252results about "Space heating and ventilation" patented technology

This application relates to an air handling device and an air purification device. The air handling device includes a first rotating assembly for connecting to a pre-filter assembly, thereby driving the pre-filter assembly to rotate. A cleaning mechanism is located around the pre-filter assembly. When the pre-filter assembly rotates, the cleaning mechanism acts on the surface of the pre-filter assembly to remove contaminants from its surface. The cleaning mechanism includes a scraper and a roller brush assembly, which are arranged adjacent to each other. Contaminants on the surface of the pre-filter assembly are scraped off by the scraper and carried away by the roller brush assembly. This air handling device not only removes contaminants from the surface of the pre-filter assembly but also carries them away, greatly reducing the possibility of secondary pollution caused by contaminants scraped from the surface of the pre-filter assembly and further improving the purification effect.

The utility model relates to a new trend air exchange equipment technical field, specifically disclose a bacteriostatic type new trend air exchanger, include: main casing, it sets up rectangular structure, the main casing opening installs seal cover, and seal cover is driven by motor and is penetrated to drive motor and the impeller connection in main fan, the main casing and seal cover constitute the main casing structure of air exchanger, and main fan and drive motor constitute the air force air exchange drive in air exchanger. This bacteriostatic type new trend air exchanger, filter screen no.

This invention relates to the field of disinfection device technology, specifically to an air sterilizer that facilitates the addition of biological antibacterial agents. The device includes a base, a filter cartridge detachably mounted on the upper end of the base, a top cover plate detachably mounted on the upper end of the filter cartridge, an exhaust motor fixedly mounted on the inner end of the top cover plate, exhaust blades rotatably mounted on the inner end of the top cover plate, a support cylinder fixedly mounted on the inner end of the base, and multiple output cylinders fixedly mounted on the surface of the support cylinder. A suction device for extracting the biological antibacterial agent is provided between the support cylinder and the storage cylinder. This device uses the exhaust motor to drive the exhaust blades to form a stable airflow, and utilizes the linkage structure of the central tube, crown gear, and passive cylinder to actively bring the refined biological antibacterial agent into the air circulation channel. The biological antibacterial agent is forced to be transported into the filter cartridge under the action of the airflow and discharged with the airflow, thereby significantly improving the diffusion speed and coverage of the biological antibacterial agent in the air.

The utility model belongs to technical field, concretely relates to a visual monitoring device based on intelligent control, including a visual monitoring device based on intelligent control, including camera, the camera is fixedly installed through first support on first fixed frame, the support top is equipped with treater, the treater is fixedly connected with first fixed frame through second support, second support both sides are equipped with purification tank, first support one end is equipped with first motor, first support is equipped with first lead screw on the other side away from camera, first lead screw is connected with first motor, the utility model discloses through the perpendicular moving structure of each other, can drive camera to move flexibly in two directions, realizes the wide range coverage to the monitoring area such as computer lab. Treater can intelligently control the movement and steering of camera, and the degree of intelligent control is higher. Equipped with the purification tank with inductor, avoids the personnel in computer lab to be hurt by air.

This utility model discloses a photocatalytic formaldehyde removal device, relating to the field of air purification equipment technology. It includes an outer casing, inside which is a photocatalytic formaldehyde removal system and a main controller. The front has a circular air outlet, and the back has a square air inlet. Below the air outlet is a touch panel. Outside the air outlet is a guide mechanism consisting of a guide rod and a collection box. Inside the outer casing is a slidably connected compartment. The guide rod is an inverted L-shaped plastic rod with an arc-shaped guide groove. The bottom of the collection box has a long-diameter square tube. The compartment has a ring handle and a sliding buckle. This formaldehyde removal device can efficiently collect water vapor and dirt generated by photocatalytic decomposition, facilitating cleaning, improving air intake and formaldehyde removal efficiency, and has a stable and reliable structure.

This utility model discloses a conical installation device for a cartridge filter in an air conditioning unit. The device comprises a top disc, hexagonal bolts, diagonal support rods, fixing rods (in three lengths), internal hexagonal screws, flat washers, and spring washers. This utility model uses a specialized tooling mold for positioning. The diagonal support rods, composed of three round steel pipes arranged in an isosceles triangle and welded into a conical structure, are finished with hexagonal bolts at the ends and secured with a handle locking device. The filter cartridge can be disassembled and assembled without any special tools. This solves the problems of deformation and air leakage caused by insufficient installation strength in cartridge filters, while also shortening installation and disassembly time, ensuring the air conditioning unit can be put into use quickly. It is particularly suitable for air conditioning systems in cigarette factories, welding workshops, and other similar fields.

