87results about "Electrode constructions" patented technology

This application relates to an electro-purification device and an air curtain machine. The electro-purification device includes a discharge assembly, comprising at least one discharge unit. Each discharge unit includes multiple linear corona discharge electrodes and a ring-shaped grounding electrode, all fixedly arranged. All corona discharge electrodes and the ring-shaped grounding electrode are arranged opposite each other along a first direction, and all corona discharge electrodes are arranged radially towards the side closest to the ring-shaped grounding electrode. An insulating back-corona element is also included, arranged along the first direction on the side of the ring-shaped grounding electrode facing away from the corona discharge electrodes. By arranging all corona discharge electrodes radially towards the side closest to the ring-shaped grounding electrode, not only can the area of ​​corona discharge be increased, but a cone-shaped electric field can also be formed, making the corona discharge area compact. Therefore, it can concentrate and rapidly treat pathogens such as smoke, odors, droplets, and aerosols in enclosed spaces. Furthermore, by using the insulating back-corona element to generate back-corona discharge, an even better purification effect can be achieved.

A drift elimination system for evaporative heat rejection equipment. The drift elimination system includes a first and second set of electrodes positioned apart from one-another in the air flow downstream of the fill and spray system. The first set of electrodes, optionally in the form of needles or thin plates are energized with a positive or negative charge. The second set of electrodes, optionally in the form of wavy plates or a wire mesh are energized with the opposite charge. Water droplets passing over or through the first set of electrodes accept a charge from the first set of electrodes and are attracted to the second set of electrodes where they are collected, removing the charged droplets from the airflow, reducing water loss and abating plume formation.

An electrostatic filter module for an air cleaner includes a housing having an installation space configured to be sealed at least against ingress of liquid. The installation space has a high-voltage connection and a connection for lower voltage. Arranged in the housing are a separation unit and an ionization unit arranged in the housing, and a high-voltage transformer is accommodated in the installation space of the housing.

The utility model relates to environmental engineering technical field, and disclose a kind of cathode anti-swing frame for wet-type electric dust collector, the cathode anti-swing frame for wet-type electric dust collector, including No. frame, the No. frame is pasted with No. frame, installation component is provided on the No. frame, the installation component includes installation groove.The cathode anti-swing frame for wet-type electric dust collector, in order to make the installation efficiency and stability of cathode system of this device, by being provided with installation component, the component is fixed in frame by installation groove by cathode tube, the rubber tube of its both ends is embedded in frame positioning hole, utilizes the elastic deformation compensation installation error of rubber, while enhancing anti-shock performance, after buckle plate is clamped into sliding slot, by fastener screw connection, make cathode tube and frame form rigid whole, while the cooperation of positioning ball and positioning hole provides guiding effect when installing, ensure that cathode tube is quickly aligned installation position, reduce artificial adjustment time.

The present invention relates to a device (10) for reducing particulate matter emissions from flue gas (S) in a batch-fueled fire space (12) equipped with a firebox (14). The device (10) is installed in a firebox (14) located within the flame (18) region or directly adjacent to the flame (18) and comprises an electrode (16) that generates an electric field (E), an insulator (24) that covers a part of the electrode (16), a power supply (22) that supplies voltage to the electrode, a transformer (30) that converts the voltage level of the electricity supplied by the power supply (22) to a voltage level of 1 to 100 kV, preferably 10 to 30 kV, and a collector (25) that can be installed within the flame (18) region or in a firebox (14) directly adjacent to the flame (18) to collect charged particles (15). The apparatus (10) is configured to charge particles (15) through an insulator (24) to allow a leakage current of 0.001 mA to 5.0 mA, preferably 0.1 mA to 5.0 mA, and optimally 2.0 mA to 3.0 mA. The insulator (24) and the collector (25) act as collection surfaces for the charged particles (15), and the particles (15) are oxidized on the collection surfaces under the influence of temperature. The present invention also relates to firespace and methods.

To provide a discharge wire for electrostatic precipitators that can reduce maintenance costs in the event of elongation. [Solution] A discharge wire 42 is used in a suspended state as a discharge electrode 40 of an electrostatic precipitator 1, and the discharge wire 42 comprises a discharge wire body 42a, a locking part 42b provided on the upper end side of the discharge wire body 42a and locked to a suspension part 11 from which the discharge wire 42 is suspended, a weight 42c provided on the lower end side of the discharge wire body 42a, and a weight position adjustment part that adjusts the vertical position of the weight 42c when it is suspended from the suspension part 11.

