gutter 2 against water leakage.

Furthermore, a ditch bracket 4 is arranged between the connecting plate 3 and the vertical plate assembly 1, and the ditch bracket 4, the vertical plate assembly 1 and the bottom of the ditch 2 form a triangular support for supporting/holding the ditch 2. One end of the ditch bracket 4 is fixedly connected or hinged with a third supporting point on the outer side surface of the vertical plate assembly 1, and the other end of the ditch bracket 4 is fixedly connected or hinged with one end of the connecting plate 3 far away from the vertical plate assembly 1.

Furthermore, the gutter bracket 4 can be fixed by welding or bonding when being fixedly connected with the vertical plate assembly 1 and the connecting plate 3.

Or, the ditch bracket 4 is hinged and fixed with the vertical plate assembly 1 and the connecting plate 3 through the hinge bolt, and the ditch bracket 4 is supported in a triangular manner with the vertical plate assembly 1 and the connecting plate 3, so that the ditch bracket 4 cannot rotate relatively with the vertical plate assembly 1 and the connecting plate 3 even if the ditch bracket 4 is hinged and fixed with the vertical plate assembly 1 and the connecting plate 3 due to the stability of the triangle.

Ditch bracket 4 is in when articulated state with connecting plate 3, when ditch 2 or riser assembly 1 met the rigidity and assaults, can adjust the small deformation between ditch bracket 4, connecting plate 3 and the riser assembly 1, forms a nimble support, on the structural stability's of the modularization component of guaranteeing the swimming pool cell body basis, can be to a certain extent the rigidity that buffer structure component received strikes.

Further, the anchor stent includes: a long support frame, a middle support frame 9 and a bottom plate support frame 10. The bottom plate supporting frame 10 is perpendicular to the vertical plate assembly 1, one end of the bottom plate supporting frame 10 is connected with a first supporting point of the vertical plate assembly 1, the other end of the bottom plate supporting frame is connected with the lower end of the long supporting frame, and the upper end of the long supporting frame is connected with a second supporting point of the vertical plate assembly 1.

In particular, the second support point is higher than the first support point, and the third support point is located between the first support point and the second support point.

Long support frame, bottom plate support frame 10 and riser assembly 1 constitute the triangle-shaped and support, and when riser assembly 1 bore the planar lateral water pressure of the perpendicular to curb plate of the water in the swimming pool, support riser assembly 1 through long support frame and bottom plate support frame 10, balanced side water pressure keeps the structural stability of swimming pool cell body.

Furthermore, a middle support frame 9 is arranged between the long support frame and the vertical plate assembly 1, the middle support frame 9 is perpendicular to the long support frame, when the vertical plate assembly 1 receives the lateral water pressure of a water body in the swimming pool, the long support frame has the tendency of bending deformation under stress, one end of the middle support frame 9 is connected with the lower part of the vertical plate assembly, the other end of the middle support frame is connected with the middle part of the long support frame, the support for the long support frame is formed, and the structural stability of the modular component of the swimming pool is kept.

Furthermore, one end of the middle support frame 9 is connected with a fourth support point of the vertical plate assembly in a fixed connection or a hinged connection mode. The fourth support point is located between the third support point and the first support point, i.e. the fourth support point is higher than the first support point and lower than the third support point.

Further, one or more ditch brackets 4 are arranged, and one or more middle support frames 9 are arranged.

Further, the long support frame includes: a first anchoring sleeve 5, an anchoring tube 6 and a second anchoring sleeve 8.

The first anchoring sleeve 5 and the second anchoring sleeve 8 are both tubular structures, and the inner hole diameters of the first anchoring sleeve 5 and the second anchoring sleeve 8 are the same as the outer diameter of the anchoring pipe 6. One end of the anchoring pipe 6 is sleeved in the first anchoring sleeve 5, the other end is sleeved in the second anchoring sleeve 8, and the two ends are fixed through screws 7.

Specifically, the anchor tube 6 is a tubular structure or a solid columnar structure.

Further, the length of the long support frame can be adjusted by adjusting (changing) the length of the anchoring tube 6 that is inserted into the first anchoring sleeve 5 and the second anchoring sleeve 8.

Specifically, the invention provides two length adjustment modes of the long support frame:

example one:

the anchor pipe 6 is provided with a plurality of threaded holes, the length of the anchor pipe 6 sleeved in the first anchor sleeve 5 and the second anchor sleeve 8 is changed by matching the screw 7 with different threaded holes on the anchor pipe 6, and the length of the long support frame is further adjusted.

The threaded holes are arranged perpendicular to the body of the anchoring pipe 6, i.e. perpendicular to the axial direction of the anchoring pipe 6.

Example two:

the anchoring pipe 6 is of a columnar steel structure with external threads at two ends, and two ends of the anchoring pipe 6 are fixedly connected with the first anchoring sleeve 5 and the second anchoring sleeve 8 through threads respectively. Correspondingly, the first anchoring sleeve 5 and the second anchoring sleeve 8 are provided with internal threads matched with the external threads at the two ends of the anchoring pipe 6.

