User detection system for an image-forming machine

• US 6,577,825 B1
• Filed: 10/19/2000
• Issued: 06/10/2003
• Est. Priority Date: 10/19/2000
• Status: Expired due to Term

• Current Assignee: Commercial Copy Innovations Inc. (Quarterhill Inc. (f/k/a Wi-LAN Inc.))
• Original Assignee: Heidelberger Druckmaschinen Ag
• Inventors: Gonnella, Jr., Alfred, Altrieth, III, Frederick E., Zimmer, Jr., James A.
• Primary Examiner(s): Royer, William J.
• Application Number:
  US09/692,847
• Time in Patent Office: 964 Days
• Field of Search: 399/38, 399/70, 399/75, 399/80, 399/67, 399/69, 399/76, 399/77
• US Class Current: 399/38
• CPC Class Codes: G03G 15/205 specially for the mode of operation, e.g. standby, warming-up, error G03G15/2046 takes precedence
• CPC Class Codes: G03G 15/5004 Power supply control, e.g. power-saving mode, automatic power turn-off

Abstract

This invention provides an image-forming machine with a user detection system. The image-forming machine has image-forming equipment and at least one sensor. The image-forming equipment may include a photoconductor, one or more chargers, an exposure machine, a toning station, a fusing station, related equipment, and accessories. The image-forming machine may also include a sensor interface and a communication link. The sensor is monitored to detect when a user is near the image-forming machine. An output signal from the sensor indicates a user presence near the image-forming machine. A warm-up procedure is started in response to the output signal of the sensor.

Claims

1. An image-forming machine with a user detection system, comprising:

image forming equipment comprising a photoconductor, at least one charger, wherein the at least one charger is disposed to electrostatically charge the photoconductor, an exposure machine wherein the exposure machine is operatively disposed to optically expose and form an electrostatic image on the photoconductor, a toning station, wherein the toning station is operatively disposed to apply toner on the photoconductor, the toner having a charge to adhere to the electrostatic image;

at least one first sensor operatively disposed in at least one first sensor operating location in the vicinity of the image forming equipment,

at least one second sensor operatively disposed at, at least one of the at least one charger and the toning station;

the at least one first and second sensors provide output signals in response to a user presence near the image-forming machine; and

wherein the at least one charger, the exposure machine, and the toning station are activated in response to the output signals.

2. An image-forming machine according to claim 1, where the image-forming machine comprises a fuser station operatively disposed adjacent to the photoconductor, where the fuser station is activated based on the output signals.

3. An image-forming machine according to claim 1, further comprising

a sensor interface to receive the output signals; and

a communication link operatively connecting the at least one first sensor and the at least one second sensor to the sensor interface.

4. An image-forming machine according to claim 3, further comprising a logic and control unit connected to receive a net sensor output signal from the sensor interface, the net sensor output signal based on the output signals.

5. An image-forming machine according to claim 4, where the logic and control unit starts a warm-up procedure based on the net sensor output signal.

6. An image-forming machine according to claim 4, where the sensor interface and the logic and control unit are the same microprocessor.

7. An image-forming machine according to claim 3, where the communication link is at least one of a wire, a plurality of wires, and a radio frequency.

8. An image-forming machine according to claim 1, where the at least one first sensor is at least one of a passive detecting device and an active detecting device.

9. An image-forming machine according to claim 1, where the at least one first sensor comprises an environmental sensor.

10. An image-forming machine according to claim 9, where the environmental sensor is operatively disposed in a sensor operating area to detect a user within a sensing proximity of the image-forming machine.

11. An image-forming machine according to claim 10, where the sensing proximity is about two feet.

12. An image-forming machine according to claim 1, comprising a sub-microprocessor connected to receive output signals from the at least one first sensor and the at least one second sensor, the sub-microprocessor to provide a network output signal to a sensor interface.

13. An image-forming machine according to claim 1, where the image-forming equipment is deactivated after a predetermined time period.

14. An image-forming machine according to claim 1, further comprising a remote communication device operatively connected to the image-forming equipment, the remote communication device to access and control the image-forming equipment, where the at least one first sensor includes a remote sensor operatively disposed in a sensor operating location in the vicinity of the remote communication device.