A gas purification device (1) comprising a first electrode (31) and a second electrode (32), a first filter medium (20) having a first side (21) and a second side (22), wherein the first side (21) faces the first electrode (31) and the second side (22) faces the second electrode (32), if a corona discharge electrode (30) is located at a distance from the first electrode (21), wherein the first electrode (21) is located between the corona discharge electrode (30) and the first filter medium (20), then active field polarized medium air purification is allowed to be combined with corona discharge air purification.

Disclosed in the present utility model are a high-voltage electrostatic air purification module and an ion wind air purifier. The high-voltage electrostatic air purification module is applied to the ion wind air purifier, and comprises a power supply, an emission grid equipped with metal wires, and a collecting grid equipped with dust collection plates; the emission grid and the collecting grid are arranged in parallel relative to each other, and the distance therebetween is within a preset movement range; the power supply is used for supplying power to the metal wires and the dust collection plates; and when the airflow volume of the ion wind air purifier is set to a first preset value, a voltage value of the power supply is in direct proportion to the distance between the emission grid and the collecting grid within a preset voltage range. The technical solution provided by the present utility model solves the problem in the prior art that increasing the voltage alone leads to the generation of ozone and nitrogen oxides, so that the ion wind air purifier based on the high-voltage electrostatic air purification module has a more flexible design space, to increase the air velocity and air pressure, thereby achieving a better air purification effect.

This application relates to an electrostatic precipitator / bag filter composite dust collector for treating flue gas in steel plants, belonging to the field of environmental engineering technology. It includes a flue gas pretreatment unit, an electrostatic precipitator unit, and a bag filter unit arranged sequentially along the flue gas flow direction, and a control system connected to each unit for coordinated operation. The flue gas pretreatment unit is a temperature control module located upstream of the electrostatic precipitator unit, used to stably control the flue gas temperature before entering the electrostatic precipitator unit at 120–180°C. The electrostatic precipitator unit includes a high-frequency switching power supply and an electrode system made of stainless steel with an electrode spacing of 200–300 mm. The bag filter unit includes filter bags and a pulse cleaning device. The control system enables the units to operate collaboratively within the optimal operating range suitable for high-concentration, high-humidity, and high-temperature flue gas from steel plants. This application has the effect of improving dust removal capacity.

The application relates to the dust removal field and discloses a dust removal device and a dust removal system, which comprise a first cylinder, a second cylinder, a mounting frame, a plurality of insulation assemblies, a discharge electrode and a dust collecting electrode. The first cylinder is connected with an air inlet pipe, the air inlet pipe partially extends into the first cylinder, the air inlet pipe is provided with an air outlet, the air outlet is opposite to the waste gas emission direction, the insulation assemblies are fixedly installed on the peripheral surfaces of the first cylinder and the second cylinder, the two ends of the discharge electrode are respectively installed on the mounting frames at the positions of the first cylinder and the second cylinder, one end of the dust collecting electrode is connected with the first cylinder, and the other end of the dust collecting electrode, which is away from the first cylinder, is connected with the second cylinder. The application prolongs the diffusion path of waste gas and prevents dust backflow by arranging the air inlet pipe with the air outlet opposite to the waste gas emission direction; the air cavity structure is limited by the first cylinder, the second cylinder and the tubular dust collecting electrode, the high-voltage electric field is formed by combining the discharge electrode in the air cavity, and high-concentration sulfuric acid mist aerosol and solid particulate matters are synchronously and efficiently captured.

Integrated mine dry dust collector, be provided with dust removal component, dust removal component on be provided with flue gas passage, the top of dust removal component is provided with upper cover plate, the upper cover plate is fixed with flue gas passage by screw rod, the flue gas passage is provided with assembly connection threaded port, the dust removal component is provided with multiple dust flue gas passages, and the dust flue gas passages are used to build a protective barrier for miner health, rely on corona reinforcement tooth can increase the range of electric field release electric field, can dust particulate matter around corona rod, along the corona rod forms a collection angle of dust, lets dust along the corona rod fall into dust collection box.

