CN203741945U - Flange rib horizontal type plastic water cellar - Google Patents

Abstract

The utility model relates to a plastic water cellar, in particular to a flange rib horizontal type plastic water cellar, and belongs to the technical field of water conservancy projects. The flange rib horizontal type plastic water cellar comprises an end cover, a reinforcing rib I, a radiation rib, an annular rib, a cellar body I, a reinforcing rib II, a flange rib I, a cellar body II, a lock, a well lid, a latch, a shaft, a well lid base, a reinforcing rib III, a reinforcing rib IV, a flange rib II, a cellar body III and a flow via hole. The one-time integrated forming or board roll welding is adopted, standard and mass production is facilitated, the water cellar is welded and assembled, site operation is easy, installation is convenient, and the volume of the water cellar is adjusted by flexibly increasing or decreasing the number of middle cellar bodies.

Description

A horizontal plastic water cellar with flange

technical field

The utility model relates to a plastic water cellar, in particular to a flange rib horizontal plastic water cellar, which belongs to the technical field of water conservancy engineering.

Background technique

Water cellar is a kind of container built and buried in the ground to store water. Traditional water cellars are mostly built with clay, brickwork, mortar masonry or concrete, etc., which have complex construction techniques, high construction difficulty, high risk, long project period, high cost, and difficulty in standardization and large-scale production. High requirements on geological conditions, easy leakage, poor corrosion resistance, short life and many other shortcomings.

Contents of the invention

The technical problem to be solved by the utility model is to design a horizontal plastic water cellar with high strength and no leakage by utilizing the advantages of plastics such as light weight, corrosion resistance and no leakage.

The technical scheme of the utility model is: a horizontal concave bottom plastic water cellar with flange ribs, including end cover 1, reinforcement rib I2, radial rib 3, ring rib 4, cellar body I5, reinforcement rib II6, flange rib I7 , pit body Ⅱ8, lock 9, well cover 10, lock bolt 11, well shaft 12, well cover base 13, reinforcement rib Ⅲ14, reinforcement rib Ⅳ15, flange rib Ⅱ16, pit body Ⅲ17, flow hole 18; ring rib 4 is welded on the end On cover 1, end cover 1 is welded at both ends of pit body I5, radial rib 3 is welded with end cap 1, ring rib 4, pit body I5, reinforcing rib I2 is welded with end cover 1, pit body I5, flange rib I7 is welded with Pit body Ⅰ5 welded, pit body Ⅱ8 welded with flange rib Ⅰ7, reinforcement rib Ⅱ6 welded with pit body Ⅰ5, flange rib Ⅰ7, pit body Ⅱ8, shaft 12 welded with pit body Ⅱ8, reinforcement rib Ⅲ14 with pit body Ⅱ8, well shaft 12 welding, flange rib II16 is welded to pit body II8, pit body III17 is welded to flange rib II16, reinforcing rib IV15 is welded to pit body II8, flange rib II16, and pit body III17, wellbore base 13 is set on wellbore 12, The well cover 10 is installed on the well shaft base 13, and the lock bolt 11 is inserted in the through holes of the well cover 10, the well shaft 12, and the well shaft base 13, and the lockset 9 fixes the lock bolt 11.

Flow holes 18 are opened on the flange rib I7 and the flange rib II 16 .

There is clearance fit between the well cover 10 and the well shaft base 13 .

The beneficial effects of the utility model are:

(1) The cellar body adopts one-time integral molding or plate coil welding, which is conducive to standardization and mass production.

(2) The water cellar is assembled by welding, which is easy for on-site construction and installation.

(3) The volume of the water cellar can be adjusted by flexibly increasing or decreasing the number of intermediate cellars.

(4) Flange ribs are used for the connection between the pits, which increases the rigidity of the pit ring, and the reinforcing ribs arranged at the joints ensure the connection strength.

(5) The manhole cover device with a lock is adopted to avoid accidental falling of people or objects, improve safety and prevent the manhole cover from being lost.

(6) The horizontal water cellar is shallow in depth, less difficult to excavate earth and rocks, easy to install, and can be used in multiple parallel combinations.

(7) Plastic water cellars have good weather resistance, strong corrosion resistance, no leakage, low cost, long life, and less land occupation.

Description of drawings

Fig. 1 is the front view of the utility model;

Fig. 2 is A-A sectional view of the utility model;

Fig. 3 is the B-B sectional view of the utility model;

In the figure: 1-end cover, 2-reinforcing rib Ⅰ, 3-radiating rib, 4-ring rib, 5-pit body Ⅰ, 6-reinforcing rib Ⅱ, 7-flange rib Ⅰ, 8-pit body Ⅱ, 9 -Locks, 10-well cover, 11-lock bolt, 12-well shaft, 13-well cover base, 14-reinforcing rib Ⅲ, 15-reinforcing rib Ⅳ, 16-flange rib Ⅱ, 17-pit body Ⅲ, 18-overflow hole.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described further.

