Abstract: Embodiments of an adaptor for delivering diffused aromatic agents to a user of a CPAP machine is disclosed in this document. The adaptor may include a connector body, a diffuser pad disposed within the connector body, and at least one coupling mechanism on the connector body coupling the connector body within the air supply and positioning the diffuser pad within the airflow of a CPAP machine. The adaptor may be configured to couple directly to a CPAP mask. Similarly, the adaptor may be configured to be placed in the airflow between the CPAP air generator and the mask. The adaptor may be configured such that no modification of the existing CPAP hose, machine, or mask is required.

Abstract: Embodiments of an adaptor for delivering diffused aromatic agents to a user of a CPAP machine may include a connector body, a diffuser pad disposed within the connector body, and at least one coupling mechanism on the connector body coupling the connector body within the air supply and positioning the diffuser pad within the airflow of a CPAP machine. The adaptor may be configured to couple directly to a CPAP mask. Similarly, the adaptor may be configured to be placed in the airflow between the CPAP air generator and the mask. The adaptor may be configured such that no modification of the existing CPAP hose, machine, or mask is required.

Abstract: Embodiments of an adaptor for delivering diffused aromatic agents to a user of a CPAP machine is disclosed in this document. The adaptor may include a connector body, a diffuser pad disposed within the connector body, and at least one coupling mechanism on the connector body coupling the connector body within the air supply and positioning the diffuser pad within the airflow of a CPAP machine. The adaptor may be configured to couple directly to a CPAP mask. Similarly, the adaptor may be configured to be placed in the airflow between the CPAP air generator and the mask. The adaptor may be configured such that no modification of the existing CPAP hose, machine, or mask is required.

Abstract: The disclosure relates to a diffuser apparatus and system. The diffuser apparatus includes a gas supply line with an injection port facing a first direction for emitting a gas stream into a diffuser space. The diffuser apparatus further includes a dome-shaped surface positioned a first distance away from the injection port. The dome-shaped surface is in downstream fluid communication with the gas stream. The diffuser apparatus further includes a liquid feed line that is connectable in fluid receiving communication with a liquid source. The liquid feed line includes a suction port disposed on the dome-shaped surface facing a second direction. During operation of the apparatus, passing the gas stream over the suction port suctions a particle stream through the liquid feed line in order to form a combination stream.

Abstract: A massaging applicator device for applying topical oils to an individual, such as a person or creature, and methods of applying topical oils are disclosed. Some embodiments of an exemplary massaging applicator device may include an applicator body containing a vibration assembly. A roller ball foot is coupled to the applicator body. The roller ball foot houses a roller ball. A container is selectively coupled to the roller ball foot and is configured to hold a topical oil. A flow switch is disposed between the container and the roller ball to selectively control flow of topical oil from the container to the roller ball.

Abstract: Exemplary massaging applicator devices for applying topical oils to an individual, such as a person or creature, and methods of applying topical oils are disclosed. Some embodiments of an exemplary massaging applicator device may include a body; a vibration assembly disposed within the body; at least one container configured to hold topical oil; and at least one roller-ball foot coupled to the body, wherein the container is in fluid communication with the at least one roller-ball foot such that the at least one roller-ball foot is configured to apply the topical oil. The topical oil may comprise an essential oil.

Abstract: The disclosure relates to a diffuser apparatus and system. The diffuser apparatus includes a gas supply line with an injection port facing a first direction for emitting a gas stream into a diffuser space. The diffuser apparatus further includes a dome-shaped surface positioned a first distance away from the injection port. The dome-shaped surface is in downstream fluid communication with the gas stream. The diffuser apparatus further includes a liquid feed line that is connectable in fluid receiving communication with a liquid source. The liquid feed line includes a suction port disposed on the dome-shaped surface facing a second direction. During operation of the apparatus, passing the gas stream over the suction port suctions a particle stream through the liquid feed line in order to form a combination stream.

Abstract: Exemplary applicator devices for applying topical oils to an individual are disclosed. Some embodiments of an exemplary applicator device may include a topical oil container and a roller-ball applicator coupled to the container. The roller-ball applicator may include a roller-ball housing, a roller-ball within the housing, the roller-ball being freely rotatable within the housing, and a retention cap configured to retain the roller-ball within the housing.

