A system for allowing a user to automatically measure the contents in a container. The system has a base for holding the contents within the container, a lid for the base of the container, a central processing unit within the container, an antenna connected to the central processing unit for transmitting data. a software application running on a mobile device for communicating with the central processing unit, a remote server for connecting to the central processing unit and to the internet and a sensor device connected to the central processing unit to create data files about the container. The system is characterized in that the sensor device has a particle detector for measuring the contents of the container.

A management system comprises 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 apparatus and a method to be used for secured shipment of goods while monitoring location and status with one or more sensors embedded in the package of the shipment container. The apparatus is operated in sleep mode is used to preserve battery power and is activated to report sensor status by means of a touch sensitive pad or switch. Reporting of sensor status may be done with color code messages of various LED blinking messages and/or by wireless means that may include location.

A meal packaging system is disclosed. The meal packaging system includes a divided packaging that includes an outer shell defining an interior, and at least one divider disposed within the outer shell. The divider divides the interior into multiple container compartments having compartment dimensions. The meal packaging system also includes multiple food containers configured and dimensioned to fit within the container compartments. The meal packaging system further includes a computing device having a processor configured to execute instructions to cause the computer device to receive food selection data, generate a food selection scheme based on the food selection data, and output the food selection scheme. The food selection scheme includes instructions to place first and second of the food containers within first and second of the compartments.

A drinking bottle including a bottle body, a lid or a cap, and an electronic nose sensor. The bottle body has a base, at least one sidewall extending from the base, a neck extending from the at least one sidewall, and an opening at a top of the neck that fluidly connects an internal volume of the bottle body with an exterior environment. The lid or cap is configured to engage with the neck of the bottle body to selectively close off and seal the opening of the bottle body for adding or removing liquid contents within the volume of the bottle body. The electronic nose sensor is in electrical communication with a power source and is configured to collect and analyze a plurality of breath biomarkers. The electronic nose sensor and the power source are both disposed on one of the bottle body or the lid or cap.

A set of devices is provided for an electronic cigarette. The set of devices has a first device and a second device, wherein the first device has an authentication device which is configured to authenticate the first device and the second device in relation to a control element of the electronic cigarette. The set of devices further has an identifier which indicates that the first device has the authentication device for authenticating the first device and the second device, wherein the second device is without an identifier which indicates that the second device has the authentication device for authenticating the first device and the second device.

A tamper-evident container for storing and monitoring fine wines includes a receptacle portion for receiving a wine bottle or case, a lid portion that engages the receptacle to seal the contents, and integrated sensors for detecting temperature extremes, humidity, and shock. The container may include thermochromic temperature indicators, a tamper-evident locking mechanism, a humidity indicator, and a shock sensor. The invention comprehensively assures a wine's authenticity and ideal storage conditions throughout its lifecycle, enabling verification that the wine has not been subjected to tampering or improper storage. The unique integration of anti-tampering and environmental monitoring features enhances quality assurance and facilitates trustworthy and efficient commerce in collectable wines.

A tamper-evident wine packaging system comprises a transparent, shrink-wrapped polymeric material that conforms tightly to a wine bottle, integrating irreversible thermochromic temperature indicators to signal exposure to temperatures outside preset thresholds. Additional sensors for shock, humidity, and RFID tracking may be incorporated. This innovative approach combines anti-tampering and environmental monitoring features into a sleek package, ensuring the authenticity, provenance, and optimal storage conditions of fine wines throughout the supply chain. The system streamlines quality assurance processes and facilitates trustworthy and efficient commerce in premium and collectable wines, representing a significant advancement in wine storage and authentication technology.

A storage case includes first-side and second-side wall portions, and a storage space to store components therein and being defined by the first-side and second-side wall portions. The storage case includes a component removal opening and a sloped surface inside the storage space and extending towards the component removal opening. One of the first-side and second-side wall portions defines and functions as a radio wave shield.

The present invention provides a structural means to monitor the environmental status on the inside of a sealed barrier bag. The device is installed in the wall of a barrier bag and allows for external transmission of internal sensor data where the sealed barrier bag would normally operate as a faraday cage. This arrangement allows the environment to be ascertained or monitored without unsealing the bag, which would potentially introduce additional unwanted environmental factors.