Mounting device and method of tandem-type rock mass three-dimensional disturbance stress sensor

A mounting device of a tandem-type rock mass three-dimensional disturbance stress sensor, wherein the mounting device is formed by sequentially connecting a head end unit, a plurality of repetitive units, and a tail end unit:

• the head end unit comprises:
• a top adhesive cartridge, wherein a head end triggering mechanism is disposed in the top adhesive cartridge, and the head end triggering mechanism is configured to control adhesive fluid in the top adhesive cartridge to flow out;
• and
• a head end assembling member, wherein a first end of the head end assembling member is fixedly connected to a bottom end of the top adhesive cartridge, and a second end of the head end assembling member is fixedly connected to the repetitive unit;
• each repetitive unit comprises:
• a three-dimensional disturbance stress sensor;
• a first assembling member, wherein a first end of the first assembling member is fixedly connected to a second end of the three-dimensional disturbance stress sensor;
• a first hole packer, disposed in a middle of the first assembling member and configured to block the adhesive fluid;
• a first pushing rod, wherein a first end of the first pushing rod is fixedly connected to a second end of the first assembling member;
• a second assembling member, wherein a first end of the second assembling member is fixedly connected to a second end of the first pushing rod;
• a first adhesive cartridge, wherein a first triggering mechanism is disposed in the first adhesive cartridge, the first triggering mechanism is configured to control adhesive fluid in the first adhesive cartridge to flow out, and a top end of the first adhesive cartridge is fixedly connected to a second end of the second assembling member;
• and
• a third assembling member, wherein a first end of the third assembling member is fixedly connected to a bottom end of the first adhesive cartridge;
• a first end of a three-dimensional disturbance stress sensor of a first repetitive unit in the plurality of repetitive units is fixedly connected to the second end of the head end assembling member, a second end of a third assembling member of the first repetitive unit is fixedly connected to a first end of a three-dimensional disturbance stress sensor of a next repetitive unit, and a second end of a last three-dimensional disturbance stress sensor is fixedly connected to the tail end unit;
• and
• the tail end unit comprises:
• a tail end assembling member, wherein a first end of the tail end assembling member is fixedly connected to the second end of the last three-dimensional disturbance stress sensor;
• and
• a tail end pushing rod, wherein a first end of the tail end pushing rod is detachably connected to a second end of the tail end assembling member.