7results about How to "Improve feeding stability" patented technology

The utility model discloses a kind of mixing material device for plastic film preparation, including device cylinder, its periphery is equipped with fixed support, top has top plate body and maintenance cover plate, cover plate edge sealing rubber strip enhances sealing, top plate body is installed stirring motor by shock absorber support, its drive rotating shaft and have the stirring blade of main and deputy blade, realize material uniform mixing, weighing sensor below feed inlet cooperates with screw feeding mechanism, pitch gradually changed helical blade ensures that feeding is stable and accurate, control device realizes automatic control by PLC controller and touch screen, stainless steel pneumatic butterfly valve is equipped in discharge port, valve plate is coated with polytetrafluoroethylene coating, it is convenient to accurately control discharging, device cylinder inner wall Teflon anti-sticking coating is convenient to clean and maintain.The device is optimized through structure and intelligent control, solves traditional mixing device poor sealing, stirring is not even, feeding is not accurate and the like, improves mixing quality and production efficiency, with good practicality and innovativeness.

The application discloses a kind of packing hose sorting feeding device and method, including vibration disc, discharging device, first carousel, conveying belt, vibration disc is transmitted to discharging device, discharging device includes discharging hopper, soft tube is sent to the upper end of installation baffle lever in discharging hopper, one end of the thread head of soft tube falls downward, first carousel installs multiple receiving cylinders, the thread head of soft tube is inserted into receiving cylinder with downward part, first carousel rotates and makes the receiving cylinder that is placed with soft tube rotate half circle, the open end of soft tube is downwardly sleeved in the vertical rod of conveying belt, if the thread head of soft tube inserted into receiving cylinder is outward, trigger rejection device, the gripper of rejection device is gripped and separated from receiving cylinder, the open end of rejected soft tube is placed downward in the vertical rod of conveying belt, the application is adapted to the weight difference of baffle lever and soft tube in discharging hopper, preliminary orientation can be realized without additional power, complete from disorder to directional sleeve rod whole-process automation is completed with sensing detection and rejection device.

This utility model relates to the technical field of baghouse dust collectors and discloses a stable feeding structure for a baghouse dust collector, including a hollow cylinder and a belt. A feed inlet is located on the top left side of the hollow cylinder, and a motor is fixedly connected to the bottom right side of the hollow cylinder. Rotating wheels are rotatably connected to the left and right sides of the bottom of the hollow cylinder, and the two rotating wheels are connected by the belt drive. The output end of the motor passes through the hollow cylinder and is fixedly connected to the left rotating wheel. An auger is fixedly connected to the top of the left rotating wheel. In this utility model, material enters the hollow cylinder through the feed inlet. After the motor is started, the belt drive causes the rotating wheels to rotate. The left rotating wheel drives the rotating rod and the hollow disc to rotate. The hole of the rod and the hollow plate cooperate to push the material to the bottom of the cylinder. As the material increases, it compresses the spring rod, causing the lower connecting plate to move down, exposing the hollow plate at the bottom of the tube. The rotation of the right rotating wheel drives the telescopic tube and the auger to feed material, thereby improving stability.

The utility model discloses a kind of electric horn plug piece insulating seat diode cutting and shearing assembly equipment, including the cutting and shearing assembly equipment body of electric horn plug piece insulating seat diode is cut and sheared and assembled, the blanking frame of the diode is assisted blanking is provided in the side of cutting and shearing assembly equipment body, the placing plate of the transfer frame is placed and is provided in the side of cutting and shearing assembly equipment body and below blanking frame, auxiliary extension assembly is provided on blanking frame, the utility model is extended blanking length of blanking frame by setting auxiliary extension assembly, to adapt to the transfer frame of different height according to blanking needs autonomously, avoid diode from high place directly falling into shorter transfer frame, and can form an auxiliary conveying structure in extension end, to assist transmission blanking to diode, and avoid diode to accumulate when blanking after overall length extension of blanking frame.

The invention relates to a rectangular magnetic block feeding mechanism and a rotor assembling device. The rectangular magnetic block feeding mechanism and the rotor assembling device are used for providing rectangular magnetic blocks in an edge-on state for the assembling device. Comprising a storage module, a linear driving module, a transition module and a propelling module, the storage module is provided with a plurality of transverse storage channels which are longitudinally arranged, and the width of the channels is matched with the length of the rectangular magnetic blocks, so that the overturning freedom degree of the magnetic blocks in the conveying process is limited, and it is ensured that the magnetic blocks are temporarily stored side by side in sequence; an indication module is further arranged at the feeding end of the storage module and used for reminding that the current channel is full of materials or is in a to-be-fed state. The transverse storage channel restrains the postures of the magnetic blocks, the situation that the surfaces of the magnetic blocks are damaged due to overturning or vibration in the conveying process of the magnetic blocks is effectively avoided, traditional vibration disc feeding is replaced, and the noise and the material clamping risk are reduced; and meanwhile, real-time visual monitoring of the material state is achieved through the indication module, an operator can supplement materials in advance conveniently, and feeding continuity and production efficiency are guaranteed.

The utility model discloses a kind of nanocrystalline magnetic ring processing is used loading device, including workbench, the upper middle part of workbench is equipped with storage tank, two inside the storage tank are equipped with downwardly inclined guide plate, motor is equipped with below the guide plate in the storage tank, motor rotating shaft is fixedly connected with driving roll shaft and penetrates storage tank, driven roll shaft is equipped with in the storage tank and away from driving roll shaft side, it is driven by transmission belt driving connection between driving roll shaft and driven roll shaft, the side wall of the storage tank is equipped with guide inlet in driving roll shaft side, storage tank is equipped with undergate below guide inlet, shaft rod is equipped with in the storage tank and above driven roll shaft, shaft rod outside is equipped with pusher roll shaft plate. This kind of loading device structure is simple and easy to understand, and it is convenient to load magnetic ring, and loading stability is good, avoid the phenomenon that magnetic ring appears damage in loading process, effectively improve the processing efficiency of magnetic ring.

The utility model discloses a flexible diaphragm continuous feeding machine, including frame, lift platform, conveyer belt, driving motor, speed reducer, the frame both sides are provided with half height crossbeam, a plurality of guide posts are arranged between half height crossbeam to frame bottom, the lift platform is hung through linear bearing and is provided with a plurality of layers of the conveyer belt of stacking arrangement on the lift platform, the same end of every conveyer belt is circumscribed a transmission gear, the frame is provided with driving motor in half height position. Through above -mentioned mode, the utility model provides a flexible diaphragm continuous feeding machine, adopts three -dimensional structure to realize large capacity buffer, and the diaphragm output is switched in order through the lifting mode, and driving motor alternately cooperates each transmission gear and realizes action linkage, and simultaneously, the dust roller is increased to the diaphragm static electricity big dust many problems and realizes the modularization replacement, not only has improved the feeding stability greatly, and has reduced the maintenance difficulty obviously, has improved the operation efficiency effectively.