IP Library › Granted Patent US 12,647,669
Granted Patent B2
US 12,647,669 · App. 19/040,035 · Granted Jun 2, 2026

Surveillance camera for applying factory default settings from an unpowered state and method thereof

Inventors: Maksym Mudruk (Ovar, PT); Bruno Santos (Ovar, PT); Guilherme Goncalves (Ovar, PT); Joao Duarte (Ovar, PT); Pedro Miguel Duarte Cruz (Santa Maria da Feira, PT); Ricardo Costa (Ovar, PT); Tiago Campos (Ovar, PT); Andre Miranda (Ovar, PT); Andrea Cannizzaro (Serzedo Vila Nova de Gaia, PT); Samuel Barrezueta (Ovar, PT)
Assignee: Robert Bosch GmbH
H04N23/617H04N23/651H04N23/667
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Quick Facts
Patent No.
US 12,647,669
App. No.
19/040,035
Granted
Jun 2, 2026
Kind
B2
Abstract

Surveillance camera comprising a camera base and a camera module the camera module comprising a reset button and a camera having an image capture sensor, wherein said camera base comprises a power-over-network module for data communication and power supply of the camera module, wherein said power-over-network module comprises a data network connection configured for receiving power over a data network, wherein the camera module further comprises a reset circuit comprising a self-powered power supply for the reset circuit and a non-volatile memory for storing a reboot flag. Respective method for operating thereof.

Claims (21)

1 . A surveillance camera comprising a camera module ( 2 ), the camera module ( 2 ) comprising a reset button ( 30 ) and a camera ( 2 a ) having an image capture sensor,

wherein the camera module ( 2 ) further comprises a reset circuit ( 5 ) comprising a self-powered power supply ( 5 b ) for the reset circuit ( 5 ) and a non-volatile memory ( 5 c ) for storing a reboot flag, the reset circuit ( 5 ) configured to:

remain at an unpowered sleep status ( 51 ) until power is detected at the camera module ( 2 );

in response to detecting a press of the reset button ( 30 ), set the reboot flag ( 52 );

in response to detecting power ( 54 ) at the camera module ( 2 ), check whether the reboot flag is set and when the reboot flag is set, output ( 55 ) a reset signal ( 60 ) to the camera ( 2 a ), wait for the camera ( 2 a ) to reboot, reset ( 56 ) the reboot flag, and remain at a powered sleep status ( 57 ) while power is detected at the camera module ( 2 ); and

going back to the unpowered sleep status ( 51 ) when power is no longer detected at the camera module ( 2 ).

2 . The surveillance camera according to claim 1 wherein the reset circuit ( 5 ) is further configured to, when setting the reboot flag ( 52 ), blink a light indicator ( 53 ).

3 . The surveillance camera according to claim 2 wherein the reset circuit ( 5 ) is further configured to, when setting the reboot flag ( 52 ), blink the light indicator ( 53 ) a predetermined number of times.

4 . The surveillance camera according to claim 3 wherein the light indicator ( 53 ) is a LED.

5 . The surveillance camera according to claim 1 wherein the reset circuit ( 5 ) is further configured to, in response to detecting a press of the reset button while in the powered sleep status ( 57 ), output ( 55 ) the reset signal ( 60 ) to the camera ( 2 a ), wait for the camera ( 2 a ) to reboot, reset ( 56 ) the reboot flag, and remain at the powered sleep status ( 57 ) while power is detected at the camera module ( 2 ).

6 . The surveillance camera according to claim 1 wherein the reset circuit ( 5 ) is further configured to detect a press of the reset button ( 30 ) only when the reset button is pressed continuously for a predetermined period of time or the reset button is pressed repeatedly a predetermined number of times.

7 . The surveillance camera according to claim 1 wherein the reset circuit ( 5 ) comprises a connection to the reset signal ( 60 ) of the camera ( 2 a ).

8 . The surveillance camera according to claim 1 wherein the reset circuit ( 5 ) comprises a connection to the reset button signal ( 70 ) connection between the camera ( 2 a ) and the reset button ( 30 ).

9 . The surveillance camera according to claim 1 wherein the camera ( 2 a ) comprises an optical arrangement for said image capture sensor.

10 . A computer-implemented method for operating a surveillance camera, said surveillance camera comprising a camera module ( 2 ), the camera module ( 2 ) comprising a reset button ( 30 ) and a camera ( 2 a ) having an image capture sensor, said method comprising the steps of:

remaining at an unpowered sleep status ( 51 ) until power is detected at the camera module ( 2 );

in response to detecting a press of the reset button ( 30 ), setting the reboot flag ( 52 );

when power is detected ( 54 ) at the camera module ( 2 ), checking whether the reboot flag is set and when the reboot flag is set, outputting ( 55 ) a reset signal ( 60 ) to the camera ( 2 a ), waiting for the camera ( 2 a ) to reboot, resetting ( 56 ) the reboot flag, and remaining at a powered sleep status ( 57 ) while power is detected at the camera module ( 2 ); and

going back to the unpowered sleep status ( 51 ) when power is no longer detected at the camera module ( 2 ).

11 . The computer-implemented method according to claim 10 wherein the method further comprises the steps of: when a press of the reset button is detected while in the powered sleep status ( 57 ), outputting ( 55 ) the reset signal ( 60 ) to the camera ( 2 a ), waiting for the camera ( 2 a ) to reboot, resetting ( 56 ) the reboot flag, and remaining at the powered sleep status ( 57 ) while power is detected at the camera module ( 2 ).

12 . The computer-implemented method according to claim 11 wherein the method further comprises detecting a press of the reset button ( 30 ) only when the reset button is pressed continuously for a predetermined period of time or the reset button is pressed repeatedly a predetermined number of times.

Assignments (1)
ASSIGNMENT OF ASSIGNOR'S INTEREST Recorded Jan 30, 2025
From: MUDRUK, MAKSYM; SANTOS, BRUNO; GONCALVES, GUILHERME; DUARTE, JOAO; DUARTE CRUZ, PEDRO MIGUEL; COSTA, RICARDO; CAMPOS, TIAGO; MIRANDA, ANDRE; CANNIZZARO, ANDREA; BARREZUETA, SAMUEL
To: ROBERT BOSCH GMBH
Reel/Frame 070062/0421 →
Priority Claims (1)
EP 24156584 · Feb 8, 2024 · regional
Continuity (1)
Related Publication 20250260890A1 · Aug 14, 2025
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