36results about How to "Realize fully automatic conveying" patented technology

The invention discloses an automatic packing machine for diapers. A diaper is clamped and conveyed from two sides of a conveyer belt; the diaper is clamped by a material clamping mechanism, so that the width of the diaper is smaller than or equal to the width of a side plate in a bag opening and material conveying mechanism; the diaper is pushed into the bag opening and material conveying mechanism through a material pushing mechanism; the bag opening and material conveying mechanism limits a plurality of diapers left and right to a width which is convenient for entering packing bags; the bag opening and material conveying mechanism can slide and enable the side plate to enter a far-end packing bag, so that the packing bag is opened; the packing bag is stopped after being conveyed to a position corresponding to a bag sucking mechanism, and the bag is opened by the bag sucking mechanism; the material pushing mechanism performs material pushing and pushes the diaper into the packing bag smoothly; the packed diaper slides further along with the bag opening and material conveying mechanism to be pushed integrally into a sealing and cutting packing mechanism on the other side of the conveyer belt mechanism; the material pushing mechanism pushes the diaper to the sealing and cutting packing mechanism to finish sealing; automatic conveying and bagging of the diaper are realized; and stability and production efficiency are enhanced.

The invention discloses a human red blood cell filling cap screwing machine which comprises a conveying device, a bottle feeding device in butt joint to the front end of the conveying device and a bottle discharging device in butt joint to the back end of the conveying device; a main driving device is in butt joint to the middle of the conveying device and comprises a disc-shaped equal spacing rotating disc, fixed grooves for fixing bottle bodies are formed in an equally spaced manner in the outer circumferential face of the equal spacing rotating disc; a filling station, a cap hanging station, a cap covering correcting station and a cap screwing station are successively arranged on the outer circumference of the equal spacing rotating disc, and the cap hanging station is in butt joint tothe tail end of the cap feeding device; a filling device is arranged on the filling station and comprises a linear peristaltic pump, and a peristaltic pump hose is arranged in a pipe ditch of the linear peristaltic pump; the inlet section of the peristaltic pump hose is inserted into a liquid supply container; and the port of the outlet section of the peristaltic pump hose is connected to a filling needle. The human red blood cell filling cap screwing machine disclosed by the invention can increase the production efficiency of a human red blood cell filling cap screwing process and ensure theproduction quality, and increases the space utilization ratio.

The invention provides a bundled glass tube conveyer which can transport glass tubes to different procedures to be packaged. The bundled glass tube conveyer comprises a rack, a driving unit, a driving shaft, a driven shaft, a fixed conveying unit, an adjustment conveying unit, a plurality of bundled glass tube movable brackets, a plurality of bundled glass tube fixed brackets, and a glass tube bracket interval adjustment device, wherein the driving shaft is connected with the driving unit; the fixed conveying unit comprises a fixed driving wheel, a fixed driven wheel and a fixed connecting piece; the adjustment conveying unit comprises an adjustment driving wheel, an adjustment driven wheel and an adjustment connecting piece; the bundled glass tube movable brackets are mounted on the fixed connecting piece; the fixed driving wheel and the adjustment driving wheel are mounted on the driving shaft; the fixed driving wheel is positioned on the outer side of the adjustment driving wheel; the fixed driven wheel and the adjustment driven wheel are mounted on the driven shaft; and the fixed driven wheel is positioned on the outer side of the adjustment driven wheel.

The invention discloses a chain type feeding and conveying device of a net rack pipe end circular seam full-automatic welding machine. The chain type feeding and conveying device of the net rack pipe end circular seam full-automatic welding machine comprises a chain conveying mechanism, a position adjusting mechanism, a tension adjusting mechanism and a to-be-welded pipe position detecting device, wherein the input end of the chain conveying mechanism is used for manual feeding, and the full-automatic welding machine is mounted at the output end of the chain conveying mechanism; the chain conveying mechanism comprises a machine base, machine frames, driven chain wheels, driving chain wheels, conveying chains, sliding shafts and rotating shafts, wherein the number of the machine frames is two, the sliding shafts are mounted in sliding grooves formed in the machine frames in a sliding mode, the rotating shafts and lead screws are rotationally mounted in cylindrical holes formed in the machine frames correspondingly, the two driven chain wheels are rotationally mounted on the two sides of each sliding shaft; the two sides of each rotating shaft are connected and provided with two driving chain wheels through sliding flat keys, the driven chain wheels and the driving chain wheels are provided with the conveying chains in a meshed mode, the number of the conveying chains is two, one end of each rotating shaft is in transmission connection with a motor through belt transmission. The chain type feeding and conveying device of the net rack pipe end circular seam full-automatic welding machine is simple and reasonable in structure and convenient to use; after a plurality of to-be-welded pipes are placed on the chain type feeding and conveying device at a time, full-automatic conveying of the whole welding process of the to-be-welded pipes can be achieved under driving of the motor, the conveying process is safe and reliable, the labor intensity of conveying is reduced, and the conveying efficiency is improved.