100 results about "Air dispersion" patented technology

A self-automated mushroom growing apparatus and method for providing a continuous water and air supply for growing mushrooms on a small-scale. The apparatus is an enclosed, terrarium-like Grow Space including a porous Wicking Medium substrate, and an Air Diffuser rod situated within or below the porous Wicking Medium. An Air Diffuser is situated within the apparatus and is connected to an air supply to provide fresh air to the Grow Space. The porous Wicking Medium is saturated with water. The saturated Wicking Medium provides a continuous supply of water to a Cake Culture in contact with the Wicking Medium. The Air Supply mixes stale air that settles near the surface of the porous Wicking Medium.

An air diffuser includes a porous fabric panel having areas of different flow coefficients. The areas' positions and their relative flow coefficients provide a means for not only diffusing the air but also for strategically directing the airflow in a deliberate pattern that promotes intermixing of the air while avoiding adverse air currents. Consequently, the porous fabric itself provides air dispersion and airflow direction without the need for louvers or guide vanes. In some embodiments, the fabric's porosity is programmed by laser cutting small slits into the fabric.

An air dispersion system has a main supply line, a plurality of air outlets, which are connected via respective air exhaust routes to the main supply line, and at least one heating element, which is associated with at least one of the air outlets and can temper the air in the exhaust route of this air outlet.

The invention discloses an anti-air dispersion overload buffering device suitable for a micro detection robot. The anti-air dispersion overload buffering device comprises a robot cabin, a metal fixed layer, a polyethylene elastomer layer and a high-elasticity aerating air bag, and is provided with a remote control electromagnetic relay switch, a communication transmission relay module, a transmitting-receiving module and the like. The anti-air dispersion overload buffering device can be used for loading the micro detection robot into a special target region in an air dispersion way. In a landing process, the anti-air dispersion overload buffering device can be used for effectively resisting landing impact for protecting a loaded robot; after landing, the anti-air dispersion overload buffering device can be decomposed into four parts in a remote control way, and the micro detection robot can run out for detecting; and meanwhile, the anti-air dispersion overload buffering device is taken as transmission relay for transmitting information acquired by the micro detection robot in a target region in field to a command end.

The invention discloses an optic-electronics integrated device for treating organic wastewater through catalytic oxidation, which is characterized in that: a water inlet pipe (1), an aeration device (2), an air dispersion plate (3), an anode (4), a cathode (5), a catalyst filler (6), a light source system (7), a direct-current power supply (8) and a water outlet pipe (9); in the electrocatalysis aspect, a negative electrode is a stainless steel screen, a catalyst is filled in the screen, and a positive electrode (4) is a silicon carbide rod; in the photocatalysis aspect, an ultraviolet lamp system is adopted to serve as the light source system (7); persistent organic wastewater enters the optic-electronics integrated device through the water inlet pipe (1) for photoelectrocatalysis treatment; the aeration device (2) is opened to aerate the persistent organic wastewater through the air dispersion plate (3) so as to supplement oxygen to facilitate oxidation and fully stir the persistent organic wastewater to make the treated wastewater even; the waste water stays for 1 to 4 hours in the device; and water after the treatment is discharged through the water outlet pipe (9).

A conduit for delivering warm air to the body with a multiplicity of warm air delivery holes arrayed along extensive tubing down extending over the arms and legs of the wearer. The warm air is derived from the user's expired air as one exhales into a coupler that fits the mouth of a human or coupled to an over the nose and mouth facemask. The exhaled air travels through the mouthpiece or mask and into the tubing to be delivered to the extremities through air dispersion holes arrayed along and around the tubing.

The invention relates to a floor type air conditioner indoor unit. The floor type air conditioner indoor unit comprises a shell body, an air outlet frame, an air duct assembly and a rotary driving device; a containing cavity is formed in the shell body; the air outlet frame and the air duct assembly are located in the containing cavity; the shell body comprises two air dispersion panels; the two air dispersion panels are arranged at the two sides of the air outlet frame; the two air dispersion panels can do circumferential movement through the rotary driving device, so as to open and close an air outlet; and mini-type air dispersion holes are formed in the air dispersion panels. When air is conventionally and normally delivered, the air dispersion panels do the circumferential movement to reach the two sides of the air outlet frame; when a gentle breeze air outlet mode needs to be opened, the two air dispersion panels move to the air outlet through the rotary driving device along a circumferential rack and completely block the air outlet; and centralized ''hard'' airflow subjected to heat exchange is spread by the mini-type air dispersion holes in the air dispersion panels and then becomes more gentle, so that a cold/hot feeling and gentle breeze air outlet are realized. The invention further relates to a control method of the floor type air conditioner indoor unit.

