Intelligent module pipeline, intelligent module helical pipeline winding machine and a winding method therefor

2:

• The intelligent module pipeline according to claim 1 characterized in that the fixing device include a projection (31), a groove (32) and fixing holes (9), the projection (31) being provided on one end side surface of the each intelligent module unit (1), the groove (32) being provided oppositely on other end side surface thereof, and the projection (31) being latched into the groove (32) by inserting pins through the fixing holes (9).

3:

• The intelligent module pipeline according to claim 2 characterized in that there are two pairs of the fixing holes (9) in upper and lower parts which extend through the more than half length of the each intelligent module unit (1).

4:

• The intelligent module pipeline according to any claim 1 characterized in that the clamping device includes an upper-left catching groove (41), a lower-left catching groove (42), an upper-right catching groove (43) and a lower-right catching groove (44), the fixing between the intelligent module units (1) is achieved by clamping the upper-left catching groove (41) into the lower-right catching groove (44) of another intelligent module unit (1) in spiral winding pattern, and clamping the lower-left catching groove (42) into the lower-right catching groove (44) of the another intelligent module unit (1) in spiral winding pattern.

5:

• The intelligent module pipeline according to claim 4 characterized in that the intelligent module units (1) which all have the same arch-shaped configuration, are spirally wound in a staggered arrangement such that there are 8.5, 16.5 or 22.5 pieces of intelligent module units (1) in each coil, wherein in the each coil the number of the pieces of the same units (1) is n plus a value which is equal to or greater than ½ and less than 1.

6:

• The intelligent module pipeline according to claim 1 characterized in that the reinforcing rib structure includes several layers from outside to inside as followed:
• a first square grid layer (5), a semi-arc spiral layer (6), a spiral sheet strip square groove layer (8) and a second square grid layer (10);
• wherein a switchable circular hole (7) is provided between the semi-arc spiral layer (6) and the spiral sheet strip square groove layer (8), a first friction surface (21) is arranged on a side face of the first square grid layer (5), a second friction surface (22) is arranged on a side face of the second square grid layer (10), and the first friction surface (21) contacts tightly with the second friction surface (22) of another intelligent module unit to increase support force between the intelligent module units.

7:

• The intelligent module pipeline according to any one of claim 1 characterized in that the cylindrical pipeline has a diameter of 600 to 6000 mm, the pipeline acting as a pipe rack for person to pass through when the diameter is greater than or equal to 2500 mm;
• wherein the pipe rack is provided with cables, drainage pipelines and holders inside, thereby storing and discharging rainwater in the bottom.

8:

• The intelligent module pipeline according to claim 7 characterized in that the switchable circular hole (7) of the pipe rack is provided outside with sponges for absorbing rainwater, and is controlled to be opened to allow rainwater to flow in when raining and is controlled to be closed when not raining.

9:

• The intelligent module pipeline according to any one of claim 1 characterized in that leakage detection chips and moisture diagnosis devices are arranged inside the intelligent module units (1) located in middle or bottom location of the cylindrical pipeline;
• wherein vibratory acoustic signals are transformed into electrical signals and transmitted to a central control room when there is a leakage or moisture, and therefore it can be determined whether there is a leakage by observing the change of oscillograms.

10:

• The intelligent module pipeline according to claim 6 characterized in that the cylindrical pipeline is formed of a plurality of intelligent module units (1) spirally wound in automatic or manual assemble way;
• wherein, when the pipe is not buried underground, the spiral sheet strip square groove layer (8) and a spiral sheet strip square groove layer (8) of another intelligent module unit are spirally wound to form an equidistant track between themselves, and PVC profiles are imbedded into the equidistant track to be clamped thereto in spiral winding pattern, thereby smoothing inner and outer surface of the pipeline;
• wherein, when the pipe is used in health care room, the spiral semi-arc layer (6) is spirally wound into a small pipe whose outside is connected with a pump to introduce magnetic fluid, and PVC profiles are imbedded into the equidistant track to be clamped thereto in spiral wind, thereby smoothing inside and outside of the pipeline in the middle of which there is a cyclic and dynamic magnetic field.

12:

• The intelligent module spiral pipeline winding machine according to claim 11 characterized in that the locking device (108) fastens and locks the intelligent module units (1) connected end to end by inserting bolts through the holes in the units (1).

13:

• The intelligent module spiral pipeline winding machine according to claim 11 characterized in that the parallel twisting device (106) twists parallelly by means of a pneumatic or electric or manual device to change the winding rail into a spiral rail.

14:

• The intelligent module spiral pipeline winding machine according to claim 11 characterized in that the arc-shaped chute rail (105) can be adjusted according to the arc size of the intelligent module units (1), and can change with same radian as the arc-shaped array of the compression rollers (102) on the back surface of the working panel (101);
• wherein the arc of the arc-shaped chute rail (105) is coaxial to the arc-shaped array of the compression rollers (102) on the back surface of the working panel (101).

15:

• The intelligent module spiral pipeline winding machine according to any one of claim 11 characterized in that the arc length of the intelligent module units (1) can be determined by the equation that the arc length equals to the pipe diameter divided by n and then multiplied by n plus y, n is the number of module units in the each coil which is known, and y is a staggered value added.

16:

• The intelligent module spiral pipeline winding machine according to claim 11 characterized in that locating rings (103) in the compression rollers (102) are arranged spirally and upward.

17:

• The intelligent module spiral pipeline winding machine according to claim 16 characterized in that it further includes a power device (104) which powers the compression rollers (102).

19:

• The intelligent module spiral pipeline winding method according to claim 18 characterized in that the parallel twisting device (106) twists the semi-circular pipe diameter in parallel to change the winding rail, and then the intelligent module units (1) are rotated a turn to form the pipeline whose inner or outer layer can be wounded into other plastic profiles in a staggered arrangement to form a multilayer pipe.