The utility model provides an air purifier with interlayer filter, relates to air purifier technical field, including casing, air outlet chamber and bottom plate, is equipped with connecting mechanism between casing and bottom plate, is equipped with air suction mechanism on air outlet chamber, the outside of bottom plate is equipped with interlayer filter mechanism, the both sides symmetry of air outlet chamber and casing bottom are equipped with through groove, the utility model discloses a plurality of filter screen board is in turn in the outside of support rod and is connected, then the filter screen cover is connected in the top of support rod, and in the adjacent filter screen board and filter screen cover between and connect on the separation sleeve, and the top of support rod is tightened on the nut, and the filter screen board and filter screen cover are clamped tightly by the nut, and the filter screen board and filter screen cover are fixed on the support rod, and the bottom plate, support rod, filter screen board and filter screen cover are integrated structure, and the bottom plate is separated from the bottom of casing, and the filter screen board and filter screen cover for filtering effect also are disassembled together, and the disassembly is convenient, also is convenient for cleaning.

The utility model provides an energy -saving civil air defence air circulation device belongs to civil air defence engineering field, including solution storehouse and bottom disc, the bottom disc fixed connection is in the bottom of solution storehouse, the surface of solution storehouse is provided with air inlet subassembly, the surface of air inlet subassembly is provided with air outlet subassembly, air inlet subassembly includes movable bin, air inlet pipe, filter plate, fan, contraction pipe, motor, pivot, resist plate no.

The utility model provides a kind of fluidized bed purification equipment of outer air of dust-free room, mainly through a outer air, a fluidized bed purification equipment, a outer air air conditioning box and the combination design of a dust-free room, and the fluidized bed purification equipment is equipped with an adsorption device, so that the outer air can enter the adsorption device and contact with the adsorption material flowing on the fluidized bed plate, to filter out the micro-pollutant of outer air, then send into the outer air air conditioning box, and sent to the dust-free room by the outer air air conditioning box, so that the efficiency of greatly reducing the micro-pollutant entering the dust-free room is achieved, and the service life of chemical filter screen in the dust-free room is increased by reducing the filtration burden of chemical filter screen in the dust-free room.

The utility model relates to refrigeration fan technical field discloses a refrigeration fan dust cover, including the casing, both sides of casing all are fixedly installed photocatalytic filter screen, the top of casing is fixedly installed with speed reducer motor, the output of speed reducer motor is fixedly installed with reciprocating screw rod, the surface screw thread connection of reciprocating screw rod has mobile brush holder, the surface of mobile brush holder is in contact with the surface of photocatalytic filter screen, the surface fixed connection of mobile brush holder has reverse jet board, and reverse jet board is located inside the casing. In the utility model, through the mutual cooperation of casing, photocatalytic filter screen, speed reducer motor, reciprocating screw rod, mobile brush holder, reverse jet board, fan and flexible pipe one structure, drive mobile brush holder and reverse jet board to move back and forth, carry out cleaning work to the dust adhered on the surface of photocatalytic filter screen, realize the effect that photocatalytic filter screen can be cleaned quickly.

The application relates to the technical field of energy-saving electrical appliances, and discloses an air purifier dust cleaning control method and device, an air purifier and a storage medium, the method comprises the following steps: obtaining operation data of the air purifier, wherein the operation data comprises an inlet particle concentration, an outlet particle concentration, a real-time air volume corresponding to a fan gear, an effective operation duration and an inlet humidity; calculating a real-time purification efficiency and an accumulated dust flux based on the operation data; converting the accumulated dust flux into an estimated filter screen dust dry weight by using an adaptive nonlinear dust prediction model; and jointly judging the estimated filter screen dust dry weight and the decay rate of the actual purification efficiency relative to the benchmark efficiency by using double thresholds, so that the insufficient robustness caused by single parameter misjudgment is effectively avoided; and finally, a graded dust cleaning strategy is matched according to the determined dust accumulation level, which prevents the wear of the filter screen and the dust cleaning structure caused by invalid dust cleaning, ensures complete cleaning when the dust is seriously accumulated, and significantly prolongs the service life of the filter screen and reduces energy consumption.

