39results about How to "Significant technical benefits" patented technology

The invention relates to a construction method of a foundation pit enclosure support system, comprising: step 1, construction of the foundation pit enclosure structure; step 2, construction of crown beams; step 3, construction of enclosure pile end nodes; step 4, first step Waist beam construction; step 5, erecting the first support; step 6, digging and supporting to the design elevation of the foundation pit; step 7, rapid repair of foundation pit leakage. The beneficial effects of the present invention are: the prefabricated prefabricated reinforced concrete enclosure structure adopted in the present invention only needs to assemble the structure on site, which shortens the construction period and speeds up the construction progress compared with the traditional enclosure structure that needs to be cast-in-place. It has good technical and economic benefits; in the invention, the enclosure structure and the prestressed cover beam are strengthened and connected, which can make the upper part of the enclosure structure connected as a whole, greatly improve the stability of the upper part of the enclosure structure, and have remarkable technical benefits.

The invention provides a method for force balance control over three transverse spinning rollers of a spinning machine. The method for force balance control over the three transverse spinning rollersof the spinning machine comprises the steps that the initial pressing positions of the spinning wheels and the offset distance between the spinning wheels are arranged; the initial pressing reductionrectifying moments and pressing reduction rectifying sampling periods are determined respectively; after the spinning wheels are in place, the pressure data of the spinning wheels are collected; trackof a third spinning wheel is determined, and the standard pressure value of the spinning wheels is determined; and in the initial pressing reduction rectifying moment of a first spinning wheel, according to the pressure data and the standard pressure value of the first spinning wheel collected, first time rectification is conducted on the pressing reduction of the first spinning wheel, and then rectification is conducted on the pressing reduction of the first spinning wheel in each pressing reduction rectifying sampling period. By means of the method for force balance control over the three transverse spinning rollers of the spinning machine, the method for controlling transverse force balance of the three spinning wheels in the spinning machining process can be solved; the sizes of spinning pressure of the first spinning wheel and the second spinning wheel are actively adjusted successively; the radial displacement variable of the three spinning wheels is calculated and adjusted automatically through a numerical control system; and the purpose of transverse force balance control over the three spinning wheels is gradually achieved.

The invention relates to an existing building slant rectification method based on electroosmosis technology. The existing building slant rectification method based on the electroosmosis technology comprises the steps that 1, a monitoring station and a monitoring point are arranegd; 2, an electrode bar is inserted; 3, electroosmosis slant rectification is carried out; 4, a conductive plastic drainage plate is driven; 5, a circuit is connected renewedly; 6, electroosmosis drainage is carried out; and 7, continuous electroosmosis is carried out. The existing building slant rectification method based on the electroosmosis technology has the beneficial effects that the existing building slant rectification method based on the electroosmosis technology can rapidly and effectively rectify slant and right an existing building, the operation is simple, the construction is fast, and the technical benefits are very obvious; and compared with a traditional slant rectification method, consumption of manpower and material resources is greatly saved, the construction time is shorter, the construction cost is relatively lower, and the economic benefits are obvious.

The invention discloses an integrally formed drainage ditch, including a drainage ditch body, a shaped bucket, a shaped slope scraper, a sliding form track, a shaped side form and a bottom scraping beam frame, and the sliding form track is assembled on both sides of the drainage ditch body , the shaped side form is set in the drain body, the bottom scraping beam is erected at the bottom of the drain body, the shaped side form can be fixed on the bottom scraping beam frame, and the bottom scraping beam frame is connected to the sliding beam gantry frame and formed The sliding beam gantry pulls and slides, and the finalized side formwork is connected to the sideform gantry and is pulled and slipped by the sideform gantry. The drainage ditch simplifies construction steps, saves construction man-hours, reduces construction costs, is easy to excavate and form, and has low operation difficulty, can effectively ensure safety during construction, and the drainage ditch has beautiful appearance and good quality. The second object of the present invention is the construction method of integrally formed drainage ditch, which is applied to the above-mentioned integrally formed drainage ditch, which also has the advantages of high safety and high convenience.