Abstract:
A nebulizer kit includes an atomizer generating an aerosol, and a particle sorting route communicating with the atomizer and sorting liquid particles in the aerosol to adjust a particle diameter distribution thereof, and guiding the aerosol to a discharge port. The particle sorting route includes a first particle sorting route with a uniform cross-sectional area in the first direction and a second particle sorting route with an inner end wall that curves from the first direction toward a second direction included in the same plane as the first direction. The first particle sorting route guides the aerosol to the second particle sorting route in the first direction, and the inner end wall of the second particle sorting route guides the aerosol in the second direction while aerosol particles with a certain particle diameter or more are attached thereto.
Abstract:
A homecare suction device includes a main body having a housing. An air pump is mounted in the housing and in communication with an air outlet and an air inlet of the housing. A breast pump includes a cover mounted to an opening of a container for receiving a liquid. The cover includes a liquid sucking unit and an air sucking unit. The liquid sucking unit includes a liquid passage and a cup for contacting with an object. The air sucking unit includes an air passage and a connection port in communication with the air inlet of the main body. A funnel is mounted in the cover and in communication with the liquid passage, the air passage, and the interior of the container. The cover further includes a vent communicating the interior of the container with the outside. The air inlet is connected to the connection port by a hose.
Abstract:
The present invention relates to an aroma diffuser with direct diffusion of essential oil, and an aroma diffusing method. The aroma diffuser comprises a base, a housing mounted on the base and an electric control element disposed on the housing. An essential oil bottle and a gasification element are also disposed on the housing, a pump element is disposed inside the housing and the open end of the essential oil bottle is connected to the lower end of the gasification element. The pump element is connected to the gasification element and the electric control element respectively and communicates with the gasification element. The gasified essential oil gas may be diffused to ambient air directly, rather than through the housing, the diffusion is fast, and the directly diffused essential oil does not need the dilution of water, greatly raising the efficiency of aromatherapy and meeting people's use requirements.
Abstract:
A transportation device, transporting a material to a target, includes an input module, a transmission module and an output module. The input module has a containing unit and at least one filter. The at least one filter is connected to the containing unit, and a carrier fluid and the material are stored in the containing unit. The transmission module is coupled to the at least one filter of the input module. The output module has a guiding unit, a throat portion, a first opening and a second opening. The throat portion is positioned between the first opening and the second opening. One end of the guiding unit is connected to the transmission module. The other end of the guiding unit has a guiding corner for connecting to the first opening. The material will enter the output module through the first opening and reaches the target through the second opening.
Abstract:
The present invention relates to an aroma diffuser with an adjustable essential oil gas proportion and an aroma diffusing method. The aroma diffuser includes a housing, an electric control element, at least two essential oil bottles, gasification elements corresponding to the essential oil bottles, pump elements corresponding to the gasification elements and a fragrance mixing element. The lower end of each of the gasification elements is connected to an open end of the corresponding essential oil bottle. Each of the gasification elements communicates with the open end of the corresponding essential oil bottle. An upper end of each of the gasification elements stretches into a cavity at the lower end of the fragrance mixing element and fits with the end face of the cavity. The present invention features a compact structure, high sealing performance, easy assembly and simple operation.
Abstract:
A pressurized air supply source for a portable nasal irrigator houses an airflow regulating system, instead of external bulky, heavy components, to power the atomization of fluid for irrigation of nasal passages. The airflow regulating system is made up of a pump, a motor to drive the pump, a filter with an inlet air manifold connected to the pump to eliminate additional tubing within the pressurized air supply source, and an optionally rechargeable battery to drive the motor. An external AC/DC power supply may charge the battery or operate the device when the battery is in a discharged state. A canister for holding fluid attaches on top of the pressurized air supply source and an insert fits that over a fluid channel in the canister to create a venturi effect and draw the fluid out. The pressurized air supply source creates a clinically effective airflow despite its small size.
Abstract:
A nebulizer for efficiently and reliably delivering aerosolized fluid to an inhaling patient is disclosed. The nebulizer includes a fixed diverter and a movable fluid orifice or fluid pathway connected with an actuator for responding to an inhalation or a manual actuation and beginning the nebulization process. Also provided is a method of providing nebulization including the steps of moving a fluid orifice or fluid pathway connected to an actuator so that the fluid orifice or fluid pathway reaches a nebulizing position during inhalation.
Abstract:
The invention relates generally to a mesh type apparatus for liquid atomizing and filtration, for example, of the atomizer having a concave ultrasonic transducer, which also forms a part of the liquid container (1). This transducer is emitted an ultrasonic energy which created a spout (2) of the liquid (3) to be atomized. The liquid (8) plays a role of the transmission media. The container (9) with liquid (3) is set up on the top of the container (1). The liquid (3) is separated from the transmission media (8) through the bottom of the container (9) by a material that has minimum attenuation of ultrasonic energy. This separation could be temporary or permanent. The focal zone extender (7) is placed in the vicinity of the bottom of container (9). In this case all liquid above the bottom of the focal zone extender will be forced up to the top of the focal zone extender and atomized at the constant intensity of acoustical energy conveyed from the bottom of the focal zone extender.
Abstract:
A fluid cartridge (100) for dispensing a fluid, the fluid cartridge (100) comprising a casing (102) for accommodating the fluid, a pressure feed interface (104) configured for being coupled to a pressure feed unit (106) for feeding the fluid in the casing (102) with pressurized medium, a fluid dispensing unit (108) configured for generating particles, particularly fluid particles, upon feeding the fluid in the casing (102) with pressurized medium, and a fluidic path (110) in the casing (102) being opened or openable for enabling the particles, particularly fluid particles, to leave the casing (102) through the fluidic path (110).
Abstract:
A respiratory device comprising a housing enclosing a chamber and an orientation indicator moveable with respect to the housing between a first position indicative of an orientation of the housing predetermined to be suitable for operation of the respiratory device, and a second position indicative of an orientation of the respiratory device predetermined to be less suitable for operation of the respiratory device. The orientation indicator is positioned in a location on the respiratory device visible to a user during the operation of the respiratory device.