To provide an ozone generator that satisfies requirements such as small size, low cost, portability, low power consumption, long life, etc., and prevents discomfort and health damage caused by ozone gas.SOLUTION: An ozone generator includes: a housing comprising an ozone generator 8, a circuit board 5 for controlling the ozone generator, a battery 7 for supplying electricity to the ozone generator, an ozone emitting holder 9, a bracket 2, and a cover 3, wherein the bracket 2 is inserted into the housing with an end cap 6 at one end thereof and the end cap 6 is secured to a port at one end of the housing; the cover 3 is detachably connected to the other end port of the housing; the ozone generator 8, circuit board 5, battery 7 and ozone emitting holder 9 are fixed to the bracket 2; the circuit board 5 is equipped with a vibration sensor, a light sensor, an ozone concentration sensor, and an odor sensor; and the operation control of the ozone generator 8 is performed based on the values detected by the sensors.SELECTED DRAWING: Figure 3

The utility model provides a wall -hanging indoor air purification device belongs to air purifier technical field, including air purifier body, the vertical groove, horizontal groove and oblique groove of setting up in air purifier body one side outer wall, horizontal groove is located between vertical groove and oblique groove and is linked together, two fender strips of symmetry of being equipped with in the inner side wall of vertical groove, horizontal groove and oblique groove, fender strip two of being equipped with in the inner side wall of vertical groove, the docking platform of being equipped with in air purifier body one side position place, the fixed seat of integrative molding in the docking platform outer side wall central position place, the utility model passes through the docking platform to the air purifier body of being set in its outside in vertical direction support, and utilizes fender strip one and fender strip two in horizontal direction limit, realizes air purifier body and docking platform docking firm and stable, and horizontal sleeve joint's mode is convenient for air purifier body dismounting, and is convenient for overhauling, and the difficulty of overhauling is low.

An air purification device according to the present disclosure is provided with a main body case having an air inlet and an air outlet. The main body case has: a gas-liquid contact part (23) for bringing air into contact with water containing hypochlorous acid; an air duct; a blower; an electrolytic tank; a water supply section; a sterilization section; a first transport part (18); a second transport part; a control part; and a water supply part. The water supply section and the sterilization section are provided in a water storage container (21). The water storage container (21) has a first guide part (53) for guiding water in the sterilization section to the water supply section when the water level in the sterilization section reaches at least a predetermined water level.

The utility model relates to a kind of photocatalyst air purification disinfection machines, including machine body, the machine body is sequentially provided with primary filter, fan, high efficiency filter and photocatalyst component from below to above, the machine body side wall is equipped with air inlet corresponding primary filter, the air inlet side and the air outlet side of the photocatalyst component are equipped with light-shielding ventilation component, multiple photocatalyst modules are arranged in the mounting bracket of photocatalyst component, ultraviolet lamp is arranged in the center of photocatalyst module, and ultraviolet lamp is also arranged uniformly around photocatalyst module outer four quarters.The clean air after the grading filtration of primary filter and high efficiency filter enters the photocatalyst component, ultraviolet lamp is built-in in photocatalyst cylindrical base web, multiple ultraviolet lamps are externally arranged, compact structure, the inner and outer surfaces of photocatalyst module are irradiated, photocatalytic efficiency is greatly improved, it has dust removal clean purification, disinfection and sterilization, decomposition and degradation organic pollutant, generates negative oxygen ion, is beneficial to the health care of human body and other functions, and is widely applicable to multiple places.

The utility model belongs to laboratory ventilation field especially based on sensor's laboratory emergency exhaust opening and closing device, in view of the current laboratory exhaust system response speed and flexibility are insufficient in the face of sudden situation, the traditional exhaust system control is simple, and the exhaust effect is not ideal, present the following scheme, it includes the air inlet pipe, the bottom middle position fixed coupling of air inlet pipe is provided with the fixed base, the top of fixed base is linked together with the bottom of air inlet pipe, the one side of fixed base is provided with the exhaust hole, the exhaust hole is linked together with the ventilation pipe, both ends of air inlet pipe all integrative side edge board that has, the inside of side edge board is provided with first round hole, in the utility model, adopt servo motor and gear and rack drive mechanism, realize the intelligent opening and closing and the regulation of exhaust system through control assembly, set up filter assembly in the fixed base, carry out efficient filtration to the air that enters through activated carbon filter board, effectively remove harmful gas and particulate matter.