The invention discloses a drum-type food dryer with heat cycle, which comprises a drum rotating device, a heating device, a hot air blower, a casing, a box door, universal wheels, a through-hole hot air dispersion plate and a heat cycle system; The inside of the shell is provided with a drum rotating device, a heating device and a hot air blower; the thermal cycle system is provided with a shell, an air outlet pipe, a hot air blower, an activated carbon drying device, a spherical drying device, an air inlet pipe and a hot air gathering cavity; the device of the present invention Through the setting of the drum with through holes in the drum rotating device and the rotating device, the rotation of the drum with through holes can make the food evenly heated; through the setting of the screw auger inside the drum with through holes, the food after drying is realized. It flows out automatically, and at the same time drives the rotation of food during the drying process; through the setting of the heat circulation system, it has the function of recycling resources; through the setting of the spherical drying device and the activated carbon drying device, it has the function of absorbing moisture in the hot air.

The invention discloses a continuous catalytic plasma water pollution purification device which comprises a plasma discharge system, a reaction container and a stirrer arranged at the bottom of the reaction container, wherein the plasma discharge system comprises a high-frequency and high-voltage power supply, and a hollow electrode and a polar electrode which are respectively connected with a positive pole and a negative pole of the high-frequency and high-voltage power supply; the hollow electrode is used for matching with the discharge of the polar electrode arranged in the reaction container and filling the reaction container with gas; the reaction container is provided with an exhaust water inlet and a water outlet; the reaction container is internally provided with an air dispersion plate which is used for dispersing the gas in the reaction container; the reaction container is also internally provided with a microporous filtering membrane which is used for filtering the purified waste water and enabling the filtered waste water to be discharged outside through the water outlet. The whole device has the advantages of being stable and reliable in performances, simple in structure, high in practicality, good in treatment effect, high in energy utilization rate and handling capacity, and the like, thus being widely applied to the field of sewage treatment.

The invention relates to a device for controlling environmental temperature for the growth of field plants by a heat-carrying air method, which belongs to the technical field of plant culture. The device comprises fences, an air heating (cooling) machine, an air manifold, branched air ducts, air dispersion holes, a temperature sensor, an intelligent controller, electric wires and the like, can realize that field temperature distribution and a process for transferring heat between the environment and the plants are both more approximate to a natural state in a field temperature adjustment and control experiment, introduces heated (cooled) heat-carrying air into each corner of a field through the air dispersion holes on the air ducts of each stage and a tail stage, disperses the air around the plants, realizes the experiment on the influence of the environmental temperature for the growth of the field plants by using a heat-carrying air heat power adjustment and control method, and adopts a temperature control machine set (air compressor) with the dual functions of heating and cooling so as to achieve heating effect, perform cooling processing and achieve wider application range.

A device typically adapted for association with an air diffuser of a ventilation system of a dwelling. The device redirects an air stream from a forced air column received through the diffuser. A novelty item is disposed to depend from structure associated with the base for rotation of the novelty item by the air stream. An operable suspension system includes a magnet assembly and a magnetically attracted bearing element. Desirably, a safety catch is included to maintain the novelty item in proximity to the base in the event of decoupling between the magnet assembly and the bearing element. One preferred base is adapted to form a slip-on fit to a diffuser register of a dwelling's ventilation system. Certain novelty items are sized to provide a self-packaging capability for commercial display. An alternative base is structured to look like furniture, and may include a plurality of internal passageways through which air may selectively be directed. Certain bases may contain a scent source to impart a fragrance to the air discharged therefrom.

