The present invention relates to the technical field of Internet of Things (IoT), in particular to an IoT smart clip and a usage method thereof. The smart clip comprises a moving component and a limiting portion cooperating with the moving component. The moving component comprises a moving component body provided with an inner cavity, and a driving mechanism. A first connecting plate and a second connecting plate which are connected via a spring are arranged in the inner cavity along a movement direction of the moving component. The outer end of the first connecting plate is provided with a plunger. The second connecting plate is connected with the driving mechanism. The plunger is capable of cooperating with the limiting portion under a spring force to lock the smart clip and of unlocking the smart clip under the driving the driving mechanism.

A security seal includes a molded one piece body and a cover disc. The body has a cylindrical chamber for receiving the disc. A locking recess is formed in the body in communication with the chamber and defined in part by a locking shoulder. The cover is secured to the body in the chamber to enclose the locking recess. The disc is separated from the body when enclosing the chamber. A rotatable arm is attached to an extension member extending from the body via a hinge. The free end of the arm has an arrow shaped locking element attached that engages the recess locking shoulder when inserted into the recess. The locking element has a resilient tang member that is compressed by the locking shoulder and which tang member returns to its acquiescent state when fully inserted into the recess thereby locking the tang member in the recess. The cover has posts that extend through mating bores in the body, the protruding ends of the posts are deformed to preclude withdrawal of the posts from the bores to thereby lock the cover to the body.

The present invention concerns a secure sealing device 101 comprising at least a closure element 102 with an electrically conductive path 120, and a locking body 103 comprising an electric circuit with a data carrier and a radiofrequency transceiver with a predetermined working wavelength. Said locking body 103 is configured be locked to at least one free end 102a of said closure element 102 to attach the locking body 103 to an object to be sealed. The electrically conductive path 120 of the closure element 102 has a length which is substantially equal to X or ½.sup.X times half said predetermined working wavelength of the radiofrequency transceiver, thus enhancing the range of the radiofrequency transceiver by inductive coupling.

The present invention relates to the technical field of Internet of Things (IoT), in particular to an IoT smart clip and a usage method thereof. The smart clip comprises a moving component and a limiting portion cooperating with the moving component. The moving component comprises a moving component body provided with an inner cavity, and a driving mechanism. A first connecting plate and a second connecting plate which are connected via a spring are arranged in the inner cavity along a movement direction of the moving component. The outer end of the first connecting plate is provided with a plunger. The second connecting plate is connected with the driving mechanism. The plunger is capable of cooperating with the limiting portion under a spring force to lock the smart clip and of unlocking the smart clip under the driving the driving mechanism.

A locking device includes a lock body, a hasp and a seal. The lock body includes a hasp locking latch pivotally disposed therein and a seal locking latch pivotally disposed therein. The hasp is disposed at the lock body and movable between an open state, where a free end of the hasp is external the lock body, and a closed state, where the free end of the hasp is within the lock body. The seal, when inserted into the lock body when the hasp is in its closed state, engages the hasp locking latch to pivot the hasp locking latch to engage and lock the hasp in its closed state, and the seal, when inserted into the lock body, engages the seal locking latch to lock the seal within the lock body. The seal includes a frangible portion that is configured to break the seal into first and second portions.

The problem addressed by the disclosure is that of specifying an inexpensive, easily operable and largely automatable and reusable apparatus and a corresponding method for monitoring the manipulation of a transportable object. For example, the disclosure can be used to monitor the actuation of an opening flap of a transportation box without a current. For this purpose, the apparatus has the following: a magnetic data memory for storing an item of control information; a permanent magnet for destroying this control information; a mechanism for destroying the control information in the magnetic data memory by means of the permanent magnet; a data interface; a data connection between the magnetic data memory and the data interface for interchanging data between the magnetic memory and the data interface in a bidirectional manner.

A shipping container includes walls, one or more doors, a locking device and a security device. At least one door is movable between an open position and a closed position. The locking device is configured to secure the at least one door in its closed positioned. The locking device defines an opening and includes a first fastener and a second fastener. At least one of the fasteners is attached to the door. The security device is insertable through the opening of the locking device. The security device includes a first wing substantially covering the first fastener and a second wing substantially covering the second fastener to substantially prevent access to the first fastener and the second fastener when the security device is inserted through the opening of the locking device. Other example shipping containers, security devices, etc. are also disclosed.

A shipping container includes walls, one or more doors, a locking device and a security device. At least one door is movable between an open position and a closed position. The locking device is configured to secure the at least one door in its closed positioned. The locking device defines an opening and includes a first fastener and a second fastener. At least one of the fasteners is attached to the door. The security device is insertable through the opening of the locking device. The security device includes a first wing substantially covering the first fastener and a second wing substantially covering the second fastener to substantially prevent access to the first fastener and the second fastener when the security device is inserted through the opening of the locking device. Other example shipping containers, security devices, etc. are also disclosed.

The problem addressed by the disclosure is that of specifying an inexpensive, easily operable and largely automatable and reusable apparatus and a corresponding method for monitoring the manipulation of a transportable object. For example, the disclosure can be used to monitor the actuation of an opening flap of a transportation box without a current. For this purpose, the apparatus has the following: a magnetic data memory for storing an item of control information; a permanent magnet for destroying this control information; a mechanism for destroying the control information in the magnetic data memory by means of the permanent magnet; a data interface; a data connection between the magnetic data memory and the data interface for interchanging data between the magnetic memory and the data interface in a bidirectional manner.

The invention relates to an animal recognition and location arrangement in which the arrangement is easily attached to an animal. The arrangement comprises two components, a first component containing self powering and electronic communication features and a second component for attaching or securing the first component to the animal. The arrangement provides for unique identification information for the animal including location, and is also provided with a self-powering feature comprising a solar cell, and an illuminating feature, such as a light emitting diode for visually locating the animal at night. The first component of the arrangement also contains microcomputer devices for allowing electronic identification and location of the animal while the second component is constructed to allow for easy assembly of the first component to the animal.