Example 1: As shown in Figure 1-3, a horizontal concave-bottom plastic water cellar with flange ribs, including end cover 1, reinforcement rib I2, radial rib 3, ring rib 4, cellar body I5, reinforcement rib II6, Flange rib Ⅰ7, cellar body Ⅱ8, lock 9, well cover 10, lock bolt 11, well shaft 12, well cover base 13, reinforcing rib Ⅲ14, reinforcing rib Ⅳ15, flange rib Ⅱ16, pit body Ⅲ17, flow hole 18; ring rib 4 is welded on the end cover 1, the two ends of the cellar body I5 are welded with the end cover 1, the radial rib 3 is welded with the end cover 1, the annular rib 4, and the cellar body I5, and the reinforcing rib I2 is welded with the end cover 1 and the cellar body I5. Blue bar Ⅰ7 is welded to pit body Ⅰ5, pit body Ⅱ8 is welded to flange rib Ⅰ7, reinforcing rib Ⅱ6 is welded to pit body Ⅰ5, flange rib Ⅰ7, and pit body Ⅱ8, shaft 12 is welded to pit body Ⅱ8, and reinforcing rib Ⅲ14 is welded to pit Body Ⅱ8, shaft 12 welded, flange rib Ⅱ16 welded with pit body Ⅱ8, pit body Ⅲ17 welded with flange rib Ⅱ16, reinforcement rib Ⅳ15 welded with pit body Ⅱ8, flange rib Ⅱ16, pit body Ⅲ17, shaft base 13 sets in On the well shaft 12, the well cover 10 is installed on the well shaft base 13, and the lock bolt 11 is inserted in the through holes of the well cover 10, the well shaft 12, and the well shaft base 13, and the lockset 9 fixes the lock bolt 11. Flow holes 18 are opened on the flange rib I7 and the flange rib II16. There is clearance fit between the well cover 10 and the well shaft base 13 .

Example 2: As shown in Figure 1-3, a horizontal concave bottom plastic water cellar with flange ribs, including end cover 1, reinforcement rib I2, radial rib 3, ring rib 4, cellar body I5, reinforcement rib II6, Flange rib Ⅰ7, cellar body Ⅱ8, lock 9, well cover 10, lock bolt 11, well shaft 12, well cover base 13, reinforcing rib Ⅲ14, reinforcing rib Ⅳ15, flange rib Ⅱ16, pit body Ⅲ17, flow hole 18; ring rib 4 is welded on the end cover 1, the two ends of the cellar body I5 are welded with the end cover 1, the radial rib 3 is welded with the end cover 1, the annular rib 4, and the cellar body I5, and the reinforcing rib I2 is welded with the end cover 1 and the cellar body I5. Blue bar Ⅰ7 is welded to pit body Ⅰ5, pit body Ⅱ8 is welded to flange rib Ⅰ7, reinforcing rib Ⅱ6 is welded to pit body Ⅰ5, flange rib Ⅰ7, and pit body Ⅱ8, shaft 12 is welded to pit body Ⅱ8, and reinforcing rib Ⅲ14 is welded to pit Body Ⅱ8, shaft 12 welded, flange rib Ⅱ16 welded with pit body Ⅱ8, pit body Ⅲ17 welded with flange rib Ⅱ16, reinforcement rib Ⅳ15 welded with pit body Ⅱ8, flange rib Ⅱ16, pit body Ⅲ17, shaft base 13 sets in On the well shaft 12, the well cover 10 is installed on the well shaft base 13, and the lock bolt 11 is inserted in the through holes of the well cover 10, the well shaft 12, and the well shaft base 13, and the lockset 9 fixes the lock bolt 11.

The specific implementation of the utility model has been described in detail above in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned implementation. Various changes are made.

Claims (3)

1. A horizontal plastic water cellar with flange ribs, characterized in that it includes an end cover (1), reinforcing ribs I (2), radial ribs (3), annular ribs (4), cellar body I (5), Reinforcement rib II (6), flange rib I (7), cellar body II (8), locks (9), well cover (10), lock bolt (11), well shaft (12), well cover base (13), reinforcement Rib III (14), reinforcement rib IV (15), flange rib II (16), pit body III (17), flow hole (18); the ring rib (4) is welded on the end cover (1), and the pit Both ends of body I (5) are welded with end caps (1), radial ribs (3) are welded with end caps (1), annular ribs (4), cellar body I (5), and reinforcing ribs I (2) are welded with end caps (1), pit body Ⅰ (5) welding, flange rib Ⅰ (7) welded with pit body Ⅰ (5), pit body Ⅱ (8) welded with flange rib Ⅰ (7), reinforcement rib Ⅱ (6) Welding with pit body I (5), flange rib I (7), pit body II (8), shaft (12) and pit body II (8), reinforcement rib III (14) and pit body II (8) , the wellbore (12) is welded, the flange rib II (16) is welded to the pit body II (8), the pit body III (17) is welded to the flange rib II (16), the reinforcement rib IV (15) is welded to the pit body II ( 8), flange rib II (16), cellar body III (17) are welded, the wellbore base (13) is set on the wellbore (12), the well cover (10) is installed on the wellbore base (13), and the lock bolt (11) Insert the well cover (10), the well shaft (12) and the through hole of the well shaft base (13), and the lock (9) fixes the locking bolt (11). 2. The horizontal plastic water cellar with flange ribs according to claim 1, characterized in that: the flange ribs I (7) and flange ribs II (16) are provided with flow holes (18). 3. The horizontal plastic water cellar with flange ribs according to claim 1, characterized in that: the well cover (10) and the well shaft base (13) are clearance fit.