31results about How to "Eject evenly and orderly" patented technology

The invention relates to an organic refuse treatment system with a feeding rotary cover provided with a rotary shifting handle. The organic refuse treatment system comprises a system frame, a pressure maintaining ejection device, a pressure maintaining ejection device rotary cover controller, a liftable feed hopper, a feeding lifting device, a discharge guide barrel and steam-solid separators. The pressure maintaining ejection device, the pressure maintaining ejection device rotary cover controller and the liftable feed hopper are sequentially mounted in the system frame from bottom to top. The feeding lifting device is mounted on one side of the system frame. The discharge guide barrel is mounted under the pressure maintaining ejection device and connected with the steam-solid separators. The organic refuse treatment system is scientific and reliable in design, applicable to instant ejection, resistant to high pressure and high in strength. Feeding is facilitated. Discharging is uniform and orderly during steam ejection, and ejection and sliding are more stable.

The invention relates to a steam ejection type organic waste disposer, which comprises a steam pressure-holding steel cylinder, an ejection steel cage, a feed screw cap and an ejection triggering cylinder. The ejection steel cage is slidingly installed in the steam pressure-holding steel cylinder, and the steam pressure A steam inlet is formed on the steel cylinder, a feed inlet is formed on the upper end of the ejection steel cage, the lower end of the ejection steel cage is fixedly mounted with the piston rod of the ejection trigger cylinder, and the feed screw cap is installed on the feed inlet of the ejection steel cage. The invention has the advantages of simple structure, adaptability to instantaneous ejection, high pressure resistance, high strength, convenient material feeding, even and orderly discharge during steam ejection, and more stable ejection sliding.

The invention relates to a steam ejection type organic garbage processor with a steam-solid separation function. The steam ejection type organic garbage processor comprises a steam pressure maintaining steel cylinder, an ejection steel cage, a feeding screw cap, an ejection trigger cylinder, a discharge guide cylinder and a steam-solid separator, wherein the ejection steel cage is arranged in the steam pressure maintaining steel cylinder in a sliding way; the upper end of the ejection steel cage has a feeding hole; the lower end of the ejection steel cage is fixed with a piston rod of the ejection trigger cylinder; the feeding screw cap is arranged on the feeding hole of the ejection steel cage; the lower end of the steam pressure maintaining steel cylinder is connected with the steam-solid separator by the discharge guide cylinder; the steam pressure maintaining steel cylinder is provided with a steam inlet. The steam ejection type organic garbage processor is simple in structure, can adapt to instantaneous ejection, is high pressure resistant, high in strength and convenient in feeding, is even and orderly in discharging during steam ejection, can effectively separate the steam from slurry material, and is more stable in ejection and slide.

Disclosed is a steam ejection type organic garbage disposer with a screwing function of a feed screw cap, which comprises a steam pressure maintaining steel cylinder (19), an ejection steel cage, a feed screw cap (6), a screw cap control device and an ejection initiating cylinder (24), wherein the ejection steel cage is slidingly installed in the steam pressure maintaining steel cylinder (19); a steam inlet (17) is provided on the steam pressure maintaining steel cylinder (19); a feed inlet (27) is provided at the upper end of the ejection steel cage; the lower end of the ejection steel cage is fixedly installed with a piston rod of the ejection initiating cylinder (24); the feed screw cap (6) is installed on the feed port (27) of the ejection steel cage; and the screw cap control device is installed on the steam pressure maintaining steel cylinder (19) above the feed screw cap (6). The garbage disposer has a simple structure, convenient loading and high-pressure resistance, is suitable for instantaneous ejection, and has uniform and ordered discharge and a more stable ejection slide during steam ejection.

The invention relates to an organic matter garbage disposal system provided with a slide guide ring. The organic matter garbage disposal system provided with the slide guide ring comprises a system framework, a pressure-maintaining ejection device, a pressure-maintaining ejection device screw cap controller, a lifting feed hopper, a loading lifting device, a discharge guide cylinder and steam solid separators. The pressure-maintaining ejection device, the pressure-maintaining ejection device screw cap controller and the lifting feed hopper are sequentially installed inside the system framework from bottom to top. The loading lifting device is installed on one side of the system framework. The discharge guide cylinder is installed on the lower portion of the pressure-maintaining ejection device and connected with the steam solid separators. The organic matter garbage disposal system provided with the slide guide ring is scientific and reliable in design, suitable for instantaneous ejection, resistant to high pressure and high in strength; loading can be conducted conveniently; and in the process of steam ejection, discharge is even and orderly and ejection sliding is more stable.

