Smart home data collecting system based on ZigBee
A data acquisition system and smart home technology, applied in the signal transmission system, through the detection of the dynamic effect of fluid flow, the volume/mass flow generated by the mechanical effect, etc., can solve the problem that the impeller cannot be effectively impacted, the impact force of the impeller is small, and the water meter is affected Accuracy and other issues, to achieve the effects of not easy to leak, improve sealing performance, and shorten discharge time
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Embodiment 1
[0028] A smart home data acquisition system based on ZigBee, the water meter data acquisition system can realize the meter reading work of water meters in a residential area or even multiple residential areas. The water meter data acquisition system includes a water meter, a ZigBee wireless communication module, a ZigBee routing module, a ZigBee coordinator, a GPRS module and a central processing unit. This water meter is installed in the resident's family of community by water meter box body 7, namely every family one gas tank one water meter. Each water meter corresponds to a ZigBee wireless communication module or multiple water meters correspond to a ZigBee wireless communication module. Each ZigBee wireless communication module can be provided with a ZigBee routing module correspondingly or a plurality of ZigBee wireless communication modules can be provided with a ZigBee routing module correspondingly. Each ZigBee routing module can be provided with a corresponding ZigB...
Embodiment 2
[0034] On the basis of Embodiment 1, a ball head placement groove 59 is provided on the end surface of the plug assembly 53 close to the side of the water inlet channel 515, and a rubber ball head 52 is arranged in the ball head placement groove 59, and the rubber ball head 52 can rotate freely in the ball head placement groove 59; a fine-tuning spring 524 is also provided between the rubber ball head 52 and the bottom of the ball head placement groove 59, and the rubber ball head 52 can be adjusted according to the water inlet flow path The flatness and inclination of the end surface of the 515 end face are adaptively changed, so that the end face of the rubber ball head 52 is in full contact with the end face of the water inlet channel 515, and the sealing performance of the contact part is improved.
[0035] Preferably, a spherical water outlet 525 is provided at the end of the water inlet channel 515 close to the plug assembly 53 , and the radius of curvature of the spheric...
Embodiment 3
[0037] On the basis of Embodiment 1 or Embodiment 2, a damping hole 518 is provided inside the central core drainage hole 519, and the drainage aperture of the damping hole 518 is smaller than the aperture of the central core drainage hole 519, so the water pressure in the water inlet channel 515 is relatively high. hour, the water is discharged through the damping hole 518, and because the cross section of the damping hole 518 is smaller, the flow rate of the water discharged in the water inlet channel 515 is smaller, and the water pressure in the water inlet channel 515 increases faster, so it can Make the middle spool 58 and the outer spool 57 separate quickly at the discharge hole, improve and accelerate the pressure relief.
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