This invention discloses a multi-domain coupled uniform flow high-efficiency electrostatic precipitator, relating to the technical field of electrostatic precipitator equipment. It includes a precipitator housing with inlets and outlets on both sides. The interior of the precipitator housing is sequentially divided along the gas flow direction into multiple conventional electric field adsorption zones and at least one low-velocity electric field adsorption zone. The low-velocity electric field adsorption zone includes multiple anode units, multiple flow guiding components, and multiple cathode units. This invention utilizes the flow guiding components, the corrugated anode plate, and through holes on the first and second sidewalls. The flow guiding components divert the flue gas, allowing some gas to directly impact the V-shaped groove. Compared to conventionally designed through holes, the staggered arrangement of the through holes disrupts the stable airflow path, causing more intense collisions, shearing, and turbulence in the airflow entering the V-shaped groove from different directions. This significantly increases the collision frequency and energy between particles, resulting in larger and more easily captured particles.

A drift elimination system for evaporative heat rejection equipment. The drift elimination system includes a first and second set of electrodes positioned apart from one-another in the air flow downstream of the fill and spray system. The first set of electrodes, optionally in the form of needles or thin plates are energized with a positive or negative charge. The second set of electrodes, optionally in the form of wavy plates or a wire mesh are energized with the opposite charge. Water droplets passing over or through the first set of electrodes accept a charge from the first set of electrodes and are attracted to the second set of electrodes where they are collected, removing the charged droplets from the airflow, reducing water loss and abating plume formation.

A device may include a system comprising: a first duct configured to receive a vapor product; a second duct in fluid communication with and arranged downstream of the first duct and configured to allow the vapor product to pass therethrough, the second duct having an electrode at least partially extending through a channel of the second duct, the electrode being electrically charged with a voltage to thereby allow charging of at least a portion of liquid particles present in the vapor product; and a chamber having a first end and a second end, the chamber in fluid communication with the second duct at the first end and configured to receive the vapor product therefrom.

A solar-powered multi-level grid electrostatic mist collector for agricultural irrigation is disclosed. In the reaction chamber system, the power supply system converts solar energy into electrical energy. Multiple rows of insulating columns are fixedly connected to the insulating base. At least three grounding grid electrodes are connected to the insulating columns at both ends. The grounding grid electrodes are perpendicular to the ground and connected to the ground wire. The grounding grid electrodes are arranged at intervals and connected in parallel. Each grounding grid electrode includes two layers of parallel metal mesh. High-voltage line electrodes are fixed to the insulating frame connected to the insulating columns by a serpentine arrangement of metal wires. The high-voltage line electrodes are located between two adjacent grounding grid electrodes. The high-voltage line electrodes are arranged at intervals and connected in parallel. The high-voltage line electrodes and the grounding grid electrodes are arranged alternately along the mist flow direction to form a multi-level grid unit to generate corona discharge to charge the mist droplets. The water collection tank is supported on the insulating base. The top of the water collection tank is open and located below the grounding grid electrodes to collect the droplets flowing down from the grounding grid electrodes. A water inlet for agricultural irrigation is provided on the side.

The utility model discloses a biomass boiler smoke dust trapping device for wet electric dust collector, including hollow vertical distribution's cylinder, and the inner chamber of cylinder forms has water collecting chamber, pretreatment chamber and wet dust removal chamber, and the lower part side wall of cylinder is provided with air inlet pipe, and the top of cylinder is provided with air outlet pipe, pretreatment chamber is provided with cyclone atomization shower nozzle located air inlet pipe top, and cyclone atomization shower nozzle is connected with water circulating device between water collecting chamber, wet dust removal chamber is provided with smoke dust collection module, and smoke dust collection module is composed of dust collecting electrode and discharge electrode, and dust collecting electrode has a plurality of vertical through distribution's gas guide channel, and discharge electrode is connected with the cathode wire of the gas guide channel of inlaying. The utility model discloses through the water mist spray treatment before adsorbing and collecting dust first, removes the large particle dust and partial moisture in flue gas in advance, reduces the temperature and the ascending speed of flue gas simultaneously, and makes flue gas can evenly dispersed ascending, can more efficient and completely trap the dust in flue gas.