Abstract: Applicator devices for applying topical oils to an individual are presented. Exemplary applicators may include a topical oil container, and a roller-ball applicator coupled to the container. The roller-ball applicator may include, a roller-ball housing, wherein the roller-ball housing includes a well configured to hold topical oil for application to an individual regardless of the orientation of the roller-ball applicator, and a roller-ball within the housing, the roller-ball being freely rotatable within the housing.

Abstract: A container for holding a sample of essential oils is disclosed. The container can be substantially flat and flexible. The container can also be formed to include an internal pocket for holding essential oil. In some implementations, the container may be combined with and inserted into a sleeve. The sleeve may act as a business card or other marketing material, which can be handed out to individuals interested in learning more about essential oils.

Abstract: A massaging applicator device for applying topical oils to an individual, such as a person or creature, and methods of applying topical oils are disclosed. Some embodiments of an exemplary massaging applicator device may include an applicator body containing a vibration assembly. A roller ball foot is coupled to the applicator body. The roller ball foot houses a roller ball. A container is selectively coupled to the roller ball foot and is configured to hold a topical oil. A flow switch is disposed between the container and the roller ball to selectively control flow of topical oil from the container to the roller ball.

Abstract: Exemplary massaging applicator devices for applying topical oils to an individual, such as a person or creature, and methods of applying topical oils are disclosed. Some embodiments of an exemplary massaging applicator device may include a body; a vibration assembly disposed within the body; at least one container configured to hold topical oil; and at least one roller-ball foot coupled to the body, wherein the container is in fluid communication with the at least one roller-ball foot such that the at least one roller-ball foot is configured to apply the topical oil. The topical oil may comprise an essential oil.

Abstract: Exemplary applicator devices for applying topical oils to an individual are disclosed. Some embodiments of an exemplary applicator device may include a topical oil container and a roller-ball applicator coupled to the container. The roller-ball applicator may include a roller-ball housing, a roller-ball within the housing, the roller-ball being freely rotatable within the housing, and a retention cap configured to retain the roller-ball within the housing.

Abstract: Applicator devices for applying topical oils to an individual are disclosed herein. The applicator devices overcome the deficiencies in the prior art by allowing topical oils, especially essential oils, to be applied using a roller-ball applicator. Exemplary applicators may include a topical oil container, and a roller-ball applicator coupled to the container. The roller-ball applicator may include, a roller-ball housing, wherein the roller-ball housing includes a well configured to hold topical oil for application to an individual regardless of the orientation of the roller-ball applicator, and a roller-ball within the housing, the roller-ball being freely rotatable within the housing. The applicator device may also include a cap configured to be removably attached to the container and to seal topical oil within the topical oil container by exerting pressure on the roller-ball when the cap is securely attached to the container.

Abstract: A system for detecting and remediating a discharge of fuel from a fuel source facility is disclosed. The system can comprise a contamination detection subsystem configured to detect a discharge of fuel from the fuel source facility and a remediation subsystem configured to remediate contamination due to the discharge of fuel. A controller can automatically activate the remediation subsystem upon detection of a discharge by the contamination detection subsystem. The controller can automatically send a notification that a contamination has been detected and the remediation system has been activated. Alternatively or in addition, the controller can automatically send a notification that a contamination has been detected and the remediation system has been activated.

Abstract: Energy beams with different wavelengths or wavelength ranges may be passed through a gas sample in a test chamber. Ones of the energy beams may have wavelengths or wavelength ranges that are absorbed by particular gases. To determine whether any of those particular gases are in the gas sample, the loss of energy, if any, as the beams pass through the gas ample may be determined. The presence of one or more gases that do not absorb the energy beams may be determined by placing a chemical reactant that reacts with those one or more gases and then detecting a chemical reaction between the chemical reactant and the gas sample.

Abstract: Switch assembly (100) includes a housing (112) having a pair of spring finger contacts (114and 116) and a circuit board (144). A spring loaded actuator (134) is slideably located within housing (112) between first and second switching positions. Actuator (134) includes a pair of conductive wipers (136 and 138) which move relative to metalized traces (146, 148 and 150) located on the top surface of circuit board (144). Switch assembly (100) provides for a compact surface mountable switch which is capable of switching RF signals between a radio antenna (618) and an external accessory connector while minimizing electrical signal path lengths and moving parts in the switch assembly.