Specifically, the screwing directions of the external threads at the two ends of the anchoring pipe 6 are opposite, when the anchoring pipe 6 is rotated, the two ends of the anchoring pipe 6 are screwed out or screwed into the first anchoring sleeve 5 and the second anchoring sleeve 8 respectively, and further, the length of the anchoring pipe 6 connected into the long support frame is lengthened or shortened. For example: when the anchoring pipe 6 is arranged to rotate clockwise relative to the first anchoring sleeve 5 and the second anchoring sleeve 8, the two ends of the anchoring pipe 6 are synchronously screwed out of the first anchoring sleeve 5 and the second anchoring sleeve 8; when the anchoring pipe 6 is rotated counterclockwise with respect to the first anchoring sleeve 5 and the second anchoring sleeve 8, both ends of the anchoring pipe 6 are synchronously screwed into the first anchoring sleeve 5 or the second anchoring sleeve 8.

Furthermore, when the anchoring pipe 6 with the thread structures at two ends is adopted in the middle of the long support frame as an adjusting piece for adjusting the length, a handle perpendicular to the length direction (axial direction) of the anchoring pipe 6 is arranged in the middle of the anchoring pipe 6. The handle is a rod-shaped structure and is fixedly connected (preferably welded) with the anchoring pipe 6 or is an integral structure, and the handle is used as a force application part to assist the rotation of the anchoring pipe 6. Preferably, two handles are symmetrically arranged outside the tube body of the anchoring tube 6.

Or, two clamping grooves are symmetrically arranged on two sides of the pipe body in the middle of the anchoring pipe 6, and the anchoring pipe 6 rotates relative to the first anchoring sleeve 5 and the second anchoring sleeve 8 by means of a wrench, so that the length of the long supporting frame is adjusted.

Specifically, the first anchoring sleeve 5 is connected with the riser assembly 1 in a welding, bonding or hinging manner. The second anchoring sleeve 8 is connected in a welding, bonding or hinging manner. The middle support frame 9 and the ditch support 4 are rigid rod pieces or adjustable rod pieces with the same structure as the long support frame.

When the modular members of the swimming pool body are assembled, the supporting strength and the supporting state of the opposite plate assembly 1 can be adjusted through fine adjustment of the middle support and the long support, and the support frame can be finely adjusted, so that the coordinated assembly among the modular members can be ensured, small-amplitude deviation generated in the processing or transportation process can be eliminated, and the adaptability of a modular product can be improved.

The modular swimming pool body component is supported by the adjustable support frame, and the main load of the swimming pool is from the water storage pressure of the swimming pool, so that the bottom plate of the swimming pool bears the hydrostatic pressure along the gravity direction, and the side plate of the swimming pool bears the lateral water pressure along the vertical line direction of the side plate. Support, long support adjustment through in the fine setting support intensity and the support state to riser assembly 1, can deal with the required support intensity under the different retaining states.

The upper part of the vertical plate assembly 1 is provided with the ditch 2 as an overflow groove for collecting overflow water, so that the problem of water accumulation of a platform is solved, the antiskid effect is achieved, and the ditch has the function of regulating water fluctuation impact; set up ditch bracket 4 between ditch 2 and the riser assembly 1 and support, bottom plate support frame 10 perpendicular to riser assembly 1, length-adjustable's long support frame and bottom plate support frame 10 constitute the triangle-shaped of riser assembly 1 and support, have fine shear resistance performance, triangle-shaped supports evenly distributed around modularization swimming pool formula cell body, and the load distribution is even, adjusts small size deviation when can supporting the swimming pool cell body.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.

Claims

1. An assembled auxiliary facility room, which is used for assembling with a modular swimming pool and comprises a forced shower area and a foot soaking disinfection tank, wherein the facility room is assembled by prefabricated parts;

the prefabricated part comprises section steel and a panel; the section steel is used for forming an integral section steel framework of the facility application room, and the panel is used for being installed on the integral section steel framework to form a wall of the facility application room;

the panel comprises a base layer and a surface layer, wherein the base layer is a section plate for supporting, and the surface layer is a waterproof layer.

2. The prefabricated building room of claim 1, wherein the forced shower area is located at a channel entrance of the dressing room into the water pool, the length of the forced shower channel is more than or equal to 2.0m, and the width of the forced shower channel is the same as the channel entrance; the length of the foot soaking disinfection tank is more than or equal to 2m, and the width of the tank is the same as the inlet of the channel.

3. The prefabricated auxiliary facility room of claim 2, wherein the facility room is provided with equipment interlayers at the top and at the side surfaces, and the water supply and drainage pipeline is integrated in the equipment interlayers.

4. The prefabricated facility room of claim 3, wherein the forced shower area and the foot soaking disinfection tank are provided with a pipeline interlayer at the bottom, and the drainage pipeline is integrated in the pipeline interlayer.

5. The prefabricated secondary facility application of claim 2 wherein the forced shower area is provided with top and side spray heads.

6. The assembly-type subsidiary facility application room according to claim 5, wherein the top spray manner is a shower head type spray or a rain drop type spray.

7. The prefabricated facility room of claim 6 wherein said entrance to said forced shower area is provided with a photoelectric sensor to control the discharge of water when a person enters the forced shower area through the entrance.

8. The prefabricated facility room of claim 6 further comprising an automatic dosing device for dosing the foot bath basin.

9. The assembly type auxiliary facility room as claimed in claims 2 to 8, wherein the forced shower area is provided with a water collecting and draining pit at the bottom, a water permeable surface layer at the top, a first water outlet at the bottom and a first water overflow port on the side wall of the top.

10. The room for the assembled auxiliary facility as claimed in claim 9, wherein the foot soaking and disinfecting tank is provided with a second water outlet at the bottom and a second overflow port on the side wall of the top.