The invention relates to an organic matter rubbish disposer ejecting steel cage with silicon seals. The steel cage comprises an upper sliding plate, a lower sliding plate and supporting columns. The supporting columns are fixedly installed between the upper sliding plate and the lower sliding plate. A material inlet is formed in the upper sliding plate. The supporting columns are evenly distributed and fixedly installed between the part, on the periphery of the material inlet, of the upper sliding plate and the lower sliding plate. The steel cage is simple in structure, suitable for instant ejection, resistant to high pressure and high in strength and facilitates charging; and during vapor ejection of the steel cage structure, the steel cage structure is even and ordered in discharging, and the steel cage slides more steadily.

The invention relates to a steam ejection type organic garbage processor with a steam-solid separation function. The steam ejection type organic garbage processor comprises a steam pressure maintaining steel cylinder, an ejection steel cage, a feeding screw cap, an ejection trigger cylinder, a discharge guide cylinder and a steam-solid separator, wherein the ejection steel cage is arranged in the steam pressure maintaining steel cylinder in a sliding way; the upper end of the ejection steel cage has a feeding hole; the lower end of the ejection steel cage is fixed with a piston rod of the ejection trigger cylinder; the feeding screw cap is arranged on the feeding hole of the ejection steel cage; the lower end of the steam pressure maintaining steel cylinder is connected with the steam-solid separator by the discharge guide cylinder; the steam pressure maintaining steel cylinder is provided with a steam inlet. The steam ejection type organic garbage processor is simple in structure, can adapt to instantaneous ejection, is high pressure resistant, high in strength and convenient in feeding, is even and orderly in discharging during steam ejection, can effectively separate the steam from slurry material, and is more stable in ejection and slide.

The invention relates to a catapulting steel cage with a sealing rubber ring and a rotary cover. The catapulting steel cage comprises an upper sliding disc, a lower sliding disc and supporting columns. The supporting columns are fixedly arranged between the upper sliding disc and the lower sliding disc, a feeding port is formed in the upper sliding disc, the rotary feeding cover is installed on the feeding port in a matched manner, port limiting teeth are evenly distributed on the upper edge of the inner wall of the feeding port, an inclined port sealing wall is manufactured at the portion, below the port limiting teeth, of the inner wall of the feeding port, rotary cover locking teeth are manufactured at the portion, corresponding to the port limiting teeth, on the rotary feeding cover, an inclined rotary cover sealing wall is manufactured at the portion, corresponding to the inclined port sealing wall, on the rotary feeding cover, and the supporting columns are evenly distributed and fixedly arranged at the portion, between the upper sliding disc and the lower sliding disc, on the periphery of the feeding port. The catapulting steel cage is simple in structure, suitable for instant catapulting, resistant to high pressure, high in strength and convenient to feed, and when the steel cage structure is catapulted through steam, the steel cage structure discharges materials evenly in order, and the steel cage slides more smoothly and steadily.

The invention relates to an ejection steel cage with a sliding guide ring and a screw cover. The ejection steel ring comprises an upper sliding plate, a lower sliding plate and supporting pillars. The supporting pillars are fixedly arranged between the upper sliding plate and the lower sliding plate. A feeding port is formed in the upper sliding plate. The feeding screw cover is installed in cooperation with the feeding port. Feeding port limiting teeth are evenly distributed on the upper edge of the inner wall of the feeding port. A feeding port sealing inclined wall is manufactured on the part, below the feeding port limiting teeth, of the inner wall of the feeding port. Screw cover locking teeth are manufactured at the positions, corresponding to the feeding port limiting teeth, on the feeding screw cover. A screw cover sealing inclined wall is manufactured at the position, corresponding to the feeding port sealing inclined wall, on the feeding screw cover. The supporting pillars are evenly and fixedly arranged on the part, between the upper sliding plate and the lower sliding plate, of the periphery of the feeding port. The ejection steel cage with the sliding guide ring and the screw cover is simple in structure, capable of adapting to instantaneous injection, resistant to high pressure, large in strength and capable of facilitating feeding, when steam is used for ejecting the steel cage structure, discharging of the steel cage structure is even and orderly, and sliding of the steel cage is more stable.