Flexible filler embedding machine
A flexible packing and packing room technology, applied in water conservancy engineering, marine engineering, construction and other directions, can solve the problems of difficult operation, difficult embedding and filling, idle machines and operators, and achieve the effect of tight bonding and easy embedding and filling. Effect
Inactive Publication Date: 2011-12-07
CHINA INST OF WATER RESOURCES & HYDROPOWER RES +1
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Problems solved by technology
At present, the embedded filling method widely used at home and abroad is artificial embedded filling. Since most of the flexible packing products sold in the domestic and foreign markets are plates or columns with rectangular cross-sections, and the packing itself has certain elastic-plastic properties, it is placed on the slope of the dam. It is very difficult to manually embed the V-shaped groove densely. When the external temperature is low and the hardness of the filler increases, the problem of embedding and filling will be more serious.
Therefore, the efficiency of artificial embedding is low and the quality of embedding is not very ideal
[0005] The patent No. ZL03266644.6 for the flexible filler extruder patent proposes a flexible filler extrusion equipment for on-site embedded filling construction, which can ensure good embedded filling compactness and interface bonding effect, and the construction efficiency is higher than that of manual embedded filling. Filling has been improved, but there are also some defects that limit its practical application in engineering. These defects are as follows:
[0006] 1. The process is cumbersome
It is necessary to drill holes on the concrete panel to install expansion bolts, and then use expansion bolts and pressure plates to fix the outer formwork; the length of the outer formwork is limited, and after one or two meters of embedding, the outer formwork and expansion bolts must be removed, moved forward and then re-fixed; Simultaneous drilling can damage the concrete surface
[0007] 2. The operation is difficult
[0008] 3. Low efficiency
Due to the need to continuously remove the mold and fix the mold, the process of inserting and filling is intermittent. The extruder will stop when it starts to fill a section of the V-shaped groove, and wait for the outer mold to be fixed again, causing the machine and operators to be idle.
[0009] To sum up, in order to solve the problems of low efficiency and poor quality of artificial embedding and at the same time eliminate the deficiencies of the prior art, the present invention proposes a flexible filler embedding machine for face rockfill dams
Method used
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[0032] Such as figure 1 and figure 2 As shown, the flexible filler 1 is filled into the stuffing chamber 8 from the feed port 7, the power machine 3 drives the extruding screw 9 to rotate after passing through the governor 4, the heater 10 raises the temperature of the stuffing in the stuffing chamber 8, and is extruded The role of the pressure screw 9 is to extrude from the die opening of the die head 11; the walking part of the filling machine includes support wheels 5, the steering device 12 and the height adjustment device 6 of the fuselage, and the traction part of the filling machine includes a hoist 14, a hook 13 and Wire rope 15.
[0033] The filling machine operates as image 3 As shown, the hoist 14 fixed on the top of the dam pulls the main machine across the gap on the concrete panel 2 through the wire rope 15; At the place, the embedded filling machine can better realize the embedded filling that is not directly up and down along the dam surface through the ad...
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The invention relates to an engineering machine, in particular to a flexible filler embedding machine used for embedding flexible filler in concrete face joints of face rockfill dams. The construction quality of the surface flexible packing water-stop layer of the face rockfill dam is related to the safety and stability of the dam. The low efficiency and low quality of filler embedding has always been a difficult problem for engineers and technicians. The design of the present invention strives for simple equipment and simple procedures, so as to achieve the effects of easy equipment maintenance and simple operation in actual construction, and fast and high-quality construction. It is characterized in that it has a body, and a power machine is arranged in the body, and the power machine is connected with the extrusion screw of the stuffing chamber through a governor, the stuffing room is provided with a feeding port, and the body is provided with a walking device. The outlet of the packing chamber is provided with a die head and / or a die to control the cross-section shape of the packing extrusion.
Description
technical field [0001] The invention relates to an engineering machine, in particular to a flexible filler embedding machine used for embedding flexible filler in concrete face joints of face rockfill dams. Background technique [0002] The concrete face rockfill dam is a dam form widely used in the construction of hydropower stations at home and abroad. It uses the rockfill body as the main force-bearing structure to bear the reservoir water pressure, and the reinforcement poured from bottom to top on the facing surface of the rockfill body Concrete panels are anti-seepage structures. Due to factors such as the settlement and deformation of the dam body, the concrete panels need to be poured in blocks, so that dozens of joints are formed between the panel blocks, the plinth and the panel blocks that are integrated with the surrounding mountains. Seepage, the seepage will take away the small particles in the rockfill body, forming a gradually expanding seepage channel, whic...
Claims
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IPC IPC(8): E02B3/16
Inventor鲁一晖何旭升关遇时郝巨涛窦铁生鲍志强张福成
OwnerCHINA INST OF WATER RESOURCES & HYDROPOWER RES