Centrifugal static lampblack removal device

Abstract

The invention discloses a centrifugal static lampblack removal device. The centrifugal static lampblack removal device comprises a motor, a channel, an anode and a cathode. The anode is grounded. The cathode is connected with a negative high voltage power supply. The anode is of a disc structure composed of oil throwing strips and an anode jacket, and more than one oil throwing strip is evenly distributed on the anode jacket in a radial manner. The cathode is of a disk structure composed of barb wires and a cathode jacket, and more than one barb wire is evenly distributed on the cathode jacket in a radial manner. The anode is installed at the left end of a main shaft of the motor through the anode jacket. The cathode is installed at the right end of a positioning shaft through the cathode jacket, and can rotate around the positioning shaft. The anode and the cathode are connected through a pusher dog. Fan blades are installed at the positions, located the right side of the anode, of the main shaft of the motor. An oil collecting tank is formed in the position, corresponding to the anode and the cathode, of the channel. Because the deoiling mode that the motor is adopted for driving the anode and the cathode to throw oil at a high speed, the centrifugal static lampblack removal device has the beneficial effects of being good in oil removal effect, low in using cost at the later period, small in workload of maintenance and the like; the problem that electrode plates of a static lampblack removal device are difficult to clean is solved; and the centrifugal static lampblack removal device has the popularization value.

Description

technical field [0001] The invention relates to an oil fume removal device for capturing and collecting oil fume generated during kitchen cooking, in particular to a centrifugal electrostatic oil fume removal device. Background technique [0002] Electrostatic oil fume removal devices have been widely used, but the anode and cathode of the currently used electrostatic oil fume removal devices are fixed on the frame and do not move. After a period of use, both the anode and the cathode are covered with oil. As a result, the strength of the electrostatic field between the plates is weakened, and the charging effect of the oil fume is deteriorated, thereby affecting the oil removal effect. Professionals need to regularly clean the oil fume removal device, and the maintenance workload is heavy. [0003] Therefore, it is imminent to seek an electrostatic oil fume removal device that can overcome the above shortcomings. Contents of the invention [0004] In order to overcome th...

AI Technical Summary

Problems solved by technology

[0002] Electrostatic oil fume removal devices have been widely used, but the anode and cathode of the currently used electrostatic oil fume removal devices are fixed on the frame and do not move. After a period of use, the anode and cathode are covered with oil. As a result, the strength of the electrostatic field between the plates is weakened, and the charging effect of the oil fume becomes poor, which affects the degreasing effect. Professionals need to regularly clean the oil fume removal device, and the maintenance workload is heavy.

Images