8results about How to "Conveying orderly" patented technology

The utility model relates to a kind of direct reduction briquette binder discharge devices for avoiding powder blockage, including discharge frame, subassembly;Discharge frame top has been opened into feed inlet, the feed inlet lower side is provided with the blowing part blowing part of a plurality of air holes, agitator rod is set below blowing part, agitator rod is rotatably installed with discharge frame;Subassembly makes the lower part of discharge frame divide into multiple small areas, powder is in multiple small area subassembly and is quantitatively conveyed via subassembly;Between stirring rod and subassembly, a sieve plate is equipped, while vibrating component vibration, the powder that falls on sieve plate is buffered;Powder falls into discharge frame, starts blowing part to form airflow, while avoiding powder blockage and bridging by the rotation of stirring rod, vibrating component synchronously makes discharge frame vibrate up and down, so that powder is buffered on sieve plate, and powder is quantitatively conveyed by the rotation of subassembly.The utility model reaches the beneficial effect that: it is more efficient, stable and high degree of automation, effectively avoid powder caking or blockage.

The invention relates to the technical field of mussel cleaning, in particular to efficient cleaning equipment and a cleaning method for grading and shell protection of mussels. Comprising a machine frame, a cleaning pool and a conveying belt are arranged on the machine frame, the conveying belt is provided with a horizontal conveying section submerged below the liquid level of the cleaning pool and a climbing section penetrating out of the liquid level in an upward inclined mode, a grading mechanism is arranged on the front half portion of the horizontal conveying section and comprises a vibration material frame and a net bag arranged in the vibration material frame, and a height adjusting frame is arranged on the machine frame. A vibration generator is arranged on the height adjusting frame, the net bag is composed of a fixed net and a movable net, an inner frame is arranged in the vibration material frame and can drive the movable net to be close to or away from the fixed net, and a material falling net gap is formed between the fixed net and the movable net. By adjusting the blanking net gap between the movable net and the fixed net, stage-by-stage release of mussels is achieved, extrusion damage is avoided, then dirt in the mussels is removed under the cleaning action of pre-cleaning, aeration turning and washing and variable-frequency spraying, and the cleaning effect is improved.

The utility model discloses a quick material taking structure for automatic pin nailer, including the pin storage box, the bottom fixed setting of pin storage box one side has the mounting seat, the top fixed mounting of mounting seat inner wall one side has the first electric telescopic handle, and the movable end of first electric telescopic handle extends to the inside fixed connection of pin storage box with first material baffle, and the bottom fixed mounting of mounting seat inner wall one side has the second electric telescopic handle, and the movable end of second electric telescopic handle extends to the inside fixed connection of pin storage box with second material baffle, the utility model discloses a quick material taking structure for automatic pin nailer, through second electric telescopic handle drive second material baffle contract into second through -slot, make between second material baffle and first material baffle pin drop on the guide material inclined plate, and along with guide material inclined plate roll to the junction of guide material inclined plate and spacing strip, and then to the pin limit, again through the mechanical arm drive pneumatic clamping jaw moves to the upper pin and clamps it.

This utility model relates to the field of pelletizer technology, specifically to a front door feeding port structure for a pelletizer. The front door feeding port structure includes a conveying mechanism, a guiding mechanism, and a wire guide mechanism located on one side of the guiding mechanism. A limiting mechanism is provided above the wire guide mechanism. The conveying mechanism includes a front door with a feeding port installed on it. The guiding mechanism includes a guide roller with multiple equally spaced guide grooves. The wire guide mechanism includes a support platform and a wire guide wheel mounted on the support platform, with fixing holes penetrating both ends of the wheel on the support platform. The upper pressure roller in the front door feeding port structure of this pelletizer can limit the top of the pellet, preventing it from tilting upwards during conveying. It limits the range of motion of the pellet during conveying, preventing tilting and ensuring orderly output of the pellet.

This utility model discloses a chain conveyor with a vertical differential structure, belonging to the technical field of conveyor equipment. Multiple conveyor chain units are arranged on the frame, with the symmetry plane of each unit coinciding with the center line of the frame. The multiple conveyor chain units are arranged in a stepped manner on the frame. The frame is equipped with a drive mechanism for simultaneously moving the multiple conveyor chain units and a guide plate for guiding the transported goods. This application can meet the mixed conveying needs of pallets with different sizes. The power output (conveyor chain) of this application features a vertical differential structure and a single power source, which can be matched with multiple power outputs.

The utility model relates to vibrating disc screening technical field, and disclose a kind of vibrating disc for feeding and screening, including feeding frame, feeding support base, vibrating chassis and vibrating screening disc, feeding support base is basic structure, bottom universal wheel is convenient to move, top right side triangular feeding support frame is right-tilted stably supported feeding frame, there is feeding hopper in feeding frame left side, top is provided with inclined feeding pipe, end discharge port horizontal is towards vibrating screening disc, feeding assembly in feeding frame contains feeding group and drive group;Feeding plate is equidistantly connected between synchronous belt;Drive group contains feeding drive shaft and servo motor, servo motor drives feeding drive shaft by bevel gear transmission, drives synchronous belt operation, feeding support base right side vibrating disc support frame supports vibrating disc support plate, vibrating chassis on it drives vibrating screening disc vibration, controller controls overall operation, when working, material enters by feeding hopper, is conveyed to feeding pipe by feeding assembly, falls into vibrating screening disc and completes screening.