2results about How to "Improve perfusion quality" patented technology

The utility model relates to the technical field of concrete pouring, in particular to a concrete pouring device which comprises a support, a pouring box body is arranged on one side of the support, a pouring outlet is fixedly installed on one side of the pouring box body, a pouring guide pipe is installed on one side of the pouring outlet, and the pouring outlet and the pouring guide pipe are connected through a connector. The stabilizing assembly is mounted on the outer side of the perfusion catheter, and the stabilizing assembly is used for keeping the stability of the perfusion catheter; and the supporting assembly is installed on one side of the stabilizing assembly, and the supporting assembly is used for installing the stabilizing assembly. Compared with the prior art, multi-point clamping and limiting of the concrete pouring guide pipe are achieved through the stabilizing assembly, a stable and reliable fixing structure is constructed, the guide pipe is effectively prevented from inclining, swinging or loosening due to concrete flow impact and construction vibration, it is ensured that the pouring guide pipe is kept perpendicular or at a preset angle all the time, and the construction efficiency is improved. The pouring quality and the construction safety are improved, and the good popularization value is achieved.

The invention relates to the technical field of pile foundation construction, and discloses an intelligent drilling pile-forming construction method for a large-diameter ultra-deep rotary excavating pile in a complex karst area, which comprises the following construction steps: 1) according to the digital conversion of a plane histogram of a pile hole, obtaining drilling stratum information and transmitting the drilling stratum information to a rotary excavating drilling machine; (2) a pile casing is placed in the soil filling layer, and an upper layer hole is formed in the soil filling layer through the rotary excavating drilling bucket; (3) the slag salvaging drill bit forms a middle layer hole in the clay layer; (4) the cone barrel drill forms a lower layer hole in the rock stratum, and the upper layer hole, the middle layer hole and the lower layer hole are communicated to form a pile hole; (5) an elastic wave detector detects the lower portion of the pile hole; 6) putting a reinforcement cage into the pile hole, arranging an optical fiber, and connecting with an optical fiber sensing device; (7) concrete is poured into the pile hole through the guide pipe, and the optical fiber sensing equipment receives optical fiber signals to obtain the pouring height, and (8) after the concrete is poured to the set height, the guide pipe is withdrawn to form the rotary excavating pile, and through reasonable construction steps, the stability and the overall quality of drilling and pile forming of the rotary excavating pile are improved.