JPH02152453A - Pool structure especially for sea water treatment - Google Patents

Abstract

PURPOSE: To provide a pool architecture with which patients may acquire desired merit according to each condition of the patient him-/her-self by installing and utilizing a tension area with a jet device where there are different water temperature bands and a relaxation area which is communicated with the tension area. CONSTITUTION: In a tension area, each pair of jet devices 6 and 7 is installed to an inside partition wall 5 and an outer wall 8 that forms a pool 4. The jet devices 6 and 7, which are built in the walls 5 and 8, are to control and supply a large quantity of water into the pool 4 with variable speed by one or plural pumps. This tension area is completed by a jet area for back part of seats 11 which are installed along an L-shaped wall 12 extended between a walking passage 4 against a water stream and a bubbling bath 9. And, the relaxation area includes a pool 21 that has two walls 22 and 23 which are almost oblong and opposing each other and has many resting beds 24 along a cross direction of in between of walls. The resting beds have nozzles to massage part of a body lying on the beds.

Description

[Detailed description of the invention] The invention particularly relates to saltwater therapeutic pool structures.

The structure of the present invention is divided by one inner wall and designed to improve blood circulation.
including at least one tension zone consisting of zones of water temperature of different temperatures with injectors for strengthening and working the muscles; and at least one relaxation zone, preferably in communication with the tension zone. It is characterized by

The structure according to the invention improves the health of the body and improves the overall condition of the device, in particular by acting on the temperature difference and the circulation effect of the various water zones, which each patient requires according to his own condition. It is possible to take advantage of the effects of The pool structure is particularly intended to be attached to a sports facility and provides the necessary relaxation after a period of exercise which is constantly a series of strenuous challenges.

One of the features of the invention further includes at least one swimming zone, which is preferably in communication with the tension zone and the relaxation zone.

Other features and objects of the invention will be described in detail below with reference to the accompanying drawings, which illustrate, by way of non-limiting example, preferred embodiments of the invention.

First, FIG. 1 shows a preferred embodiment of a pool structure according to the present invention. The structure defined by the outer and inner walls of the IMi constitutes an overflow pool, and the water overflowing to the sides is collected in an underground storage tank, which is pumped to distribute the water to different zones of the pool. It is re-injected by the assembly at a predetermined delivery rate.

For example, if the capacity of the water tank is 10 i, the pump and submersible injection speed is 30 to 70 d/hour.

The tension zone, designated by the letter A in FIG. 1, consists of a zone of cold water defined by the inner wall. In particular, the area includes a plurality of musculoskeletals arranged approximately regularly on its inner wall at substantially different heights to specifically target different muscles of a part of the body, such as the legs and back, as shown in FIG. It comprises a practically polygonal closed pool 1 with a pine surge injector 2.

In the illustrated example, the large square pool 1 has seven injection devices 2 each mounted on one of the walls forming the large square pool.
and a passage staircase 3 connecting with the eighth wall of the pool.

The passage stairs 3 are inclined and have specially shaped handrails to allow the user to ascend and descend without having to turn backwards.

Furthermore, the tension area includes a walking path 4, which is formed, for example, by an L-shaped pool with L-shaped walls of equal length, and a backflow section in which the flow flows in the direction opposite to the walking direction, as shown by arrow F in the walking path 4. and a device for providing the same.

For this purpose, two sets of jets 6 and 7 are provided on the inner dividing wall 5 and on the outer wall 8 forming the pool 4, respectively.

The injection device 6.7, which is built into the walls 5 and 8,
One or preferably several pumps, for example two pumps, are controllably supplied via valves to move the volume of water within at variable speeds.

In particular, it is desirable to vary the depth of the walking path to strengthen and assist the leg muscles. Furthermore, air is supplied to the bubble bath pool 9 provided in the tension area through a power unit installed underground, and the air is sent to a perforated pipe device (not shown) provided on the pool floor.The pipe device is made of polyester, for example. It consists of a lattice assembly and is completely covered by a lattice structure 10, which is also fixed to square brackets made of polyester.This special construction provides a very comfortable bubble effect.

This tension zone is completed by a spray zone for the seat rear 11, which is provided over the L-wall 12 extending between the counter-flow walking path 4 and the bubble bath 9.

the tension area is adjacent to a first injection zone for the seat rear part II;
It includes a second spray zone for a seated rear part 13 and a raised rear part 14 provided on a wall 15 constituting one of the walls defining the bubble bath 9 .

Similarly, the connecting wall between the pool 1 and the walking path 4 in the tension area is provided with two "Guzne Tsuk" type injection devices 16, as shown in FIG.

The pool structure according to the invention has at least one relaxation zone 20, indicated generally by the letter B in FIG.

The relaxation zone comprises at least one pool 21, preferably approximately rectangular and comprising two opposing walls 22, 23, in which case at least one nozzle is provided for massage of at least a part of the body lying on the rest bed. A number of resting benches 24 are fixed laterally between the walls.

In the illustrated example, the pool 21 includes two sets of nozzles 25 each mounted on a wall 22, 23 to massage two different parts of the body, preferably at the same time, such as the nape of the neck and the feet.
．． Includes 26.

