40results about How to "Realize cycle job" patented technology

A pipe pile production feed system is characterized in that a feed hole of a mixer at the top of a mixing station is connected with a conveyor belt, a distribution cart is disposed on a second level below the discharge hole of the mixer, two to ten distribution hoppers and the distribution cart are mounted on guide rails and can be driven to reciprocate on the guide rails by a reciprocating traction device, the distribution hoppers are disposed on a third level below the position of the distribution cart, each distribution hopper is correspondingly connected with one feed hopper on the fourth level, each feed hopper is fixedly mounted above a corresponding light rail, a flatcar driven to move through a light rail traction device is disposed on the light rails, and a limit device used for limiting a pipe pile lower mould is disposed on the flatcar. The system has the advantages that idle time of each concrete pipe pile device is shortened greatly, utilization rate of equipment is increased, and the yield of concrete pipe piles per unit time is more doubled as high as the yield of the original equipment.

The invention provides an ink jet system of printing equipment, and belongs to the technical field of printing machinery. The ink jet system of the printing equipment comprises a frame, an ink jet mechanism and a nozzle cleaning mechanism, wherein the ink jet mechanism comprises a conveying channel horizontally arranged and used for conveying a printing medium, a working flat plate movably mounted above the conveying channel, and at least one nozzle detachably inserted on the working flat plate; the working flat plate can be displaced in the vertical direction to be near or far from the conveying channel; an ink outlet for jetting ink to the printing medium is formed in the lower end surface of the nozzle; the ink jet direction of the ink outlet is perpendicular to the conveying direction of the conveying channel; and the nozzle cleaning mechanism is arranged below the working flat plate, and is used for cleaning ink in the nozzle. The ink jet system of the printing equipment has the advantages of reasonable design and reliable work.

The invention discloses a turtle breeding device which is easy to remove feces, comprising: a breeding tank including a first baffle, a second baffle, a third baffle and a waste outlet; a sedimentation tank including a plurality of overflow plates , a waste material inlet and a sedimentation liquid outlet; a filter tank, which includes a first filter assembly, a sedimentation liquid inlet, and a clear liquid outlet; a sterilizing pool, which includes an ultraviolet germicidal lamp, a clear liquid inlet, and a sterilizing liquid outlet; the waste material outlet passes through the first The pipeline is communicated with the waste material inlet; the sedimentation liquid outlet is communicated with the sedimentation liquid inlet through the second pipeline; the clear liquid outlet is communicated with the clear liquid inlet through the third pipeline; the sterilizing liquid outlet is communicated through the fourth The pipeline communicates with the culture pond. The invention has the beneficial effects of being easy to remove feces, reducing manpower and material resources, and being able to circulate, and avoiding large changes in the living environment of turtles due to overall cleaning and changing water, which is not conducive to the growth of turtles.

The invention relates to a construction method of double shear wall formworks at a deformation joint of a high-rise building, in particular to a construction method of double shear wall formworks at a deformation joint of a high-rise building. The construction method comprises the following steps: firstly constructing a shear wall at one side of the deformation joint; binding reinforcing steel bars; carrying out slurry leakage-proof treatment on a lower opening of the formwork; arranging an outside steel formwork of a wall body and an inside wooden formwork of the wall body; installing a wall penetrating screw, tightening the wall penetrating screw and rectifying the verticality of the wall penetrating screw; pouring concrete; removing the formworks; and finally constructing the shear wall at the other side of the deformation joint. With the adoption of the construction method provided by the invention, the phenomena of formwork shifting and slurry leaking cannot easily occur, the quality of pouring the concrete can be effectively controlled, the construction cost is effectively saved, and the problem that cracks and damage can be caused to a building in swinging is solved. With the adoption of the construction method provided by the invention, after the construction of the shear wall at one side of the deformation joint is completed, the outside steel formwork can be immediately hung to the shear wall to be constructed at the other side of the deformation joint by a tower crane, and the steel formworks are used in an alternating and circulating manner to form a line production operation, so that the working time is effectively shortened.

The invention relates to the technical field of metal workpiece processing equipment, specifically a carburizing furnace for metal workpieces, including a furnace body, a conveying mechanism, a box body, a storage mechanism and a sealing mechanism; The storage mechanism can circulate into the furnace body for processing, and then flow out to realize cycle operation, and the workpiece is placed between the two clamping mechanisms, which is easy to install and disassemble, and can clamp workpieces of different thicknesses; the pneumatic rod drives the sealing mechanism Telescopic movement, so that during processing, the first sealing block and the second sealing block block the cavity of the box body to avoid heat loss. When the material needs to be fed in and out, the pneumatic rod drives the sealing block to leave the box body, thereby realizing the storage mechanism. Circulation, and then the sealing block is quickly closed to ensure that the heat will not be lost during the circulation of the workpiece, thereby reducing energy consumption.