Method of using automatic drilling jumbo to drill suspending hole in subway tunnel
A technology for hanging holes in tunnels, which is applied to drilling equipment and methods, earthwork drilling, drilling equipment, etc. It can solve problems such as automatic drilling of hanging holes by automatic drilling trolleys, shorten the installation period, improve The effect of punching quality and eliminating potential safety hazards
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Embodiment 1
[0045] Embodiment one (circular tunnel section formed by shield method)
[0046] See attached image 3 and attached Figure 4 , a kind of subway tunnel suspension automatic perforating trolley of the present invention comprises trolley structure system, perforating driving device 4, power supply unit 10, traveling device 14, braking device 7, console 6, and control system.
[0047] The trolley structure system is composed of a trolley base 1, a first transverse slideway 2, a first support system 3, and an inspection escalator 11.
[0048] see attached Figure 5 And attached Figure 6 , trolley base 1, including a pair of passive running wheels 1.1 and a pair of driving wheels 14.4 located on the trolley base 1, running rails 20, trolley inclined bars 1.2, cross bars 1.3, and longitudinal bars that are assembled and welded to form a frame structure 1.4, the bearing ear plate 1.5 welded to the corresponding position on the frame structure, and the fixed connecting plate 1.6....
Embodiment 2
[0095] Embodiment two (rectangular tunnel section formed by open cut method)
[0096] See attached figure 1 , attached Figure 15 and attached Figure 16 . The cross-section of the tunnel formed by the cut-and-open method is generally rectangular. The difference between the second embodiment and the first embodiment is that the trolley structure system is different, and the other parts are basically the same as the first embodiment.
[0097] The trolley structure system includes a second transverse slideway 17 and a second support system 19. The second transverse slideway 17 is composed of two vertical slideways 17.1 and a horizontal slideway 17.2, wherein the vertical slideway 17.1 and the horizontal slideway 17.2 form a rectangular structure corresponding to the section of the tunnel. The second support system 19 includes horizontal and vertical connecting rods and auxiliary support slanting rods 19.1. Among them, the auxiliary support slanting rod 19.1 is symmetrically...
Embodiment 3
[0100] See attached Figure 20, as a further improved embodiment, the difference between this embodiment and embodiment one or embodiment two is that: the number of groups of the first transverse slideway 2 or the second transverse slideway 17 has been added to more than two groups, and in the first Several groups of longitudinal slideways 2-1 are added on the transverse slideway 2 or the second transverse slideway 17, specifically the first transverse slideway 2 or the second transverse slideway 17 are arranged in parallel and spaced along the longitudinal direction of the trolley base 13 Groups, each group of the first transverse slideway 2 or the second transverse slideway 17 is equipped with several groups of vertical slideway 2- 1. The longitudinal slideway 2-1 is provided with a chute for installation along the length direction of the slideway. The chute preferably uses a T-shaped groove 2.1, and the base of the driving push rod 4.3 is connected to the slideway of the lo...
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