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Then, the bypass unit 1012 generates the supply monitoring signal to indicate whether the input AC voltage is greater than the supply threshold, before the
doorbell camera 106 needs to be connected to replace the conventional doorbell. Stated another way, if the supply monitoring signal indicates that the input AC voltage is not sufficient to drive the doorbell camera 106, a user does not need to take the efforts to replace the doorbell 1024 with the doorbell camera 106. Under some circumstances, the input AC voltage is substantially low and insufficient to support some camera functions that require relatively large power consumption. Optionally, the camera module 1004 is configured to in accordance with a determination that the input AC voltage is not greater than the supply threshold, disable capturing images and exchanging data with a remote server, and enable communication with a client device via a short range communication link e. g. , a Bluetooth communication link. Optionally, the camera module 1004 is configured to in accordance with a determination that the input AC voltage is not greater than the supply threshold, activate a low power mode. In the low power mode, the images are optionally captured and/or transmitted to the server at a lower resolution and a lower frame rate, and
local image processing may be disabled to conserver power. In some implementations, the doorbell camera 106 alternates between a first camera mode and a second doorbell mode during its normal operation. The bypass unit 1012 is configured to operate in the first camera mode when it is determined that no user press has been applied to the button. Specifically, during the first camera mode, the bypass unit 1012 bypasses the remote chime 1006 e.
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In a specific example, the third fastener structure 808 includes an extended holding structure, and the fourth fastener structure 728 of the device
housing 702 includes a recess hole configured to receive the extended holding structure. The extended holding structure may be pulled out of the recess hole of the device housing 702 when the device housing 702 slides along a longitudinal direction 812A or a transversal direction 812B, but not when the device housing 702 is pulled by a separation force having a direction perpendicular to a front exterior surface of the device housing 702. Further, the first fastener structure 806 may include a snap fastener configured to lock onto the respective fastener structure 726 of the device housing 702. Once locked onto each other, the snap fastener 806 and the respective fastener structure 726 securely hold the device housing 702 onto the mounting plate 800, thereby onto the wall or doorframe surface to which the mounting plate 800 is mounted. Alternatively, in another example, each of the first and third fastener structures 806 and 808 includes a respective snap fastener configured to lock onto the respective fastener structure 726 or 728. The mounting plate 800 may include an opening 810 configured to let through one or more electrical wires, such as the power supply line and the
ground line that can be electrically coupled to the plurality of wire terminals 720 of the doorbell camera 106. In some implementations, in accordance with the process 850 of mounting the doorbell camera 106, the mounting plate 800 is fixed onto an area of the surface where the power supply line and the ground line are located. The power supply and ground lines come out of the surface, pass through the opening 810, and are connected to the plurality of wire terminals 720 located at the rear exterior surface of the doorbell camera 106. The device housing 702 is then mounted onto the mounting plate 800 via the fasteners 806 and 808 and their respective fasteners 726 and 728 located at the rear exterior surface of the doorbell camera 106. The power supply and ground lines are concealed within the opening 810 of the mounting plate 800 and the first recess 724A of the device housing 702. Under these circumstances, the depth of the first recess 724A is configured such that a cumulative depth that sums the depth of the first recess 724A and a depth of the opening 810 is greater than a height of connections formed between the plurality of wire terminals 720 and the power supply and ground lines.
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‘Mine’ draws a line in the sand between the perceived inner world and the outer world. From this stems a need to
control not only the apparent controllables, but also random happenings and any other events which may lead to loss; risk management at a very personal level. Even though Doorbell Cameras are considered a realistic way to curtail crime, the owners and installers of these devices often violate ethical considerations, both at a personal level and at a social level. Reasonable expectation of privacy is a topic we all assume to be for our own benefit and as a deterrent to crime. Yet without notifying those being filmed or photographed, we may be breaking laws. In most states it is only legal to film one’s own front door. If a neighbor’s home, particularly the inside of said home, is in the video the owner of the camera could be breaking the law due to the cone of visibility. They must procure the neighbor’s consent to be filmed. Yet, such considerations are
rarely valued when doorbell cameras are installed and used. The fear of personal loss trumps others’ reasonable expectation of privacy. Although crime rates have been steadily dropping, the illusion that they are on the rise is presented daily by news outlets, focusing on isolated crimes, as well as the makers of security devices.