15. A method for detecting a user near an image-forming machine having a user detection system, comprising:

(a) monitoring at least one sensor disposed in at least one sensor operating location comprising;

(a1) monitoring the image-forming machine for a period of non-use;

(a2) activating a standby mode for the image-forming machine and shutting down a fuser station in the image-forming machine;

(b) detecting activation of the at least one sensor, the activation indicative of a user presence near the image-forming machine; and

(c) starting a warm-up procedure for the image-forming machine and activating the fuser station in response to the activation of the at least one sensor.

16. A method for detecting a user near an image-forming machine according to claim 15, where substep (a2) further comprises leaving the at least one sensor operating.

17. A method for detecting a user near an image-forming machine according to claim 15, where substep (a2) further comprises shutting down part of the image-forming machine initially and a remainder of the image-forming machine subsequently.

18. A method for detecting a user near an image-forming machine according to claim 15, where step (b) further comprises the substep:

(b1) providing an output signal from the at least one sensor to a sensor interface.

19. A method for detecting a user near an image-forming machine according to claim 18, where substep (b1) further comprises providing a net sensor output signal from the sensor interface to a logic and control circuit, the net sensor output signal based on the output signal.

20. A method for detecting a user near an image-forming machine according to claim 19, where, in step (c), the logic and control circuit starts the warm-up procedure based on the net sensor output signal.

21. A method for detecting a user near an image-forming machine according to claim 15, where step (c) further comprises starting part of the image-forming machine initially and starting a remainder of the image-forming machine subsequently.

22. A method for detecting a user near an image-forming machine according to claim 15, further comprising the step:

(d) deactivating the image-forming machine after a predetermined time period.

23. An image-forming machine with a user detection system, comprising:

image-forming equipment comprising;

a photoconductor;

a fuser station operatively disposed adjacent to the photoconductor; and

at least one sensor operatively disposed in at least one sensor operating location in the vicinity of the image-forming equipment, the at least one sensor to provide an output signal in response to a user presence near the image-forming machine,

where at least part of the image-forming equipment begins a warm-up procedure and where the fuser station is activated in response to the output signal.

24. An image-forming machine with a user detection system, comprising:

image-forming equipment comprising;

a photoconductor;

a fuser station operatively disposed adjacent to the photoconductor;

at least one sensor is disposed at the fuser station, the at least one sensor provides an output signal in response to a user presence near the image-forming machine; and

wherein at least part of the image-forming equipment begins a warm-up procedure and where the fuser station is activated in response to the output signal.

25. An image-forming machine with a user detection system, comprising:

image-forming equipment; and

at least one sensor operatively disposed in at least one sensor operating location in the vicinity of the image-forming equipment, wherein the at least one sensor monitors the image-forming equipment for a period of non-use, where the image-forming equipment activates a standby mode as a response to the non-use,

where the standby mode is when a fusing station in the image-forming equipment is in a shut-down mode and other portions of the image-forming equipment are still active.

26. An image-forming machine according to claim 25, wherein the fusing station is activated as a response to the at least one sensor providing an output signal response to a user presence near the image-forming machine.

27. An image-forming machine according to claim 26, wherein the fusing station activated is a partial activation of the image-forming machine where the other portions of the image-forming machine are not activated.

28. A method for detecting a user near an image-forming machine having a user detection system, comprising:

(a) monitoring at least one sensor disposed in at least one sensor operating location comprising;

(b) monitoring the image-forming machine for a period of non-use; and

(c) activating a standby mode for the image-forming machine where portions of the image-forming machine are active and shutting down a fuser station in the image-forming machine.

29. A method for detecting a user near an image-forming machine according to claim 28, further comprises detecting activation of the at least one sensor, the activation indicative of a user presence near the image-forming machine;

and activating the fuser station in response to the user presence near the image-forming machine.

30. A method for detecting a user near an image-forming machine according to claim 29, wherein the fuser station activated is a partial activation of the image-forming machine where the portions of the image-forming machine are not activated.