This utility model discloses an environmentally friendly dust removal device for construction, belonging to the field of construction technology. This environmentally friendly dust removal device for construction includes a main body, a dust removal mechanism, and a conveying mechanism. The main body includes a dust removal box. An air pump is installed on the outer wall of the dust removal box near the bottom. The air outlet of the air pump penetrates through the dust removal box. A circular hole is opened on the top surface of the dust removal box, and an exhaust seat is installed at the upper end of the dust removal box at the circular hole. A power distribution box is installed on the back of the dust removal box. The dust removal mechanism includes a fixed plate and a hollow plate, both installed inside the dust removal box. The fixed plate and the hollow plate are arranged sequentially from bottom to top, and their outer walls are fixedly connected to the inner wall of the dust removal box. Several mounting holes are opened inside the fixed plate, and anode tubes are installed inside each of the mounting holes. Cathode rods are installed inside each of the anode tubes. The anode tubes and cathode rods are electrically connected to the power distribution box via wires.

The application discloses a double-corona-pole electrostatic dust removal device and method, and the device comprises a grounded dust collection electrode plate, a main corona pole and an auxiliary corona pole; wherein the arrangement direction of the dust collection electrode plate is parallel to the flue gas flow direction and the dust collection electrode plate is arranged at both sides of the inside of the device; the arrangement direction of the main corona pole is parallel to the flue gas flow direction and the main corona pole is arranged at the center position of the inside of the device and is connected with a first negative direct-current high-voltage power supply; the arrangement direction of the auxiliary corona pole is parallel to the flue gas flow direction, the auxiliary corona pole is arranged at both sides of the main corona pole and is close to the position of the dust collection electrode plate, and the auxiliary corona pole is connected with a second negative direct-current high-voltage power supply; the auxiliary corona pole comprises an auxiliary pole wire, and one side of the auxiliary pole wire towards the center of the channel is wrapped with an insulating material.

The utility model relates to a kind of round octagonal water curtain wet-type electric dust collector, it includes shell, anode chamber is equipped in shell, frame is equipped in the shell above anode chamber, cathode wire is uniformly hung on the frame, the lower end of cathode wire is stretched out from the lower end of anode tube and its upper is all connected with weight, weight is connected by overhanging partition, grid is equipped in the shell below weight, a plurality of anode tubes are equipped in anode chamber, octagonal anode sleeve is equipped in the upper portion of anode tube, opening is equipped on octagonal anode sleeve below the upper end of anode tube, overflow channel is equipped in the top of anode chamber, through-hole is equipped on overflow channel, circulating water in overflow channel is overflowed into anode tube inner wall by the through-hole on overflow channel and the opening on octagonal anode sleeve and forms water curtain.The utility model appearance optimization design, all change into big circular arc angle by right angle, anode tube and anode sleeve are used in cooperation, dust removal effect is good, gas distribution plate is saved, cost is saved.

The application discloses a kind of UHPC waste efficient recovery and dust treatment method and device, and the application relates to industrial dust treatment technical field, by whole-process negative pressure cooperation gas collection, pre-magnetic separation impurity, bipolar charge conditioning, gradient coupling filtration, self-adapting dust cleaning and micro-powder classification recovery, realize UHPC waste efficient recovery and dust integrated processing, the advantages of the present application are that: by the high-gradient magnetic separation pre-impurity removal, bipolar charge dust conditioning and gradient coupling charged filtration of the cooperative processing technology constructed for the special characteristics of UHPC dust, intercept and separate steel fiber debris in dust-containing air current from the source, simultaneously carry out charged agglomeration modification and surface adhesive group destruction to superfine viscous dust, then cooperate the double action of coulomb force adsorption and physical interception of gradient coupling charged filter material, break the dilemma that existing dust removal technology cannot consider superfine dust high-precision interception and filter material irreversible consolidation prevention and control.

The utility model relates to an electrostatic filtering device. And the electrostatic filtering device comprises a positive electrode plate group and a negative electrode plate group. The positive electrode plate group comprises a plurality of positive electrode plates. The negative electrode plate group includes a plurality of negative electrode plates. The positive electrode plates are communicated with the positive electrode of the high-voltage power supply, and the negative electrode plates are communicated with the negative electrode of the high-voltage power supply. The positive electrode plate group and the negative electrode plate group are arranged on the leeward side, and the electrode plates in different groups are connected together by using a plurality of first supporting parts. And the positive electrode plate group and the negative electrode plate group are arranged on the windward side, and at least part of the electrode plates in the same group are connected together by using a plurality of second supporting components. Therefore, the complexity and the cost of the product can be reduced.

