A discharge apparatus and a discharge method for a moving vehicle are provided in which a content in an aerosol container can be stirred in a state where the aerosol container is mounted on the moving vehicle, so that the content of a constant quality can be discharged. The discharge apparatus for a moving vehicle, which is provided with an aerosol container mounted on the moving vehicle and discharges the content in the aerosol container, is characterized by including a stirring means that stirs the content by causing the aerosol container to rotate, reciprocate, swing, vibrate, or otherwise move with respect to the moving vehicle.

A discharge apparatus and a discharge method for a moving vehicle are provided in which a content in an aerosol container can be stirred in a state where the aerosol container is mounted on the moving vehicle, so that the content of a constant quality can be discharged. The discharge apparatus for a moving vehicle, which is provided with an aerosol container mounted on the moving vehicle and discharges the content in the aerosol container, is characterized by including a stirring means that stirs the content by causing the aerosol container to rotate, reciprocate, swing, vibrate, or otherwise move with respect to the moving vehicle.

A handheld, watertight system can dispense heated skincare fluid, such as shaving fluid, promptly. A user can initiate dispensing shaving fluid, for example via actuating a dispensing valve associated with a pressurized vessel containing shaving fluid. The system can comprise a predictor that predicts or anticipates when the user will dispense heated shaving fluid and can initiate heating in advance of the user actuating the dispensing valve or otherwise prompting the system to dispense heated shaving fluid. In some disclosed examples, the system can utilize a battery, a heating coil, a pulse width modulator, a feedback control loop, and/or an executable control algorithm in support of heating shaving fluid.

A handheld, watertight system can dispense heated skincare fluid, such as shaving fluid, promptly. A user can initiate dispensing shaving fluid, for example via actuating a dispensing valve associated with a pressurized vessel containing shaving fluid. The system can comprise a predictor that predicts or anticipates when the user will dispense heated shaving fluid and can initiate heating in advance of the user actuating the dispensing valve or otherwise prompting the system to dispense heated shaving fluid. In some disclosed examples, the system can utilize a battery, a heating coil, a pulse width modulator, a feedback control loop, and/or an executable control algorithm in support of heating shaving fluid.

An apparatus for unique identification of an object using near-field communication (NFC), the apparatus includes at least a processor and a memory, wherein the memory contains instructions configuring the at least a processor to receive object manufacture data associated with a first object containing an NFC tag, generate a unique identifier as a function of the object manufacture data, assign the unique identifier to the NFC tag of the first object using an NFC reader at an initial time, obtain first identification data containing the unique identifier when the NFC reader communicates with the NFC tag of the first object at a time subsequent to the initial time, aggregate the first identification data with second identification data associated with a second object using a data aggregator, determine an object action datum as a function of the aggregated identification data, and transmit the object action datum to the NFC reader.

An apparatus for unique identification of an object using near-field communication (NFC), the apparatus includes at least a processor and a memory, wherein the memory contains instructions configuring the at least a processor to receive object manufacture data associated with a first object containing an NFC tag, generate a unique identifier as a function of the object manufacture data, assign the unique identifier to the NFC tag of the first object using an NFC reader at an initial time, obtain first identification data containing the unique identifier when the NFC reader communicates with the NFC tag of the first object at a time subsequent to the initial time, aggregate the first identification data with second identification data associated with a second object using a data aggregator, determine an object action datum as a function of the aggregated identification data, and transmit the object action datum to the NFC reader.

An apparatus for aerosol delivery, wherein the apparatus includes an outer body, a power source, an aerosolizable material reservoir, a control circuit containing an aerosol generation mechanism, and a processing circuit configured to send identification data associated with the apparatus to an external device, receive an external response from the external devices, wherein the external response is generated as a function of the identification data by the external device, modify an internal state of the processing circuit as a function of the external response, determine a device usability as a function of the modified internal state, and configure the control circuit as a function of the device usability.

An apparatus for aerosol delivery, wherein the apparatus includes an outer body, a power source, an aerosolizable material reservoir, a control circuit containing an aerosol generation mechanism, and a processing circuit configured to send identification data associated with the apparatus to an external device, receive an external response from the external devices, wherein the external response is generated as a function of the identification data by the external device, modify an internal state of the processing circuit as a function of the external response, determine a device usability as a function of the modified internal state, and configure the control circuit as a function of the device usability.

An apparatus for aerosol delivery, wherein the apparatus includes an outer body, a power source, an aerosolizable material reservoir, a control circuit containing an aerosol generation mechanism, and a processing circuit configured to send identification data associated with the apparatus to an external device, receive an external response from the external devices, wherein the external response is generated as a function of the identification data by the external device, modify an internal state of the processing circuit as a function of the external response, determine a device usability as a function of the modified internal state, and configure the control circuit as a function of the device usability.

An apparatus for aerosol delivery, wherein the apparatus includes an outer body, a power source, an aerosolizable material reservoir, a control circuit containing an aerosol generation mechanism, and a processing circuit configured to send identification data associated with the apparatus to an external device, receive an external response from the external devices, wherein the external response is generated as a function of the identification data by the external device, modify an internal state of the processing circuit as a function of the external response, determine a device usability as a function of the modified internal state, and configure the control circuit as a function of the device usability.