CONSTRUCTIVE ARRANGEMENT INTRODUCED IN MACHINE ROOM FOR SWIMMING POOLS

Abstract

A system for the maintenance and cleaning of swimming pool water suitable for use in swimming pool machine rooms. The system comprises a rectangular body formed by an L-shaped region and a smaller rectangular region, wherein the L-region houses the heating motor and the filter motor at its rear, and having between them, located beneath a cover, a flood controller sensor. On the shorter side of the L-region is the chlorinator, which is connected at an end to a flow controller sensor. The smaller rectangular region, in turn, is split into a dry housing and a wet housing, the dry housing being where the swimming pool accessories activating valves are located, and the wet housing providing a location for a swimming pool water inlet opening, a first tubular recess for a water inlet control float and a second tubular recess for accommodating a cartridge filter.

Claims

1. A system for maintaining and cleaning of swimming pool water, the system comprising: (1) a rectangular body (1) comprising: (a) an L-shaped region (2) comprising a heating motor (21) and a filter motor (22), the motors located beneath an inside cover (23), a flood control sensor for emitting a warning to a control panel of an electronic control cabinet, and a chlorinator (24) for chemical water treatment, the chlorinator connected at an end to the filter motor (22) and, at an opposite end, the chlorinator having a flow control sensor (25), wherein when activated, the flow control sensor automatically turning off and emitting a warning signal to the control panel of the electronic control cabinet, and (b) a rectangular region (3), having a first cover (41), removable via a multiplicity of locks (42), the rectangular region comprising two housing sections, a dry housing (31) and a wet housing (34); the dry housing containing a multiplicity of pool accessory activation valves (32) protected by a cover (32), and the wet housing (34) having an opening for a swimming pool water inlet (35) and a first tubular recess (36) for a water inlet control float (37) of a hydraulic net, the wet housing also having a second tubular recess (38), accommodating a cartridge filter (39), and the cartridge filter coupled to a pre-filter (40) (2) an upper closure comprising a shielded rectangular second cover (4), attached to the rectangular body through screws.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0009] FIG. 1 is a perspective view of the new system for the maintenance and cleaning of swimming pool water.

[0010] FIG. 2 is a perspective view of the system for the maintenance and cleaning of swimming pool water, without its cover.

[0011] FIG. 3 is an exploded perspective view of the system for the maintenance and cleaning of swimming pool water.

[0012] FIG. 4 is a top view of the system for the maintenance and cleaning of swimming pool water.

[0013] FIG. 5 is an enlarged perspective view of the chlorinator.

DETAILED DESCRIPTION OF THE INVENTION

[0014] The invention will be described for the purposes of illustration only in connection with certain embodiments; however it is to be understood that other objects and advantages of the present invention will be made apparent by the following description of the drawings according to the present invention. While a preferred embodiment is disclosed, this is not intended to be limiting. Rather, the general principles set forth herein are considered to be merely illustrative of the scope of the present invention and it is to be further understood that numerous changes may be made without straying from the scope of the present invention.

[0015] The present invention, as illustrated in FIGS. 1 to 4, includes a rectangular body (1) formed by an L region (2) and a smaller, rectangular region (3). The body is closed by a shielded rectangular cover (4) through screws, and having on the smaller rectangular region (3) a smaller cover (41), removable through locks (42).

[0016] As illustrated in FIGS. 2 to 4, the L region (2) houses, in its upper part, the heating motor (21) and the filter motor (22), and between them is provided a flood controller sensor (not shown) located underneath an inside cover (23). The flood sensor issues a warning to the control panel of the electrical/electronic control cabinet. On the shorter side of the L-region, connected at one end to the filtering motor (22), is the chlorinator (24), which is responsible for the total chemical treatment. The chlorinator also has, provided at its other end, a flow control sensor (25), which when activated automatically turns off and emits a signal to the control panel of the electrical/electronic control cabinet.

[0017] The smaller rectangular region (3) is divided into two parts, forming a dry housing (31) where the pool accessories activating valves (32) are protected by a cover (32), and a wet housing (34) having an opening for a swimming pool water inlet (35), a first tubular recess (36) for the water inlet control float (37) of a hydraulic net, and a second tubular recess (38) for accommodating the cartridge filter (39), on which is coupled a pre-filter (40).

[0018] With the system for the maintenance and cleaning of swimming pool water, the maintenance and use of a swimming pool becomes simpler, as all of the swimming pool equipment is found in a single place, with the heating and filter motors (21 and 22), the chlorinator (24) and the flood and flow sensors remaining in shielded, i.e. located within the L-region (2) on which the cover (4) is bolted. Yet in the accessible part, rectangular region (3), the user can remove the smaller cover (41), which is made removable through locks (42), therefore having access to the pre-filter (40) and cartridge filter (39) to maintain the swimming pool. In the event of flooding, the sensor located between the heating and filter motors (21) and (22) will emit a signal to the control panel, and in the case of water flow obstruction the flow control sensor (25) will also emit a signal.

[0019] The new system for the maintenance and cleaning of swimming pool water, as conceived, offers the following advantages in relation to its known similar ones:

[0020] automatic filtration using the chlorinator;

[0021] immediate information about possible flooding;

[0022] immediate information about any obstruction of the water flow;

[0023] greater efficiency in filtering with the use of a cartridge filter; and

[0024] shielding of equipment that does not need to be accessed frequently.