A method system, and non-transitory computer readable medium for cabin activity detection. In one or more embodiments of the invention, the method includes receiving first sensor data at a cabin activity detection device from a first sensor of a plurality of sensors; performing, by the cabin activity detection device, local analysis of the first sensor data to make a determination that a condition is met; and performing a first local action based on the determination that the condition is met.

A method system, and non-transitory computer readable medium for cabin activity detection. In one or more embodiments of the invention, the method includes receiving first sensor data at a cabin activity detection device from a first sensor of a plurality of sensors; performing, by the cabin activity detection device, local analysis of the first sensor data to make a determination that a condition is met; and performing a first local action based on the determination that the condition is met.

A theft resistant handbag assembly for thwarting purse snatchers includes a shell, a trigger, and an antitheft module, which is operationally coupled to an actuator and comprises an alarm and a heater. The shell, which defines an interior space, has a top that is open. A handle that is coupled to the shell is configured for a user to carry the shell. A line is coupled to and extends between the trigger and a wrist strap, which is configured to position around a wrist of the user. Decoupling of the trigger, which is removably coupled to the actuator, activates the actuator. In an event the shell is snatched, the line is positioned to pull the trigger to decouple it from the actuator, positioning the actuator to actuate the alarm, to sound to draw attention to a purse snatcher, and the heater so that the purse snatcher drops the shell.

A theft resistant handbag assembly for thwarting purse snatchers includes a shell, a trigger, and an antitheft module, which is operationally coupled to an actuator and comprises an alarm and a heater. The shell, which defines an interior space, has a top that is open. A handle that is coupled to the shell is configured for a user to carry the shell. A line is coupled to and extends between the trigger and a wrist strap, which is configured to position around a wrist of the user. Decoupling of the trigger, which is removably coupled to the actuator, activates the actuator. In an event the shell is snatched, the line is positioned to pull the trigger to decouple it from the actuator, positioning the actuator to actuate the alarm, to sound to draw attention to a purse snatcher, and the heater so that the purse snatcher drops the shell.

The invention provides a decorative necklace anti-theft device. The decorative necklace is placed above the peripheral storage device in the glass cover, and the switching device is activated to switch the power to the alarm device to drive the alarm. The device stores power, and then starts the switching device to switch the power back to the storage device. When the glass cover is accidentally broken, the alarm device triggers an alarm, and the storage device stores the necklace to prevent theft.

The invention provides a decorative necklace anti-theft device. The decorative necklace is placed above the peripheral storage device in the glass cover, and the switching device is activated to switch the power to the alarm device to drive the alarm. The device stores power, and then starts the switching device to switch the power back to the storage device. When the glass cover is accidentally broken, the alarm device triggers an alarm, and the storage device stores the necklace to prevent theft.

A zipper lock device for bags is provided, which has a function for locking and unlocking the slider of the zipper without exposing the lock mechanism to the outer appearance of the bags, aiming at improving the design and convenience. The zipper lock device is for locking a slider of a zipper provided on an opening edge of the bags, and comprises: a protrusion provided on a back side of the slider; and a lock unit provided inside the bags at a forward position of a closing direction of the zipper, for receiving the protrusion so as to lock the slider. The lock unit comprises: a lock mechanism for locking the slider by engaging with the protrusion; a drive unit for operating the lock mechanism; and an electronic circuit for receiving a wireless signal from outside of the bags and controlling the operation of the drive unit.

A lighted handbag assembly for facilitating locating of items in the handbag includes a shell that defines an interior space. The shell has a top that is open. A power module is coupled to the shell and is positioned in the interior space. A light is coupled to the shell. The light is positioned to selectively illuminate the interior space.

A lighted handbag assembly for facilitating locating of items in the handbag includes a shell that defines an interior space. The shell has a top that is open. A power module is coupled to the shell and is positioned in the interior space. A light is coupled to the shell. The light is positioned to selectively illuminate the interior space.

A posture-monitoring system for monitoring a body posture of a user includes an array of wirelessly locatable tags, including a first tag configured to be positioned along a first shoulder region of the user and having a first battery and a first wireless circuit configured to transmit a first locating signal, a second tag configured to be positioned along a second shoulder region of the user and having a second battery and a second wireless circuit configured to transmit a second locating signal, and a third tag configured to be positioned along a back region of the user and having a third battery and a third wireless circuit configured to transmit a third locating signal. The posture-monitoring system further includes a portable electronic device including a processing unit and a wireless circuit operably coupled to the processing unit and configured to receive the first, second, and third locating signals.