Compression-resistant and impact-resistant mobile explosion-proof monitoring terminal equipment
A monitoring terminal and shock-resistant technology, applied in mechanical equipment, vibration suppression adjustment, non-rotational vibration suppression, etc., can solve the problems of construction site changes, increased labor costs, inability to move at any time, etc., to improve compression and shock resistance. , the effect of reducing monitoring costs and improving protection
- Application Information
AI Technical Summary
Problems solved by technology
 1 embodiment, with reference to the accompanying examples Figure 1-8 A present invention provides a compression impact proof monitoring mobile terminal device, comprising a terminal body is detected, the detecting terminal body 1 is provided outside the impact mechanism, the detecting terminal body 1 is provided with four outer compression assembly, the detecting terminal body defines a well and a top groove 38, the top of the rectangular groove 38 is provided with explosive detection means;
 The impact including impact mechanism assembly, said assembly comprising four shock 3 impact the baffle impingement baffle 3 four equally spaced on the outside of the detection terminal body 1, the side of the fixed impingement baffle 3 8 are connected to two buffer shells, the two shells buffer 8 side has a U-shaped strip 14, the two U-shaped connecting plate 14 extends into the interior of an end of the buffer housing 8, the two U-shaped side connecting plate 14 provided with...
 Example 2, referring to the attachment Figure 9 According to a mobile explosion-proof monitoring terminal device provided by the present invention, the compressible assembly includes a sleeve 39 that is fixed to the detecting terminal body 1, and the sleeve 39 is provided. The support rod 40 is fixedly coupled to the impact baffle 3, and the support rod 40 extends inside the sleeve 39, and the sleeve 39 is provided with a seventh spring 41, the seventh spring 41 and The support rod 40 is in contact.
 The application process of the present invention is as follows: When the present invention is used, the motor 35, the motor 35 is activated and the first thread rod 31 is rotated, and the first thread rod 31 rotates and drives the pulley 37 to rotate, the pulley 37 rotates and drives the belt 34 to rotate, The second screw 42 is also rotated together, the first thread rod 31 and the second screw 42 rotate and drive the moving block 24 move, the slide 25 on both sides of...
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