185results about How to "Realize streamlined operation" patented technology

Provided is a full-automatic combining module new energy material vacuum baking method and vacuum baking line. The vacuum baking line comprises at least two function box bodies which are provided with heat preservation layers and are spliced in sequence. The two function box bodies are different in function. Each function box body at least comprises a vacuum drying box body. The function box bodies are independently sealed and are spliced into a whole. The headmost function box body is provided with a front sealing door. The backmost functional box body is provided with a back sealing door. Portioning heat preservation doors which belong to adjacent function box bodies are arranged between the adjacent function box bodies, so that an independent sealed structure is formed in each function box body. According to the function of each function box body, a corresponding function source is arranged on each function box body, and a conveying device which is controlled by a control device and conveys a baked object at the previous working position to the next working position is arranged on the inner bottom face of each function box body. The full-automatic combining module new energy material vacuum baking method and vacuum baking line have the advantages that a production line for existing new energy materials can achieve streamline working, and meanwhile energy is saved, efficiency is high, time is saved, and drying effect is good.

The invention relates to an engineering machine and an engineering method, in particular to a flexible filler inlaying machine for inlaying flexible filler into concrete panel seams of concrete face rockfill dams, as well as a concrete panel seaming method. The construction quality of flexible filler water-stopping layers of surface layers of the concrete face rockfill dams relates to dam safety and stability. Low efficiency and low quality of filler inlaying are always difficult problems perplexing engineers and technicians. The design of the invention seeks to be simple in equipment and concise in process, so as to achieve the effects of easy equipment maintenance and simple operation in practical construction, and to achieve high-speed high-quality construction. The inlaying machine is characterized in that: the inlaying machine has a machine body; a power machine is arranged inside the machine body; the power machine is connected with an extrusion screw of a filler chamber through a speed governor; the filler chamber is provided with a feed port; the machine body is provided with a traveling device; and an outlet of the filler chamber is provided with a die head and / or a mouth piece for controlling the shape of an filler extruding cross section. The concrete panel seaming method is characterized in that: filler in the filler chamber of the filler inlaying machine is heated through the extruding effect of the extrusion screw and / or through a heater; and the heated filler passes through the die head and / or the mouth piece which is arranged in the outlet of the filler chamber to control the shape of the filler extruding cross section, and then the extruded and shaped filler enters into concrete panel seams through inlaying.