An attachable electronic device holder includes a substantially horizontal bottom support surface configured to at least partially support a weight of an electronic device. The bottom support surface includes a first edge and a second edge. A first substantially vertical surface is positioned proximate the first edge of the bottom surface and a second substantially vertical surface may be positioned proximate the second edge of the bottom surface. A fastener is attached to at least one of the bottom support surface, the first vertical surface, and the second vertical surface.

An attachable electronic device holder includes a substantially horizontal bottom support surface configured to at least partially support a weight of an electronic device. The bottom support surface includes a first edge and a second edge. A first substantially vertical surface is positioned proximate the first edge of the bottom surface and a second substantially vertical surface may be positioned proximate the second edge of the bottom surface. A fastener is attached to at least one of the bottom support surface, the first vertical surface, and the second vertical surface.

The present invention provides a multiple sensors-based flexible anti-theft system, and a security travel bag and an anti-sexual assault garment using flexible anti-theft system. The flexible anti-theft system will not falsely trigger an alarm due to the overall motion or acceleration changes of a transport vehicle, and can effectively prevent personal articles in a suitcase or bag from theft. The flexible anti-theft system comprises: a multi-sensor module configured to correspondingly attach multiple motion sensors to multiple positions of the flexible material; a microprocessor module configured to receive output information from the multiple motion sensors and deduce, according to the output information, whether the flexible material undergoes abnormal movement; an alarm module configured to send out an alarm according to a judgment result of the microprocessor module; and a user identity authentication and working mode switching module connected with the microprocessor module.

The present invention provides a multiple sensors-based flexible anti-theft system, and a security travel bag and an anti-sexual assault garment using flexible anti-theft system. The flexible anti-theft system will not falsely trigger an alarm due to the overall motion or acceleration changes of a transport vehicle, and can effectively prevent personal articles in a suitcase or bag from theft. The flexible anti-theft system comprises: a multi-sensor module configured to correspondingly attach multiple motion sensors to multiple positions of the flexible material; a microprocessor module configured to receive output information from the multiple motion sensors and deduce, according to the output information, whether the flexible material undergoes abnormal movement; an alarm module configured to send out an alarm according to a judgment result of the microprocessor module; and a user identity authentication and working mode switching module connected with the microprocessor module.

A method for alerting a user when an item is missing from a container. The method comprising implementing, by an item tracking system, a plurality of steps. The steps comprise determining an expected set of items for the container, using an item sensor associated with the container to determine a current set of items in the container, comparing the current set with the expected set to detect whether any of the expected items is missing from the container, determining a packing area for the container, tracking a location of the container, and causing an alert to be outputted via a user interface, in response to the container leaving the packing area with any of the expected items missing.

An intelligent anti-theft zipper includes a zipper tape, a zipper head and an intelligent anti-theft module. The intelligent anti-theft module includes a control signal switch, an alarm unit and a power supply. The control signal switch includes a first switch component and a second switch component cooperating with each other. The first switch component is fixed on the zipper head; the second switch component is fixed on the zipper tape or an object mounted with the zipper, the installation position of the second switch component corresponds to the position of the zipper head when the zipper is fully closed. The control signal switch generates and outputs a control signal to the alarm unit to provide an alarm when the first switch component deviates from the second switch component for a predetermined distance.

There is provided a bag having a security system comprising a locking system, an alarm system, and a positioning locator. The security system is configured for a remote operation from a system, computer, or smart phone. The locking system may comprise a voice identification system and/or a finger identification system. The alarm system may comprise a first mode configured for speaking and a second mode configured for using a camera.

There is provided a bag having a security system comprising a locking system, an alarm system, and a positioning locator. The security system is configured for a remote operation from a system, computer, or smart phone. The locking system may comprise a voice identification system and/or a finger identification system. The alarm system may comprise a first mode configured for speaking and a second mode configured for using a camera.

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.