36results about How to "Realize quantitative supply" patented technology

The invention discloses a disposable water cup storing and taking box capable of achieving non-contact taking. The disposable water cup storing and taking box capable of achieving non-contact taking comprises an outer frame, an inner frame, dialing-up gears, an orienting dialing piece, a feeding dialing piece, a button, a synchronous shaft, a synchronous pull rod, a spring and a cover; an elasticdialing piece on the orienting dialing piece can be made of a plastic elastic material, when the dialing-up gears are rotated in the set direction, the elastic dialing piece is compressed, the dialing-up gears can normally rotate, when the dialing-up gears have the tendency of reverse motion, an inner engaging gear of the dialing-up material is ejected by the elastic gear of the orientating dialing piece, and the direction rotation of the dialing-up gears can be limited; the tooth distance distribution of outer engaging gears of the dialing-up gears can meet the angle obtained through rotatingby one tooth distance each time, the distance obtained through rotating of two teeth is equal to the distance when two water cups are stacked together, the dialing-up gears distributed on two sides of the inner frame can be matched, the water cups can be clamped between narrow openings formed through the dialing-up gears on the two sides, and the function that each time, only water disposable water cup can be taken out, and in the taking process, the user does not need to make contact with the water cups is achieved.

The invention relates to a biomass burner, comprising a frame (1), a combustion chamber (2), a position air chamber (3) and a storage bin (4), the air chamber (3) and the combustion chamber (2) passing through the The air passage (31) is communicated, one end of the air induction passage (31) is provided with a fan (32), and the other end is passed into the combustion chamber (2); the biomass particles enter the combustion chamber (2) from the storage bin (4) For combustion, the combustion chamber (2) is also provided with a flaming port (21) and an ash outlet (22), and also includes a feeding module (5), which includes a feeding channel (51) and a screw shaft (53) ), the screw shaft (53) is provided with a helical gear (54); the helical gear (541) of the helical gear (54) and the wall (42) of the discharge port (41) form an oblique notch (43), The biomass particles need to enter the channel inlet (5a) through the oblique notches (43); the present invention solves the problem that the equipment cannot operate normally because the biomass particles easily block the discharge port, and realizes quantitative feeding and continuously adjustable firepower , Automatic control, good shearing effect, preventing material blocking and tempering.

The invention discloses a chain type spacer quantitative feeding and assembling robot, which comprises a material barrel, an L-shaped bracket, a servo motor, a fixing plate and a chain, wherein the material barrel is arranged on the bracket; the bracket is arranged on the fixing plate; the servo motor is arranged on the fixing plate; a driving chain wheel is connected with the output end of the servo motor; the fixing plate is connected with a first driven chain wheel; the chain is meshed with the driving chain wheel and the first driven chain wheel; the chain is provided with grabbing blocks;each grabbing block is internally provided with an electromagnet; each grabbing block is provided with a circular groove; the depth of the circular groove is equal to the thickness of the spacer, a partition block is also fixed on the chain, the partition block is positioned between the grabbing blocks, the material barrel is at a certain distance from the upper surface of the grabbing blocks orthe partition block, and the distance is smaller than the thickness of the spacer; according to the invention, the quantitative feeding and assembling of the spacer are combined together, the efficiency is higher, the abrasion caused by friction between the spacer and other objects is reduced, and the stability of the spacer is more durable.