Combined type diamond bit with rotary buffer structure
A diamond drill bit and cushioning structure technology, which is applied in the direction of drill bits, drilling tools, drilling equipment, etc., can solve problems such as lateral vibration, external PDC tooth impact collapse or even brittle fracture of the blade, strong drill bit, etc., to achieve uniform wear and avoid rapid failure, enhanced working life effect
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Embodiment 1
[0092] An embodiment of the present invention provides a composite diamond drill bit with a rotation buffer structure. see figure 1 and figure 2 , The drill bit includes a drill bit body 1, a blade 2, a cone consisting of two cone bodies 4 and teeth 41, a tooth palm 3, a water eye or a nozzle 5, and a buffer seat 6. The blade 2 extends from the drill body 1 or is fixed on the drill body 1 , and scraping teeth 21 are arranged on the blade 2 . A blade 2 is arranged between the front gear and the rear gear, and the buffer seat 6 is independently arranged between the front gear and the blade 2 following rotation. The rotary buffer unit 7 is rotationally connected to the buffer seat 6 through the hollow slot 61 on the buffer seat 6 . The rotary damping unit 7 consists of a rotating body 71 and damping elements or damping teeth 72 .
[0093] see figure 1 , when there are only two cones on the drill bit in this embodiment, each cone can be either a front cone or a rear cone. Wh...
Embodiment 2
[0111] The embodiment of the present invention provides a composite drill bit suitable for directional drilling in hard formations. see figure 1 , 16 and Figure 17 , The drill bit includes a drill bit body 1, a blade 2, a cone consisting of two cone bodies 4 and teeth 41, a palm 3, a water eye or a nozzle 5, and a buffer seat 6. The blade 2 extends from the drill body 1 or is fixed on the drill body 1 , and scraping teeth 21 are arranged on the blade 2 . A blade 2 is arranged between the front gear and the rear gear, and a buffer seat 6 is arranged between the front gear and the blade 2 following rotation, and a rotating buffer module is arranged on the buffer base 6 .
[0112] The drill bit also includes a drill bit axis. During the rock breaking process, the drill bit can rotate around the drill bit axis to make the scraping teeth 21 on the blade 2 move relative to the rock, thereby cutting the rock.
[0113] The cone is rotatably connected with the tooth palm 3 through...
Embodiment 3
[0134] The embodiment of the present invention provides a composite drill bit suitable for directional drilling in hard formations. see Figure 28 , The drill bit includes a drill bit body 1, a blade 2, a cone consisting of two cone bodies 4 and teeth 41, a palm 3, a water eye or a nozzle 5, and a buffer seat 6. The blade 2 extends from the drill body 1 or is fixed on the drill body 1 , and scraping teeth 21 are arranged on the blade 2 . A knife wing 2 is arranged between the front toothed wheel and the back toothed wheel, and a buffer seat 6 is arranged between the front toothed wheel and the rotating following knife wing 2 , and a rolling body is arranged on the buffer seat 6 . The rolling body and the buffer seat 6 form a rolling connection with double-side support through the hollow groove 61 on the buffer seat.
[0135] The drill bit also includes a drill bit axis. During the rock breaking process, the drill bit can rotate around the drill bit axis to make the scraping ...
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