The application discloses a kind of self-adapting oxygen supply control equipment, belong to oxygen supply control equipment technical field.It includes: acquisition module is used to obtain and time stamp alignment user breathing state signal;Calculation module is used to preprocess respiratory flow and pressure signal, calculate signal quality index;Identification module is used to establish basic parameter set, constructs feature vector, and identifies breathing phase;Determination module is used to calculate respiratory demand score, and determines target oxygen supply interval;Correction module and control module are used to output target oxygen supply parameter vector in target oxygen supply interval by oxygen supply target prediction model, after phase differentiation correction and safety constraint, generate final execution control quantity, and convert into instruction oxygen supply equipment execution.This equipment is through the alignment of multiple source breathing signals, feature extraction and closed-loop safety correction, realizes the accurate adaptation of oxygen supply output and real-time physiological demand.

This application discloses a wax melting lamp that facilitates controlled airflow diffusion of fragrance, relating to the field of wax melting lamps. The wax melting lamp includes a base for holding aromatherapy substances, a heat source assembly, and an airflow diffusion assembly. The heat source assembly contains at least one heat-generating light source, and the radiative heat transfer path of the light source covers the aromatherapy substance area, promoting phase change or volatilization of the aromatherapy substance. The airflow diffusion assembly is located below the aromatherapy substance and generates a directional airflow, thereby enhancing the spatial diffusion efficiency of the aromatherapy substance's volatilization products. This aromatherapy lamp features an airflow diffusion assembly to achieve a larger area and greater fragrance release.

This application discloses an adjustable louver system, including: a wall, a ceiling track, a floor track, a return air louver structure, and a linkage mechanism. The linkage mechanism is slidably installed within the return air louver structure. The return air louver structure includes: a louver housing, a filter fixing frame, and louver blades. The filter fixing frame is installed within the louver housing. Adjacent louver blades are connected end-to-end within the louver housing. One end of the louver housing is also provided with a lever, which is rotatably connected to the louver blades. During use, adjusting the lever drives the linkage mechanism to rotate the louvers, controlling the opening and closing angles of the louvers, thereby controlling the airflow. This improves practicality and simplifies operation. Simultaneously, the filter fixing frame, installed within the louver housing, filters the air, achieving both filtration and airflow adjustment, facilitating future inspection, maintenance, and adjustment.

An advanced air disinfection and purification system integrating a UVC chamber with TIR lens optics and photocatalytic oxidation using titanium dioxide (TiO2) with PTFE. The UVC chamber is designed to maximize germicidal efficiency through reflective surfaces and focused UVC light. The TiO2 coating on the chamber's interior surfaces generates reactive oxygen species upon exposure to UVC light, effectively degrading pathogens and pollutants. The system is adaptable for integration into existing HVAC systems or as a standalone unit, offering enhanced air quality with minimal maintenance.

The utility model discloses a hospital clinical hanging type air sterilizer, including the casing, the inside of the top of casing is equipped with air duct, and the side of casing is equipped with the air inlet, and the air inlet is linked with air duct, the inside rotation of casing is connected with cross flow fan, the bottom of casing is equipped with first opening, and the first opening is inserted with the mounting support, and the side of mounting support is inserted with primary efficiency filter screen, activated carbon fiber filter screen and HEPA filter screen in proper order and is inserted with, the bottom fixed connection of mounting support has two rotating seat, and the inner wall rotation of rotating seat is connected with same rotating shaft, and the outer surface of rotating shaft is sleeved with torsion spring, and the outer surface fixed connection of rotating shaft has mount pad and handle respectively. The utility model discloses can take out the mounting support of installing filter screen fast, and the operation is complete and quick, and the maintenance efficiency has been improved greatly, and the maintenance step has been simplified, and the influence to patient rest has been reduced, thereby the operation convenience and sanitary environment have been improved significantly.

