The key and cable-style lock is an alarm system that is configured for use with a cycle selected from the group consisting of a bicycle or motorcycle. The key and cable-style lock: 1) anchors the cycle to an anchor point to prevent the unauthorized use of the cycle; and, 2) generates a notification to an appropriate authority when the key and cable-style lock is compromised. The key and cable-style lock comprises a lock and a control circuit. The lock anchors the cycle to the selected anchor point. The control circuit monitors the lock and

Disclosed is a lockable security receptacle for the safe temporary storage of delivered articles to a home or office. The receptacle comprises of a bag having single opening through which the articles can be placed, a lock to secure the articles within the bag, means to securely but removably attach the bag to the inside of the home or office door and a cable connecting the bag to the attachment means. The bag can comprise a water-resistant, ballistic grade fabric of interwoven conductive fibers for protection and security of the delivered article, and can be made with one or more alarms that are triggered if the bag is cut, if the bag is pulled or if the attachment means is pulled.

A smart cable lock is provided that is configured to mechanically secure items and provide an automatic determination that securing is achieved. The smart cable may be integrated into a vehicle, or otherwise may communicate with a vehicle. The vehicle includes one or more ports configured to house the cable when not in use. In some embodiments, an accessory includes one or more ports configured to engage with the connector. In some embodiments, the cable is affixed to the vehicle at one end, using a retractor, for example, and can be unspooled, intertwined with equipment, and then secured to a port on the vehicle. The smart cable lock secures and releases a latch based on user indications and authorizations. For example, if the cable is destroyed or damaged, or an unauthorized indication is made, the cable lock system may sound an alarm, or otherwise alert the user.

Disclosed are devices, systems, apparatus, methods, products, and other implementations, including a seal device that includes a housing and a controller disposed inside the housing, with the controller including at least one sensor configured to measure motion data to detect motion of the seal device, and a communication module. The seal device further includes a seal connectable to the housing, with the seal including a shell and a conductive wire connectable to the controller. The controller is configured to cause the communication module to transmit at least one signal at least in response to one of, for example: a) determination, based on the motion data measured by the at least one sensor, of movement of the seal device, and/or b) detection of structural damage to the seal.

A locking structure for a bicycle contains: a fixing mount, a locking member, and a flexible strap. The fixing mount includes at least one orifice, a recessed portion, and a first connecting portion. The locking member includes a housing in which a lock block and a retaining unit are accommodated, the housing has a second connecting portion for mating with the first connecting portion, and the lock block has a cylinder core and an aperture. The flexible strap includes a coupling bolt arranged on a first end thereof and a loop disposed on a second end thereof. When the coupling bolt inserts into and locks in the aperture, it pushes the retaining unit into the recessed portion to fix the locking member and the fixing mount together, and the coupling bolt inserts through the loop so that the flexible strip forms a positioning ring.

The present invention relates to a strand lock (1) for securing objects, and to a securing strand (3). The strand lock (1) is very resilient and can moreover be operated in a very simple manner without difficulty. Said strand lock (1) is characterized by a high flexibility and a low weight as compared to known cable locks.

A sliding window and door lock including: A housing, where the housing is attached to at least one of a window sill and the floor next to a sliding door; a pivoting latch and a pivot, where the pivot attaches the pivoting latch to the housing, where the pivot is located farther along the path of travel of the at least one of a sliding window and sliding door when the housing is mounted to the at least one of a window sill and the floor, wherein the pivoting latch is adapted to pivot from being flush with the edge of the housing into the path of travel of the at least one of a sliding window and a sliding door, wherein the edge of the pivoting latch interfaces with the at least one of a sliding window and a sliding door, wherein the force of the at least one of a sliding window and sliding door would be obstructed by the pivoting latch being forced into the pivot. The sliding window and sliding door lock is preferably designed to at least one of 1) provide a lock to obstruct the opening of either of a sliding window and a sliding door, 2) prop open either of a sliding window and a sliding door, 3) create an alarm if an intruder attempts to open either of a sliding window and a sliding door.

A sliding window and door lock including: A housing, where the housing is attached to at least one of a window sill and the floor next to a sliding door; a pivoting latch and a pivot, where the pivot attaches the pivoting latch to the housing, where the pivot is located farther along the path of travel of the at least one of a sliding window and sliding door when the housing is mounted to the at least one of a window sill and the floor, wherein the pivoting latch is adapted to pivot from being flush with the edge of the housing into the path of travel of the at least one of a sliding window and a sliding door, wherein the edge of the pivoting latch interfaces with the at least one of a sliding window and a sliding door, wherein the force of the at least one of a sliding window and sliding door would be obstructed by the pivoting latch being forced into the pivot. The sliding window and sliding door lock is preferably designed to at least one of 1) provide a lock to obstruct the opening of either of a sliding window and a sliding door, 2) prop open either of a sliding window and a sliding door, 3) create an alarm if an intruder attempts to open either of a sliding window and a sliding door.

Devices, systems, and processes for real-time universal medication management with locking and metering are disclosed. Opening bottles and taking the right quantity of medicines presents a challenge to many. The devices, systems, and processes disclosed herein present solutions to this problem. Use of original dispensed containers has the advantage of being able to leverage uniquely identifiable Internet-of-Things (IoT) devices that may be efficiently connected and monitored by the professional healthcare industry. Managing all medicines and ingested materials simultaneously with vital sign recording provides new insights into patient care and pharmacogenomics. The disclosed devices, systems, and processes may provide a notification of when to take a dose of each medication, enabling teaching at the point of medicine access and recording actions to a personal account accessible via the Internet, thereby keeping users safely engaged throughout the medicine taking process.

Devices, systems, and processes for real-time universal medication management with locking and metering are disclosed. Opening bottles and taking the right quantity of medicines presents a challenge to many. The devices, systems, and processes disclosed herein present solutions to this problem. Use of original dispensed containers has the advantage of being able to leverage uniquely identifiable Internet-of-Things (IoT) devices that may be efficiently connected and monitored by the professional healthcare industry. Managing all medicines and ingested materials simultaneously with vital sign recording provides new insights into patient care and pharmacogenomics. The disclosed devices, systems, and processes may provide a notification of when to take a dose of each medication, enabling teaching at the point of medicine access and recording actions to a personal account accessible via the Internet, thereby keeping users safely engaged throughout the medicine taking process.