Massage installation

Claim 2

Massage installation comprising a bath, air jet nozzles, said nozzles opening through the bottom and sidewalls of the bath, means producing air to said nozzles, air heating means and an ozone producing means, a casing for said air producing means, heating means and ozone producing means, and means for conducting air from said producing means to said jet nozzles whereby said heated, ozone laden air may be pumped under pressure into said bath.

Claim 3

Installation according to claim 1, wherein said nozzles are supplied individually through pipes connected in parallel to a duct supplied by the air producing means.

Claim 4

Installation according to claim 1, wherein the bath includes air jet nozzles opening on the lateral walls of the ends of the bath.

Claim 5

Massage installatiion comprising a bath, air jet nozzles, said nozzles opening through the walls of the bath, a casing means for supplying air to said nozzles, air heating means, and ozone means generating means arranged in said casing, said nozzles being supplied individually through pipes connected in parallel to a duct supplied by said means for supplying air, a control unit comprising a separate control channel for each of the functions to be controlled, an electronic logic system, each of said control channels coding successively a remote control device of the electronic logic system, a power control circuit, and the electronic logic system activating said power control circuit, and an electrically non-conducting transmission unit, the remote control device of the electronic logic system being by nature electrically non-conducting and the electronic logic system being connected to the power control circuit through said transmission unit.

Claim 6

Massage installatiion comprising a bath, air jet nozzles, said nozzles opening through the walls of the bath, a casing means for supplying air to said nozzles, air heating means, and ozone means generating means arranged in said casing, said nozzles being supplied individually through pipes connected in parallel to a duct supplied by said means for supplying air, a control unit comprising a separate control channel for each of the functions to be controlled, an electronic logic system, each of said control channels coding successively a remote control device of the electronic logic system, a power control circuit, and the electronic logic system activating said power control circuit, and an electrically non-conducting transmission unit, the remote control device of the electronic logic system being by nature electrically non-conducting and the electronic logic system being connected to the power control circuit through said transmission unit.

Claim 7

Installation according to claim 4, comprising six control channels, namely: a channel for the general application of voltage, a speed selection channel for the air supply means, a channel for the energizing of the air heating means, a channel for the energizing of the ventilator of the bathroom, and a channel for the energizing of the sound signal device.

Claim 8

Installation according to claim 4, provided also with a display device for the state of the various control channels.

Claim 9

Installation according to claim 4, wherein the remote control device of the electronic logic system is a pneumatic device.

Claim 10

Installation according to claim 4, wherein the remote control device of the electronic logic system is an optical device.

Claim 11

Installation according to claim 7, wherein the pneumatic device comprises a pneumatic push-button, a flexible coupling tube of electrically non-conducting material contained in the flexible sheath of variable length fixed to the control casing by a threaded nut and a pressure switch.

Claim 12

Installation according to claim 8, wherein the optical device comprises an occultation switch enabling the passage of light between the ends of the two sections of optical fiber to be interrupted or established, the other ends of these sections, on the electronic logic system side being respectively connected to a light source and to a photo-electric cell.

Claim 13

Installation according to claim 4, wherein the transmission unit connecting the electronic logic system to the power control circuit is a photocoupler.

Claim 14

Installation according to claim 4, wherein one control channel at least is provided with an anti-rebound device.

Claim 15

Installation according to claim 4, wherein the general voltage application channel includes telebreaker.

Claim 16

Installation according to claim 4, wherein the electonic logic system of the selection of channel of the speed of the air supply means includes a monostable stage actuated by the remote control device of the electronic logic system, a counter fed by pulses delivered by this monostable stage and including as many counting states as speed levels are provided for the air supply means a decoding stage for each counting state of the counter, a control resistor and a photocoupler associated with each decoding stage.

Claim 17

Installation according to claim 4, wherein the electronic logic system of at least one control channel includes a monostable stage actuated by the remote control device of the electronic logic system, a storage actuated by this monostable stage, a decoding stage of the storage, a control transistor and a photocoupler associated with this decoding stage.

Claim 18

Installation according to claim 4, wherein the electronic logic system of each control channel includes a luminescent diode.

Claim 19

Installation according to claim 4, wherein the power control circuit of one at least of the control channels includes a triac.

Claim 20

Installation according to claim 4, wherein the sound signal device is connected upstream of the general voltage circuit breaker of the installation.

Claim 21

Installation according to claim 4, wherein the ventilator of the bathroom is provided with a manual to-and-fro control coupled with the control channel of the installation.