An impact extrusion repair device for geological exploration components

Abstract

The invention discloses an impact-type extrusion repairing device for geological exploration components, which includes a traction base, a conveying device, an adjusting table body and an adjusting frame, and the conveying device is sequentially provided with an upper and lower azimuth excitation vibration area from left to right . Adjust the fixed area and the side azimuth excitation vibration area, the conveying device also includes an output device, fan-shaped protrusions are installed on the underside of the adjustment table body, and an inverted U-shaped support frame is provided on the upper side of the adjustment table body, The lower end of the adjustment frame is provided with a guide sleeve and a cantilever rod, and the middle part of the adjustment frame is equipped with a support control device and a pitch angle control device, and the support control device is located inside the pitch angle control device. The present invention adopts different azimuth excitation methods to vibrate and mix the mixed medium, the mixing entropy value is high, and the mixing effect is good, and various methods can be used to adjust the elevation angle of the whole device in different azimuths, which is suitable for repairing work in different positions of geological exploration .

Description

technical field [0001] The invention relates to the technical field of geological exploration auxiliary equipment design, in particular to an impact extrusion repair device for geological exploration components. Background technique [0002] Engineering geological survey is a geological survey and research work to find out the geological factors affecting engineering buildings. The geological factors to be investigated include geological structure or geological structure: landform, hydrogeological conditions, physical and mechanical properties of soil and rock, natural (physical) geological phenomena and natural building materials, etc. These are often referred to as engineered geological conditions. After ascertaining the engineering geological conditions, it is necessary to predict the mode, characteristics and scale of the interaction between the engineering building and the geological environment (that is, the engineering geological action) according to the structure an...

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Problems solved by technology

[0003] However, the existing repairing devices for geological exploration components can neither remix the mixed medium inside the conveying device by means of excitation in different directions, nor can it increase the mixing entropy of the mixed medium, it is difficult to increase the mixing effect, and it is not easy to realize the support of the conveying device and elevation angle adjustment function; some geological exploration component repair devices are not conducive to the one-way output of mixed media diversion, and it is difficult to use hydraulic cylinders in different directions to realize the alternate one-way output function of mixed media; some geological exploration component repair devices are not conducive to the conveying device. When the pitch angle is adjusted, there is an angle bending between the conveying device and the mixing box, which affects the input and output of the mixed medium; some geological exploration component repair devices are not conducive to realizing the separation function between the fan-shaped raised bottom of the node body and the traction base, and it is difficult Realize the function of adjusting the overall elevation angle of the adjustment table body relative to the traction base; some geological exploration component repair devices are not conducive to the installation of different azimuth mixed-medium vibration source devices and are not conducive to the arrangement of transmission components; It can realize that the vibration plate can transmit the vibration to the upper and lower azimuth excitation vibration area and the side azimuth excitation vibration area through the flexible wear-resistant rubber plate. At the same time, the vibration excitation can only be transmitted to the rigid surface of the conveying device and cannot be transmitted to the conveying device through the flexible surface. The situation in the internal area occurs; some geological exploration component repair devices can neither support the fixed jack; nor can the jack exert force on the tail of the conveying device to make the conveying device realize the function of the pitch angle, and it is not conducive to realize the bottom of the adjustment frame along the horizontal guide bar. Guidance movement function; some geological exploration component repair devices cannot precisely move the position of the adjustment frame relative to the adjustment table body, and cannot realize the function of adjusting the position of the conveying device relative to the adjustment table body; some geological exploration component repair devices cannot realize the adjustment frame along the horizontal guide rod Mobile, can not realize the function of manual mechanical locking and positioning, and can not realize the function of supporting and fixing the parts installed between the lower bracket and the upper fixed frame; some geological exploration component repair devices cannot adjust the semicircle according to the position of the rotating vertical screw The position between the shaped supporting plate and the semicircular fixing plate is difficult to limit the rotation position of the vertical screw, and it is impossible to release the rotation position of the vertical screw by removing the breaks of the two sides through the U-shaped positioning block of the break groove as required Due to the limitation, the positioning of the U-shaped positioning block relative to the vertical screw position cannot be realized; some geological exploration component repair devices are not conducive to lowering the center of gravity of the fixed position of the conveying device, and the fixed position of the lower bracket and the upper fixed frame and the fixed position of the conveying device cannot be realized. The fixed positions do not coincide, which cannot avoid the overlapping of the assembly surface and reduce the excessive concentration of stress; it is difficult for some geological exploration component repair devices to limit the position of the arc-shaped long waist hole and limit the angle adjustment range of the adjustment arm, and it is impossible to avoid the left side of the adjustment arm and the device as a whole Due to the positional interference of the components, the rotation angle of the adjusting arm cannot be limited to the two upper and lower areas demarcated between the horizontal line and the upper limit ray and the lower limit ray according to actual needs, and some geological exploration component repair devices are not convenient to use It is not conducive to fix the adjusting arm on the fan-shaped plate when the geological prospecting repair part is adjusted relative to the actual position of the device

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