The invention discloses a fish-gill-type oxygen-carrying purification system capable of rotating freely. The system comprises a solar aeration region composed of a solar photovoltaic board, a controller, an inverter, a photovoltaic cable, a storage battery, a waterproof tank, an air pump, a fixed aeration pipe, a rotating aeration pipe and supporting original components. The fish-gill-type oxygen-carrying purification system is characterized in that the solar aeration unit is sequentially connected with a gill-filament-shaped oxygen dispersion-aerobic microorganism surviving region composed of rotating tee joints, an air spraying pipe, air dispersion holes, pumice and gill-filament-shaped active carbon fibers and a matrix filling aquatic plant purification region composed of emergent aquatic plants, submerged plants and hollow matrix filling baskets. Dissolved oxygen in water can be supplied on a large area, organic pollutants and nutritive salt can be efficiently removed, an aquatic ecosystem can be improved, and the system can help the water body to restore self-cleaning capacity, has the advantages of being attractive in appearance, simple in structure, economical and practical, and is suitable for treating and repairing common eutrophic water bodies.

A device for improving indoor environments comprises an air filtration and sound attenuation device arranged outdoors, a dry type oil-less air compressor, a mechanical dehydration device, an adsorption oxygen generation tank I, an adsorption oxygen generation tank II, a four-way solenoid valve, an air storage tank and an oxygen-enriched air dispersion port arranged indoors, wherein an inlet end of the mechanical dehydration device is connected with an outlet end of the dry type oil-less air compressor. Meanwhile, the adsorption oxygen generation tank I and the adsorption oxygen generation tank II work alternately, so that oxygen-enriched air is generated continuously. For an office environment, the oxygen-enriched air carrying negative ions can regulate nervous system functions, eliminate positive static electricity produced by office equipment, effectively eliminate fatigue, tiredness and insufficient oxygen supply to brains of workers and improve the working efficiency. For a bedroom environment, the device can increase the oxygen concentration in a bedroom, reduce the concentration of indoor particulate matters such as PM2.5 and the like, and provide a pure and oxygen-enriched air environment for users. When the users sleep in the environments, the nervous fatigue can be relieved, the mind and bodies can be relaxed, and the condition of oxygen supply to the brains can be improved.

The invention discloses an intelligent foaming and foam control system used in a foam blocking water-saving toilet. The system sequentially comprises a foam liquid mixing box, a balancing box and a foam generator, wherein the foam liquid mixing box is provided with an automatic foam adding device; the balancing box is provided with a liquid level control device; the foam generator is provided with an air dispersion device; all the automatic foam adding device, the liquid level control device and the air dispersion device are connected with a control system, namely a PLC microcomputer, through lines thereof respectively. The system has the flushing stability and continuity which are favorably comparable with those of the conventional flush toilet flushing technology, has far better water conservation effect, odor control effect and the like than the conventional flush toilet flushing technology and has the advantages of fully automatic PLC control and simple management.

The invention discloses a novel water treatment aeration head, which comprises a central air inlet pipe, wherein connection pipes are fixed at two ends of the central air inlet pipe; horizontal adjusters are arranged at the bottoms of the connection pipes; a mounting head is arranged in the middle of the central air inlet pipe; one end of the mounting head is connected with a ventilating pipe; thetop end of the ventilating pipe is connected with a sawtooth-shaped aeration head main body; one end of the sawtooth-shaped aeration head main body is provided with an aeration barrel; a through holeis formed in the inner wall of the aeration barrel; a flow guide plate is correspondingly arranged on the outer side of the through hole; the flow guide plate is fixed between a base and the bottom end of the aeration barrel; an aeration cavity is formed inside the base. According to the novel water treatment aeration head disclosed by the invention, by the arrangement of a sawtooth-shaped air dispersion plate and a foamed sponge layer, air passes through the foamed sponge layer and the sawtooth-shaped air dispersion plate to enlarge a contact area between air bubbles and sewage and enhance the aeration effect; the sawtooth-shaped air dispersion plate is clamped in an annular clamping slot and is fastened by a wabbler screw, so that the sawtooth-shaped air dispersion plate can be independently separated from the base and cleaned.

The present invention discloses an integrated experiment platform for evaluating the chemical contamination biological effect in outdoor air, and belongs to the field of air chemical contamination monitoring. The apparatus comprises a gas flow generation system, a chemical contamination generation system, an animal sample testing system and an electronic control system. The apparatus is used for testing the biological reaction caused by diffusion of the chemical contamination along with the air so as to provide the experiment platform for effective research on the influence of the chemical contamination on the biomechanism and the harm degree of the chemical contamination on the animal. According to the present invention, the important practical significance is provided for the environment science research and the risk management.

