Apparatus for cleaning submerged surfaces with a semi-automatic return command

• US 9,487,963 B2
• Filed: 10/29/2012
• Issued: 11/08/2016
• Est. Priority Date: 10/27/2011
• Status: Active Grant

• Current Assignee: Zodiac Pool Care Europe
• Original Assignee: Zodiac Pool Care Europe
• Inventors: Michelon, Thierry
• Primary Examiner(s): Carter, Monica
• Assistant Examiner(s): Horton, Andrew A
• Application Number:
  US13/662,716
• Publication Number:
  US 20130104321A1
• Time in Patent Office: 1,471 Days
• Field of Search: 15/17, 210/167.1, 210/167.15, 210/167.16, 210/167.17, 210/167.13, 210/167.19, 700213-264, 701 23- 28, 180/167, 440/1, 114/330, 114/337
• US Class Current: 1/1
• CPC Class Codes: E04H 4/1654 Self-propelled cleaners

Abstract

The invention relates to an automobile apparatus (1) for cleaning surfaces submerged in a basin (2) comprising a driving mechanism, a programmed controlling device for the driving mechanism, a man-machine interface consisting of an input device, and a filter chamber, characterized in that, on activation of a return command button (12), a return setpoint is emitted to the programmed controlling device, which is adapted to inhibit a cleaning program and control the driving mechanism such that it drives the apparatus up to the surface of the water.

Claims

1. Automobile apparatus for cleaning surfaces submerged in a basin of water comprising:

a body,

a driving mechanism,

a programmed controlling device for the driving mechanism adapted to control the driving mechanism according to at least one cleaning program stored in a memory,

a man-machine interface connected to the programmed controlling device, and comprising an input device,

a filter chamber fitted in the body and having;

at least one liquid inlet in the body,

at least one liquid outlet in the body,

a hydraulic system for the flow of liquid between each inlet and outlet of liquid passing through a filtering mechanism,

and in which

the input device has at least one return command button

on manual activation of the at least one return command button, the man-machine interface is adapted to emit a signal representative of a predetermined set value, said to be a return setpoint,

on receiving the return setpoint, the programmed controlling device is adapted to inhibit each cleaning program and control the driving mechanism such that it drives the body to the surface of the water and maintains the body at the surface of the water until a stop signal is present,

further comprising an accelerometer that is electrically connected to the programmed controlling device and emits a signal on which the stop signal is based.

2. Automobile apparatus for cleaning surfaces submerged in a basin of water comprising:

a body,

a driving mechanism,

a programmed controlling device for the driving mechanism adapted to control the driving mechanism according to at least one cleaning program stored in a memory,

a man-machine interface connected to the programmed controlling device, and comprising an input device,

a filter chamber fitted in the body and having;

at least one liquid inlet in the body,

at least one liquid outlet in the body,

a hydraulic system for the flow of liquid between each inlet and outlet of liquid passing through a filtering mechanism,

and in which

the input device has at least one return command button

on manual activation of the at least one return command button, the man-machine interface is adapted to emit a signal representative of a predetermined set value, said to be a return setpoint,

on receiving the return setpoint, the programmed controlling device is adapted to inhibit each cleaning program and control the driving mechanism such that it drives the body to the surface of the water and maintains the body at the surface of the water until a stop signal is present,

further comprising;

an electric water pump fitted onto the hydraulic system so as to enable a liquid to flow between each liquid inlet and outlet while passing through a filtering mechanism,

a power supply sensor for the said pump, that is electrically connected to the programmed controlling device,

the said stop signal is based on a signal emitted by the power supply sensor of the said pump.

3. A system for cleaning a swimming pool, comprising:

a. an automatic swimming pool cleaner comprising;

i. a body defining a liquid inlet and a liquid outlet and a driven cleaning member;

ii. a mechanism for driving the body within a swimming pool having a floor surface and a generally-vertical wall intersecting the floor surface; and

iii. a control device associated with the body; and

b. an input device (i) remote from the automatic swimming pool cleaner and (ii) comprising means for transmitting a return signal directly or indirectly to the control device so as to (A) inhibit cleaning operation of the driven cleaning member of the automatic swimming pool cleaner and (B) control the driving mechanism, while the cleaning operation is inhibited, such that the driving mechanism both drives the automatic swimming pool cleaner along the floor surface to the intersection with the generally-vertical wall and thence drives the automatic swimming pool cleaner up the generally-vertical wall to a surface of water in the swimming pool so as to position at least part of the automatic swimming pool cleaner above the surface of water for removal from the swimming pool.

4. A system according to claim 3 in which the signal-transmitting means of the input device comprises a wireless signal transmitter.

5. A system according to claim 3 in which the return signal transmitted by the signal-transmitting means of the input device further controls the driving mechanism, while the cleaning operation is inhibited, to maintain at least part of the automatic swimming pool cleaner above the surface of the water until (a) the automatic swimming pool cleaner is removed from the swimming pool, (b) a stop signal is received by the control device, or (c) a time-out period has occurred.

6. A system according to claim 3 in which the return signal transmitted by the signal-transmitting means of the input device further controls the driving mechanism, while the cleaning operation is inhibited, to rotate the automatic swimming pool cleaner on the floor surface about an axis normal to the floor surface.

7. A system according to claim 3 in which the input device comprises an activator dedicated to transmitting only the return signal.

8. A system according to claim 3 in which the return signal is a single instruction configured to inhibit cleaning operation of the driven cleaning member of the automatic swimming pool cleaner and control the driving mechanism, while the cleaning operation is inhibited, such that the driving mechanism both drives the automatic swimming pool cleaner along the floor surface to the intersection with the generally-vertical wall and thence drives the automatic swimming pool cleaner up the generally-vertical wall to a surface of water in the swimming pool so as to position at least part of the automatic swimming pool cleaner above the surface of water for removal from the swimming pool.

9. A system for cleaning a swimming pool, comprising:

a. an automatic swimming pool cleaner comprising;

i. a body defining a liquid inlet and a liquid outlet and a driven cleaning member;

ii. a mechanism for driving the body within a swimming pool having a floor surface and a generally-vertical wall intersecting the floor surface; and

iii. a control device associated with the body; and

b. an input device (i) remote from the automatic swimming pool cleaner and (ii) comprising means for transmitting a return signal directly or indirectly to the control device so as to (A) inhibit cleaning operation of the driven cleaning member of the automatic swimming pool cleaner and, while the cleaning operation is inhibited, (B) control the driving mechanism such that the driving mechanism (1) rotates the automatic swimming pool cleaner on the floor surface about an axis normal to the floor surface, (2) drives the automatic swimming pool cleaner along the floor surface to the intersection with the generally-vertical wall and thence drives the automatic swimming pool cleaner up the generally-vertical wall to a surface of water in the swimming pool so as to position at least part of the automatic swimming pool cleaner above the surface of water for removal from the swimming pool, and (3) maintains at least part of the automatic swimming pool cleaner above the surface of the water until (a) the automatic swimming pool cleaner is removed from the swimming pool, (b) a stop signal is received by the control device, or (c) a time-out period has occurred.

10. A system according to claim 9 in which the signal-transmitting means of the input device comprises a wireless signal transmitter.