The invention may be embodied as a patient isolation device. The patient isolation device may comprise a cover having a first lower surface having an interior edge and an exterior edge, a second lower surface having an interior edge and an exterior edge, an interior surface extending between the interior edges, and an exterior surface extending between the exterior edges. The interior surface may define a patient space within which a patient may be positioned. The exterior surface may be substantially parallel to the interior surface. One or more extensions may be configured to be disposed between a mattress of a hospital bed, each extending proximate a lower surface of the cover. At least a portion of the interior surface may be arc-shaped and configured to define a patient space within which a patient may be positioned.

This invention provides a duct structure for use in a spacecraft, comprising: a main duct and a filter duct, wherein the filter duct and the main duct are connected by a bend, and the end face of the filter duct away from the main duct faces the ground; the filter duct includes a first section and a second section, which are movably connected; the second section has an outer mesh for blocking small animals at its end away from the first section, and a filter element for blocking insects inside the second section, wherein the filter element contains a first filter screen and a second filter screen with a smaller mesh size, the second filter screen being arranged adjacent to the outer mesh, and the first filter screen being located on the side of the second filter screen away from the outer mesh. This invention utilizes different mesh sizes of filter screens to intercept different animals, preventing highly destructive animals from directly damaging the fine filter screen and preventing small animals from entering through damaged areas.

This utility model discloses a negative ion generating device and building facility, relating to the technical field of negative ion generating devices. The negative ion generating device includes: a compressor for compressing air and outputting high-pressure air; a control box equipped with a water storage device and a water supply pipeline and an air supply pipeline connected to the water storage device; at least two negative ion generators; the compressor is connected to the negative ion generators through the air supply pipeline and inputs pure high-pressure air into them; the water supply pipeline is connected to the negative ion generators and is equipped with a water pump or purified tap water pressure, used to input pure water into the negative ion generators; the pure water input into the negative ion generators is cut and broken by the high-pressure air to form negative ions, which are then discharged to the outside by the generator. This utility model can improve the air quality of large indoor spaces by combining various building facilities.

This utility model provides a portable bio-enzyme deodorizing spray device, relating to the field of deodorizing equipment technology. It includes a deodorizing spray assembly with a portable component and a protective component. The deodorizing spray assembly includes a bottle and a spray nozzle. The portable component includes a connecting ring, and second strong magnetic metal rings are symmetrically arranged on the outer side of the connecting ring. In this utility model, the first and second strong magnetic metal rings are magnetically connected, facilitating the attachment of a lanyard to the deodorizing spray assembly. This allows the deodorizing spray assembly to be easily hung on the wrist or neck for convenient use. By pressing the clamp, the elasticity of the torsion spring allows the deodorizing spray assembly to be clipped onto a belt or backpack, eliminating the need to store it in a backpack and allowing for immediate use without searching. This improves the convenience of use and achieves ease of use for the deodorizing spray assembly.

A compact aroma delivery system (300), comprising: a compact aroma delivery device (100, 200); an air flow mixing unit (400); Including, - an air flow mixing unit (400) a scented air inlet (405) configured to be connected to a scented air outlet (125) of the compact aroma delivery device, an outlet (410) for the mixed scented air, directed towards a sniffing port (415); a conduit (420) connecting the inlet for the scented air and the outlet for the mixed scented air, -below, a fresh air inlet (425) configured to be connected to a fresh air delivery device and which delivers fresh air into the scented air flow between the scented air inlet and the mixed scented air outlet; and / or - an outlet for waste scented air (430) configured to be connected to an airflow recovery device and / or a waste air discharge, recovering scented air from the scented airflow between the inlet for scented air and the outlet for mixed scented air in order to reduce the airflow rate for subsequent dilution or for the associated sniffing port (415) or both; It contains at least one element of.

This application relates to a maintenance-friendly pet air purifier, comprising: a housing; a self-cleaning module disposed on the air inlet side of the housing; and a dust collection module including a dust collection box removably mounted to the housing and a blade holder connected to the housing. The self-cleaning module includes a mounting bracket detachably connected to the housing, an annular filter rotatably mounted on the mounting bracket, and a drive mechanism for rotating the annular filter. The maintenance-friendly pet air purifier provided in this application, by providing a self-cleaning module including a rotatable annular filter and a scraping component on the air inlet side of the housing, and in conjunction with a removable dust collection box, can actively intercept and continuously scrape away pet hair and other contaminants adhering to the surface of the annular filter, causing them to fall directly into the dust collection box. This simplifies maintenance and reduces the frequency of filter replacement and operating costs.