The invention provides an air conditioner which comprises a shell, an air deflector and an air dispersion assembly. An air outlet is formed in the shell; the air deflector is arranged on the shell andmoves relative to the shell so as to open or close the air outlet; an air dispersion structure is formed on the air dispersion assembly and is suitable for an air flow to pass through and suitable for the passing air flow to diffuse and flow; the air dispersion assembly is connected with the air deflector and moves relative to the air deflector; the air dispersion assembly is provided with a storing position and an unfolding position when moving relative to the air deflector; the air dispersion assembly and the air deflector are arranged in an overlapping way when the air dispersion assemblyis located at the storing position; and the air dispersion assembly and the air deflector are spliced when the air dispersion assembly is located at the unfolding position so as to define a cavity located on the outer side of the air outlet and communicating with the air outlet. According to the air conditioner provided by the invention, the air dispersion assembly is provided with the storing position and the unfolding position when moving relative to the air deflector, so that when breezeless air out with a large air flow is realized, the storage problem of the air dispersion assembly is solved.

The invention relates to an air conditioner air outlet device, an air conditioner indoor unit with the air conditioner air outlet device and a control method. The air conditioner air outlet device comprises an air dispersion panel, an air outlet frame and an air flue assembly. The air flue assembly is located between an air inlet and an air outlet of an air conditioner. An airflow channel is formed in the air flue assembly. Up-and-down air guide blades are mounted on the air outlet frame and located at the air outlet. The air dispersion panel is located on the outer sides of the up-and-down air guide blades. The air dispersion panel can be moved to the air outlet through a changeover device. The air dispersion panel is provided with micro air dispersion holes. The air conditioner indoor unit comprises a shell and the air conditioner air outlet device. The air conditioner air outlet device is arranged in the shell. The air outlet and the air inlet are both formed in the shell. According to the air conditioner air outlet device and the air conditioner indoor unit with the air conditioner air outlet device, by means of the reasonable arrangement, airflow can be dispersed into much fine air to spread when passing through the micro air dispersion holes in the air dispersion panel, and the use experience of users is improved.

The invention discloses an intelligent door and window capable of monitoring an indoor environment, and belongs to the technical field of intelligent doors and windows. The intelligent door and windowcomprises a window body and a humidifier box arranged at the top of the window body, wherein a purification box is arranged on one side of the humidifier box; a storage battery container is arrangedon the other side of the purification box; a water tank is arranged on the other side of the humidifier box; a condensation box and a heating box are arranged at the bottom of the window body; the humidifier box comprises a humidifier air dispersion plate and a first motor arranged inside the humidifier air dispersion plate; and an output end of the first motor is fixedly connected with an air guide plate through a telescopic rod. According to the intelligent door and window capable of monitoring the indoor environment, a humidity detector, a water level monitor, a control panel and other devices are arranged, so that the indoor humidity, temperature and harmful gas content are accurately detected, and the indoor environmental parameters are accurately monitored; and since the intelligentdoor and window capable of monitoring the indoor environment is provided with the humidifier box, the heating box and the condensation box, humidity and temperature compensation can be conducted according to the detected information of indoor humidity and temperature.

An optical interferometer including, an analyzer configured to calculate an air dispersion ratio of air in the dispersion measurement interferometer excluding the component gas on the basis of a detection result of a first partial pressure detector, to calculate dispersion of air in a distance measurement interferometer from the calculated air dispersion ratio and a detection result of a second partial pressure detector, and to calculate a geometrical distance of the optical path length difference between a reference surface and a target surface.

The invention relates to the technical field of mineral separation equipment, in particular to an XCF II/KYF2 combined inflatable flotation machine. The inflatable floatation machine is characterized by comprising a size sucking inflatable mechanical agitating flotation machine and an inflatable mechanical agitating flotation machine, wherein the size sucking inflatable mechanical agitating flotation machine is taken as a suction slot, and the inflatable mechanical agitating flotation machine is taken as a direct current slot and is horizontally arranged. The invention has the beneficial effects that the energy consumption is less, air dispersion is good, throughput is low during high pollution discharge, and especially separation effect and recycling capability on non-ferrous metal, ferrous metal and non-metallic mineral low-grade associated raw ore and tailings are good.