45results about How to "Improve powder feeding efficiency" patented technology

The spray painter consists of ultrasonic nozzle, heater, powder feeder and other parts. The ultrasonic nozzle is mounted in the inlet of the spraying chamber, and the controller connected to the air compressor with air tank is connected via a powder feeding switch and pressure regulating switch to the heater and the powder feeder. The heater has one end connected to the ultrasonic nozzle. There is one powder recovering unit in the outlet of the spraying chamber. The ultrasonic nozzle is connected with the powder feeder and consists of three parts of contracting section, throat and expanding section. The present invention has high powder feeding efficiency, long service life and no oxidation.

The invention relates to a method for full-automatically preparing a positive plate of a nickel hydrogen battery, which comprises the processes of automatically discharging, automatically feeding and welding a nickel plate, prepressing, gluing, feeding powder, rolling, detecting thickness, softening, automatically welding a nickel wire, automatically rubberizing, automatically splitting, and automatically weighing. The whole process of manufacturing and processing the positive plate is full-automatic, so that the consistency of the positive plate, which is a key factor influencing the consistency of the battery, can be improved; and the method has the advantages of shortening the manufacturing time, saving labor cost, reducing the influence of personal factors, contributing to tracing theproblems of products, along with wide industrial application prospect.

The invention discloses an anti-leakage powder device for adding powder to a toner cartridge. The toner cartridge has a powder storage bin, and a ring of locking protrusions is arranged on the inner wall of the toner storage bin. The anti-leakage powder device is detachably pressed against the top of the protrusion. Including: connecting pipe, the first supporting net is horizontally clamped inside; the first powder leaking tube, the second supporting net is horizontally clamped inside; the second powder leaking tube is connected with the first powder leaking tube; the plugging component , including a support column, a limit plug, a sealing plug, and a first spring fixed in sequence from bottom to top; a bracket, including a pair of L-shaped struts, a pair of connecting rods, and a positioning frame; wherein, the first powder leakage pipe The upper end is provided with an internal thread that matches the mouth of the toner bottle. When the positioning frame is pressed down, the lower end edge of the second powder leaking tube abuts against the limit tab, and the toner in the toner bottle enters the toner storage bin. The invention has simple structure and convenient use, realizes pollution-free powder feeding, can stop powder feeding immediately at any time, has no carbon powder leakage, and has high powder feeding efficiency.

The invention provides a synchronous powder feeding device for laser cladding machining. The synchronous powder feeding device comprises a large-size powder storage chamber, a small-size powder storage chamber, a powder hopper, a motor and a shell; the large-size powder storage chamber and the small-size powder storage chamber are connected through a plastic hose I, and a solenoid valve is arranged between the large-size powder storage chamber and the small-size powder storage chamber; the upper end of a powder feeding shaft is communicated with the small-size powder storage chamber; the lower end of the powder feeding shaft is arranged above a rotating shaft, and an interval is reserved between the lower end of the powder feeding shaft and the rotating shaft; the powder feeding shaft can adjust a distance between the powder feeding shaft and the rotating shaft through an adjusting device; the rotating shaft is connected with an output shaft of the motor, and the rotating shaft is supported on the shell through a bearing; the upper end of the powder hopper is communicated with the shell; and the lower end of the powder hopper is connected with a nozzle through a plastic hose II. According to the synchronous powder feeding device provided by the invention, a powder falling amount can be adjusted by controlling a distance between the lower end of the powder feeding shaft and the rotating shaft. Particularly, when the powder feeding amount is large, a phenomenon of discontinuous powder feeding caused by limit on the distance between the lower end of the powder feeding shaft and the rotating shaft can be avoided. Furthermore, the time interval of two times of connection of the solenoid valve can be set, so that automatic feeding can be realized, and the production efficiency can be improved.

The invention discloses a powder feeding device for a laser cladding machine, which comprises a casing, a pollination mechanism and a quantitative mechanism, the side of the casing is fixedly connected with a hose seat, and a Pneumatic conveyor. In the present invention, the powder material to be used is stored through the first material storage tank and the second material storage tank. During the powder feeding process through the first powder feeding chamber and the second powder feeding chamber, the movable plate is driven by the pneumatic expansion joint to The powder in the connection chamber is quantified. When the second powder feeding chamber is filled, the powder in the second powder feeding chamber can be conveyed through the pneumatic feeder, and then the powder to be used is passed through the hose The powder feeding function is achieved by ejecting from the nozzle. This device can convey different powder materials separately and has a good quantitative effect and high powder feeding efficiency; the powder ejected through the nozzle covers the objects to be clad, which can be used with The printing cladding process is suitable, and the powder spraying effect is good.

The invention relates to a control circuit of powder feeder for hypersonic flame spraying, comprising a first potentiometer, a first speed control panel, a first voltmeter, a first power tube, a second potentiometer, a second voltmeter, a second motor, a second speed control panel, a second power tube, a first switch, a second switch, a first electromagnetic valve, a second electromagnetic valve, a transformer, a first motor and a power strip. The first motor and the second motor allows two feeding branches to be controlled; compared with the traditional single-channel feeding way, the feeding way using the two motors has the advantages that feeding efficiency is improved, the single device is used for two hypersonic flame spraying devices, the production cost is lowered, a replacement function is good, if one feeding branch has a control fault, the other feeding branch can be controlled instead, and smooth spraying is guaranteed.