As shown in FIG. 3, each resting bed made of, for example, plastic material is attached to the pool floor at leg level by means of straps 27 screwed through stainless steel fixing devices riveted to the pool floor. Fixed.

Additionally, the relaxation zone includes an umbrella shower 28 with a dome of approximately 1.4 m in diameter located at a height of 2 m above the pool floor.
includes.

A bench made of plastic, for example polyester, is provided in an arcuate manner at the foot of the shower, the center of which coincides with the axis of the shower supply pipe.

It is desirable to communicate the relaxation zone with the aforementioned tension zone such that a user can pass from the tension zone to the relaxation zone without leaving the water.

According to another feature of the invention, the pool structure further includes a first
It has at least one swimming zone 30, indicated by the letter C in the figure, which is preferably in communication with the tension zone and/or the relaxation zone for the same reasons mentioned above.

The swimming area has an inner corner-shaped dividing wall 3 extending into the area.
It has a generally rectangular open pool with a passage 31 formed by 2 and a device for creating a fast current in the swimming direction in the passage.

In the illustrated example, the fast flow passageway 31 is connected to the swimming area 30.
It has 2&l injectors 33, 34 which are respectively attached to the outer wall 35 and the inner wall 32 forming a. Since the two sets of injection devices are located at different heights, it is possible to move all the water in the passage 31, in which case the water exiting the passage is
It is picked up by two floor-height gratings near the exit from the passageway.

Henna 37 is provided along the surface of the dividing wall 32 on the side where the injection device is not provided.

The swimming area 30 further includes a zone 40 with a submersible jetting device 41 from a horizontal bench or pool floor located at an intermediate position to support a backfloating user in the area. Such an injector is preferably watered by a pump with a high delivery rate (approximately 60 d/hour).

Although a preferred embodiment is illustrated in FIG. 1, the zones and equipment may be arranged in any manner.

It is desirable that the water temperature in the relaxation zone is the same as that in pool 1, and should be higher (approximately 33 degrees Celsius) than the other zones (approximately 29 degrees Celsius).
) is important to note.

Each zone assembly will have its own seawater filtration and heating equipment.

Users of the pool structures described herein select areas that meet their personal needs and obtain the desired effect according to their individual conditions. Such pools are particularly suitable as health centers and, due to their structural features, can be used for group recreation. The pool is essential for a range of physical training and exercise.

[Brief explanation of the drawing]

1 is a general plan view of a pool structure according to the invention; FIG. 2 is a cross-sectional view along the line nn showing details of a part of the tension zone; and FIG. 3 is a view along lines III-- showing details of the relaxation zone. FIG. 2 is a cross-sectional view of FIG. 1 at I[[; 1.4,9.21... Pool, 2... Injection device, 5
...dividing wall, 10... lattice, 20... relaxation zone,
24...rest bed, 25.26...nozzle, 27
... Strap, 30... Swimming area, 31... Passage.

Claims (1)

Claims: 1) - Consisting of water zones of different temperatures, divided by an inner wall, designed to improve blood circulation and equipped with an injection device (2) for strengthening and activating the muscles; A pool structure, in particular for seawater therapy, characterized in that it comprises at least one tension zone and - at least one relaxation zone (20), preferably communicating with the tension zone. 2) A pool structure according to claim 1, characterized in that it further comprises at least one swimming zone (30), which preferably communicates with the tension zone and/or the relaxation zone (20). 3) the relaxation zone (20) preferably comprises two substantially rectangular opposing walls (22, 23), between which there is a space for massaging at least one part of the body; 3. Pool structure according to claim 1, characterized in that a number of rest beds (24) equipped with nozzles are fixed laterally. 4) The pool (24) comprises two sets of nozzles (25, 26) positioned to massage two different parts of the body, preferably at the same time, for example the nape and the feet. A pool structure according to scope 3. 5) Each of the resting beds (24), for example made of plastic material, is fixed to the floor by means of straps (27) screwed through fixing devices riveted to the floor. The pool structure according to scope 3 or 4. 6) The tension area is, for example, an octagonal polygonal pool (1)
a set of pools, the pools being arranged substantially regularly on the inner wall thereof and located at substantially different heights so as to massage different muscles of a part of the body, such as the leg and back muscles. 6. A pool structure according to any one of claims 1 to 5, characterized in that it includes a massage jet device. 7) The tension zone further comprises a walking path constituted by a pool (4) containing an internal dividing wall (5) and a device for creating a countercurrent in the path that flows in a direction opposite to the direction of walking. The pool structure according to claim 6, characterized in that: 8) A pool structure according to claim 7, characterized in that the depth of the walking path (4) and the speed of the flow are different. 9) The tension area further includes a pool (9) forming a bubble bath, which is supplied with air from a power plant located underground, the bubble bath being arranged on the pool floor and surrounded by a grid (9).
10) A pool structure according to any one of claims 1 to 8, characterized in that air is fed into a perforated pipe device coated with 10). 10) the swimming area (30) comprises a passageway (31) formed by an internal dividing wall (32) extending therethrough and a device for creating a fast current in the passageway in the swimming direction; A pool structure according to any one of claims 2 to 9.