40results about How to "Reduced risk of water seepage" patented technology

The invention belongs to the field of ocean devices and particularly relates to a cable inlet plate of a sealed cabin. The cable inlet plate of the sealed cabin comprises a protection cylinder, a connection plate and cable inlet sealing seats. The protection cylinder is connected with the sealed cabin through the connection plate, and a plurality of cable inlet sealing seats are evenly distributed on the connection plate. All the cable inlet sealing seats are connected with the connection plate in a sealing mode respectively, and cables penetrate through the cable inlet sealing seats respectively and enter the sealed cabin. The cable inlet sealing seats comprise pressing caps, gaskets, rubber pads and sleeves. The cables penetrate through the sleeves, the two ends of the cables are provided with the rubber pads and the gaskets respectively in a sleeved mode and are pressed by the pressing caps, and therefore sealing is achieved. According to the cable inlet plate of the sealed cabin, the sealing manner of the cables entering the sealed cabin is innovated, and the special cable inlet sealing seats and the special sealing connection plate are researched and developed; the sealing manner of the cable inlet sealing seats, the sealing manner of the sealing connection plate and the sealing manner of the sealed cabin are improved, and therefore the brand-new cable inlet plate of the sealed cabin is formed; multiple cables can enter the sealed cabin in a non-leakage mode, and with the sealing manner, cables with various diameters can be well sealed.

The invention relates to a drainage device for seepage of joints of a deep foundation pit support structure and a construction method of the drainage device. The support structure is formed by splicing multiple groove sections. The spliced position of every two adjacent groove sections forms the joint. The drainage device comprises vertical flow guide structures, transverse flow guide structures and precipitation wells, wherein the vertical flow guide structures are embedded into the support structure and arranged along the joints, and the vertical flow guide structures communicate with the joints; the transverse flow guide structures are embedded into a bottom plate structure of a deep foundation pit and communicates with the vertical flow guide structures; and the precipitation wells communicate with the transverse flow guide structures and are located in the deep foundation pit. According to the drainage device, it can always be guaranteed that the support structure is free of wet stains, a pit bottom is free of water accumulation, structural construction is facilitated, and the safety and stability of the deep foundation pit are guaranteed; and in this way, in the constructionprocess of the deep foundation pit, the risk of seepage of the joints of the support structure is lowered, the construction quality of the work in the deep foundation pit is guaranteed, and the construction progress is accelerated.

The invention provides a floor drain structure directly connected with a drain pipe and an installation method of the floor drain structure. The floor drain structure is placed in reserved drainage pipe holes of a floor slab structure in a penetrating mode; the floor drain includes a body and a support structure, the upper port and lower port of the body are communicated with an upper-portion drainage pipe and a lower-portion drainage pipe respectively, and the peripheral face of the middle section of the body is provided with a drainage gate opening extending in the axial direction of the cylindrical shape of the body; the support structure is arranged on the peripheral side of the drainage gate in a surrounding mode and located in the reserved drainage pipe holes of the floor slab, the bottom edge of the annular peripheral wall of the support structure is provided with an annular bottom wall, a water inlet of the floor drain is formed between the top edge of the annular peripheral wall and the body, and the annular peripheral wall, the annular bottom wall and the body are defined to form an annular drainage space. By the technological means, opening of a traditional floor drain position of the floor slab can be avoided, and the number of horizontal connection pipes between the traditional floor drain and the drainage pipes is reduced, the construction cost is reduced, the construction process is reduced and the construction progress is sped up.

The invention provides a construction method for a deep foundation pit of an elevator shaft. The construction method comprises the following steps that construction of an auxiliary precipitation pit is firstly conducted; the depth of the auxiliary precipitation pit is 1-2 m larger than that of the deepest position of the deep foundation pit of the elevator shaft, and water drawing is conducted; then construction of the deep foundation pit of the elevator shaft is conducted, the deep foundation pit is made into a funnel-shaped water collection pit with the diameter of the bottom smaller than that of the top, and then water drawing is conducted; construction is conducted according to a drawing of the deep foundation pit of the elevator shaft, and water stop steel plates with the thickness of 3-5 mm are laid; construction is conducted on a waterproof layer of the surface of the elevator shaft; and finally concrete pouring is conducted. According to the construction method, construction is easy, the water level of a construction area of the elevator shaft can be lowered below the lowest point of the elevator shaft, it is guaranteed that no water is accumulated in the elevator shaft, then construction of the next procedure is conducted, and therefore water seepage risks are reduced, construction quality is improved, the construction period is shortened, and the aim of lowering cost is achieved.

The invention discloses an embedding method for improving road surface cracking around luminous floor tiles. The road surface groove is embedded above the road surface, the luminous floor tile is arranged above the road surface groove, the road surface groove is excavated between the zebra crossing and the traffic lane, and the base concrete layer is arranged on the road surface Above the inside of the groove, the angle steel is set in the angle steel installation groove through the angle steel bolts, the steel bar is set on the side above the base concrete layer, the drainage groove is set in the middle above the base concrete layer, the anchor plate and the special-shaped steel are vertically set above the angle steel, and the expansion joint rubber strip Set between the anchor plate and the special-shaped steel, the anchor bar and the steel bar are welded and connected, the bottom plate is set at the bottom of the special-shaped steel, the two ends of the partition are installed in the installation groove of the partition through the rubber strips of the installation groove, and the luminous floor tiles are arranged above the floor tile support plate , the second concrete layer is arranged above the base concrete layer, and the asphalt surface layer is arranged above the second concrete layer. The invention can solve the problem of water accumulation at the bottom of the cast iron box of the existing road surface light emitting device, solve the expansion and contraction effect of the road surface, and reduce the damage to the road surface caused by brake activation.

The invention discloses a solar panel fixing device installed on a roof color steel tile and a construction method, and belongs to the field of solar panel installing. The solar panel fixing device comprises multiple sets of solar panels, and middle pressing blocks are installed between the multiple sets of solar panels; the middle pressing blocks are suitable for guaranteeing that two groups of adjacent solar panels are located at the same horizontal position, end pressing blocks are installed outside the solar panels located at the two ends, rail pieces are installed below the solar panels, and the upper ends of the rail pieces are detachably connected with the end pressing blocks and the middle pressing block respectively; a first clamping piece and a second clamping piece are installed at the lower end of the rail piece, the first clamping piece is detachably connected with the second clamping piece, and the first clamping piece and the second clamping piece are suitable for being clamped on a roof color steel tile. The solar panel fixing device is used for reducing the local damage to roof color steel tiles and enhancing the fixing effect on solar panels.