An electronic article surveillance device with an electronics housing and base attaches to an article to be protected. The housing and base have connecting interfaces which act together to attach the housing to the base. The housing and base have matching apertures. A switch and a wrapping splitter extend from the housing through the apertures. The switch detects when the device is attached to an object and the wrapping splitter splits the wrapping to prevent the wrapping from being used to defeat the switch. Electronics monitor the status of the switch. The apparatus may employ a restraining mechanism to prevent the operation of the wrapping splitter unless the housing is attached to the base. The housing and base may be attached to each other by a manually movable latch, which may also actuate the wrapping splitter. Electronics in the apparatus receive and send signals.

An anti-theft display card is provided, including: a main body, having at least one sleeved structure protruding thereon, the at least one sleeved structure having a through slot open on a free end thereof and forming two restricting walls spacingly, a side of the main body opposite to the through slot having at least one through hole communicating with the through slot, a direction in which the two restricting walls face each other defining a variation direction; at least one restricting member, each said restricting member having a connecting portion connected to the main body and at least one abutting portion, each said abutting portion being inserted into one said through slot of the at least one sleeved structure through one of the through holes to restrict the two restricting walls to move relative to each other along the variation direction.

A thief hatch state monitoring system includes a thief hatch sensor that detects a change in angular position of a thief hatch and generates sensor data at an output in response to the detected change. A processor having an electrical input is electrically connected to the output of the thief hatch state sensor. The processor determines when the angular position of the thief hatch changes by more than a predetermined amount from the sensor data and then generates a transmit signal indicating a state of the thief hatch. A network interface is electrically connected to an output of the processor. The network interface generates a signal that indicates the state of the thief hatch. A communication gateway includes a receiver that receives the signal indicating the state of the thief hatch. The communication gateway is electrically connected to a network that provides an end-user remote access to the state of the thief hatch.

A reusable shipping box with a shipping container state and a compacted state is disclosed. The reusable shipping box may comprise a lid that seals the shipping box, a base, and a set of four sidewalls. The shipping box may also comprises a zipper that: (i) zips down from the lid to the base between two adjacent sidewalk in the set of four sidewalls; (ii) is closed in the shipping container state; and (iii) is open in the compacted state. The shipping box may also comprises a cavity that is: (i) surrounded by the set of four sidewalls, the lid, and the base in the shipping container state; (ii) accessible via the lid when the shipping box is open; and (iii) collapsed in the compacted state.

A jewelry display hanger includes a substantially flat body member having a hook on a first end, a first side and a second side both extending outwardly from the first end to a second end, and a closure device protruding outwardly from the first side, a base member extending from the second end of the body member, a closure member having a closure aperture, the closure member connected by the base member to the body member, and a security tag attached to one of the sides of the body member, wherein the closure device is configured to engage with the closure aperture.

A cutlery carrying case assembly includes a case that has a box portion defining a storage space and a lid hingedly coupled to the box portion for closing the storage space and the lid has a plurality of slots is integrated into the lid. A knife holder is positioned in the box portion of the case and the knife holder has a plurality of storage cuts each extending into the knife holder. A plurality of chef's knives is each insertable into a respective one of the storage cuts in the knife holder for storing the plurality of chef's knives. A plurality of kitchen knives is each insertable into a respective one of the slots in the lid for storage. A cutting board is positionable on top of the plurality of chef's knives when the plurality of chef's knives is stored in the knife holder.

A management system according to the present invention may comprise: a body including an opening/closing door; a first terminal that is located inside the body, measures environment information inside the body, and generates first data on the basis of the measured environment information; a second terminal that is located outside the body, generates second data including state information of the opening/closing door, and generates third data on the basis of the first data and the second data; and a server that generates a signal including risk coefficient information indicating a contamination level inside the body on the basis of the third data, and transmits the signal to a user terminal.

An anti-theft hangtag includes a body adapted to attach to a tool. The body includes a plate, a two engaging portions integrally connected with the plate, a flexible portion located between and connected with the two engaging portions, and a linkage portion connected with the plate and the flexible portion. The two engaging portions are respectively elastically deflectable relative to the plate. The two engaging portions have two faces parallel to each other. When the body is attached to the tool, the two engaging portions are inserted into the tool and are respectively elastically deflected to actuate the flexible portion to elastically abut against the two engaging portions. One of the two engaging portions is engaged with the tool to cause the tool unable to detach from the body to achieve an anti-theft function.

A tool holder contains: a connector and a fixer, the connector includes at least one body, and each of the at least one body has a first side plate, a second side plate, and a connection plate. The first side plate has a first fitting portion, and the second side plate has a second fitting portion, wherein the first fitting portion and the second fitting portion define a square fitting zone, and the first side plate further has a first locking projection, wherein between the first fitting portion and the second fitting portion is defined a cavity so that the first fitting portion and the second fitting portion deform inwardly, and the first locking projection retract into the fitting zone. The fixer is housed in the cavity of the connector so as to limit an inward deformation of the first fitting portion and the second fitting portion.

A secure device for detecting a potential breach during shipment that includes a transceiver module operable to generate an output signal according to one or more radio-frequency signals received by the transceiver module; and a controller configured to enter a secure shipping state, wherein the controller is configured to determine whether the output signal exceeds a predetermined threshold and to determine at least one identifier from the output signal; wherein the controller is further configured take a protective action if the output signal exceeds the predetermined threshold and the identifier does not match a predetermined identifier, wherein the controller is configured to exit the secure shipping state if the output signal exceeds the predetermined threshold and the identifier matches the predetermined identifier.