Electrode self-cleaning mechanism for electro-kinetic air transporter-conditioner devices
An electrokinetic and air-based technology, applied in electrode cleaning, portable electrostatic devices, electrical components, etc., can solve the problems of air transmission-regulator efficiency reduction, reasons not fully identified, interference, etc.
Inactive Publication Date: 2002-10-02
TESSERA INC
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Problems solved by technology
If this deposit continues to build up, eventually the efficiency of the air delivery-conditioner will decrease
In addition, this deposition produces an audible vibration that disturbs persons near the air delivery-conditioning machine, the cause of which is not fully understood
Method used
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[0044] Figure 2A and 2B An electrokinetic air delivery-regulator system 100 is shown with a housing 102 including an air intake or louver opening 104 preferably at the rear, an exhaust opening 106 preferably at the front side, and a stand 108 . Inside the housing is located an ionizer 160, which is preferably powered by an alternating current to direct current (AC:DC) conversion device and activated or activated by switch S1. The ion generator 160 is installed in the housing instead of being exposed to the outside air, and does not need to arrange any components outside the housing to perform the operation of the present invention, which can save the external working potential.
[0045] The upper surface of the housing 102 includes a handle 112 that can be lifted by a user, which is secured to the electrodes 242 of the second array 240 of the electrode assembly 220 . The electrode assembly 220 also includes a first electrode array 230 , here a single metal wire or wire elec...
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Abstract
An electro-static air conveying-regulator (100) is proposed, which has a device for cleaning linear electrodes (232) in a first electrode array (230). A section of flexible polyester film (500) extends from the base body of the second electrode array (240) toward the first electrode array and beyond the first electrode array. The end of each sheet is provided with a slit connected with a corresponding wire electrode (232). When the user moves the second electrode array (240) up and down inside the air conditioner casing (102), the friction between the slit edge and the linear electrode can clean the electrode surface. The material sheet is pivotably and biasedly connected to the base body (113) of the second electrode array (240), and when an air conditioner is used, the material sheet can be pushed to be parallel to the linear electrode (232). Another embodiment includes a bead with a through hole or channel through which the wire electrode (232) passes. When the air conditioner (100) is turned over so that the upper part faces downwards and the lower part faces upwards, the friction between the through hole of the bead-shaped part and the wire-shaped electrode (232) can clean the surface of the electrode.
Description
[0001] related application [0002] This invention is a continuation of U.S. Patent Application Serial No. 09 / 186,471, filed on November 5, 1998, entitled "A Kinetic Air Conveyor-Conditioner" and assigned to the assignee of the present invention. let people. technical field [0003] This invention relates generally to apparatus for generating ozone and electrokinetic air flow substantially freed of particulate matter, and more particularly to the cleaning of wires or wire electrodes in such apparatus. Background technique [0004] It has long been known in the prior art that a motor drives fan blades to rotate to generate air flow. However, such fans can be very noisy and can be a hazard to children who insert fingers or pencils into the spinning fan blades. While such fans can produce strong airflows, such as 1,000 cubic inches per minute or more, they require a lot of electrical power to operate the motor and have virtually no conditioning action to move the air. [000...
Claims
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IPC IPC(8): A61L9/015A61L9/22B01D53/32B01J19/08B03C3/02B03C3/12B03C3/40B03C3/41B03C3/45B03C3/47B03C3/74C01B13/11H01T23/00
CPCB01D53/32B01D53/323B01D2251/104B03C3/08B03C3/12B03C3/32B03C3/68B03C3/743B03C2201/08B03C2201/14C01B13/11C01B13/115C01B2201/12C01B2201/20C01B2201/22C01B2201/62F24F8/30F24F8/40H01T23/00Y10T428/24322
Inventor 刘锡辉J·L·李A·J·帕克
Owner TESSERA INC