This invention discloses a wind-driven dust removal device based on a triboelectric nanogenerator, comprising a wind-driven unit, an R-TENG module, a rectifier module, and an electrostatic dust removal unit. The R-TENG module includes a rotor assembly and a stator assembly. The rotor assembly is driven to rotate by the wind-driven unit, generating alternating current through periodic friction with the stator assembly. The input terminal of the rectifier module is connected to the output electrode of the R-TENG module to convert the alternating current into direct current. The electrostatic dust removal unit includes a chamber with an air inlet and an air outlet, and a pair of parallel electrodes disposed within the chamber. The parallel electrodes are connected to the output terminal of the rectifier module to form an electrostatic field. This device enables high power output under low wind speed conditions underground, solving the safety hazards of traditional electrostatic dust removal devices that rely on external high-voltage power supplies. Simultaneously, it dynamically suppresses mechanical overload caused by wind speed fluctuations, overcoming the dust removal interruption problem caused by unstable power supply in existing technologies.

The utility model discloses a detachable multilayer electrostatic dust collection module for inductor, relates to inductor technical field, including protective casing, protective casing inner surface upper side threaded connection is equipped with the close cover, the lower surface of close cover is equipped with the slot, the left side and right side of slot inner surface are equipped with the groove, and the lower surface of the slot is equipped with the groove. Springs are fixedly mounted on the inner surfaces of the grooves, and inserting blocks are fixedly connected to the opposite ends of the springs. Compared with an existing detachable multi-layer electrostatic dust collection module for a common inductor, the detachable multi-layer electrostatic dust collection module for the inductor has the advantages that an electrostatic region generated by the electrostatic generation plate can attract dust in air to approach, so that dust collection is performed, and during dust collection, the dust only preferentially contacts with the surface of the dust collection net and is prevented from adhering to the electrostatic generation plate; and meanwhile, redundant current or escaping current of the electrostatic generation plate can be strictly guided to the inner side through the conductive plate, and the situation that the normal work of the inductor body is affected due to the fact that static electricity is diffused to the outside is avoided.

The invention relates to an air purification device with at least one air inlet and at least one air outlet, wherein a fluid-acting air conveying device for generating an airflow from the at least one air inlet to the at least one air outlet and an air purification device for cleaning the air forming the airflow of foreign and / or dirt particles are arranged between the at least one air inlet and the at least one air outlet, wherein the air purification device comprises at least one electrostatic precipitator with an electrically conductive emission electrode for emitting and / or generating charged particles, and an electrically conductive separation electrode for separating charged dirt particles, wherein the air purification device comprises at least one high-voltage source for generating a high voltage between the emission electrode and the separation electrode.wherein the air purification device comprises at least one air purification channel for guiding the airflow from the at least one air inlet to the air conveying device and wherein the separation electrode delimits the air purification channel. Furthermore, an improved method for cleaning air is proposed.

The present application relates to the technical field of dust collector, in particular to a gas distribution device for removing ultrafine particulate matters based on wet-type electric dust collector. The device comprises a support, a dust collector shell and a purifier communicated with the top of the dust collector shell. The bottom of the support is provided with a dust collecting hopper. The dust collecting hopper is communicated with a dust gas inlet and a discharging pipe. The support is provided with a plurality of dust collecting plates and discharge electrode plates arranged alternately along the horizontal direction. A circulating liquid supply device is arranged on the top of the support. The circulating liquid supply device is used to form a continuous water film from top to bottom on the surface of the support to flush the captured particulate matters. The cam is periodically rotated to make the flow limiting plate reciprocate, so as to change the size of the water film passage section, thereby forming pulse flushing to the dust attached to the dust collecting plate, reducing the adhesion of particulate matters on the dust collecting plate and improving the purification effect of the particulate matters.

Provided is a cooking apparatus including: a main body; and a ventilator comprising a ventilator body including an inlet configured to inhale air containing oil mist generated in a cooking process using a heating device, a blower configured to blow the inhaled air from the inlet; and an oil mist filter positioned inside the ventilator body, and configured to remove the oil mist by filtering the oil mist from the inhaled air.