Drip monitoring system and method thereof
The drip monitoring system comprises a weighing device to weigh a carrying weight. The weighing device includes a gravity sensor to sense a motion data of the weighing device. The processing element gathers the carrying weight to compare with an empty weight. The processing element gathers the motion data of the weighing device when the carrying weight is less than the empty weight. The processing element determines whether the weighing device is in a calibration orientation or not according to the motion data. When the weighing device is in the calibration orientation, the processing element controls the weighing device to perform a return to zero calibration process.
1 . A drip monitoring system, comprising:
a processing element;
a weighing device coupled to the processing element, wherein the weighing device has a hook to hang a drip bag or a drip bottle and a gravity sensor to sense a motion data of the weighing device, wherein the weighing device is configured to weigh a weight of the drip bag or the drip bottle hanged in the hook; and
an alarm element configured to generate an alarm message according to a control signal from the processing element;
wherein the processing element gathers the motion data of the weighing device when the weight of the drip bag or the drip bottle is less than an empty weight, and
the processing element determines, based on the motion data, whether the weighing device is in an identified calibration orientation, wherein the weighing device in the identified calibration orientation indicates that the hook of the weighing device is perpendicular to ground, and the weighing device not in the identified calibration orientation indicates that the hook of the weighing device is not perpendicular to the ground,
when the processing element determines, based on the motion data, that the weighing device is in the identified calibration orientation, the processing element performs a zeroing calibration process of the weighing device.
2 . The drip monitoring system of claim 1 , wherein when the weight of the drip bag or the drip bottle is larger than an alarm weight, the processing element gathers the weight of the drip bag or the drip bottle to compare with the alarm weight again after an interval.
3 . The drip monitoring system of claim 1 , wherein the weighing device further comprises a positioning element configured to broadcast an identification code and the motion data through a wireless signal, wherein a server determines a location of the weighing device according to the identification code and the motion data.
4 . The drip monitoring system of claim 1 , further comprising a communication element coupled to the processing element.
5 . The drip monitoring system of claim 1 , wherein when the processing element determines the hook of the weighing device is not in the identified calibration orientation based on the motion data, the processing element does not perform the zeroing calibration process of the weighing device.
6 . The drip monitoring system of claim 1 , wherein the processing element gathers the weight of the drip bag or the drip bottle to compare with an alarm weight,
wherein the processing element compares the weight of the drip bag or the drip bottle with the empty weight when the weight of the drip bag or the drip bottle is less than the alarm weight, wherein the empty weight is less than the alarm weight, and
wherein when the weight of the drip bag or the drip bottle is less than the alarm weight but greater than the empty weight, the processing element generate the control signal to control the alarm element to generate the alarm message.
7 . The drip monitoring system of claim 1 , wherein the processing element gathers the motion data to calculate a change of the motion data in a time period.
8 . The drip monitoring system of claim 7 , wherein when the change of the motion data in the time period is larger than a threshold, the processing element controls the alarm element to generate the alarm message.
9 . The drip monitoring system of claim 8 , wherein when the change of the motion data in the time period is less than the threshold, the processing element transmits the motion data to a server, and the server determines a travel direction of the weighing device according to the motion data.
10 . A drip monitoring method, comprising:
weighing a weight of a drip bag or a drip bottle hanged in a hook by a weighing device, wherein the weighing device has a gravity sensor to sense a motion data of the weighing device and the hook perpendicular to ground to hang the drip bag or the drip bottle;
gathering the motion data of the weighing device by a processing element when the weight of the drip bag or the drip bottle is less than an empty weight;
determining whether the weighing device is in an identified calibration orientation by the processing element based on the motion data, wherein the weighing device in the identified calibration orientation indicates that the hook of the weighing device is perpendicular to ground, and the weighing device not in the identified calibration orientation indicates that the hook of the weighing device is not perpendicular to the ground; and
performing a zeroing calibration process by the processing element of the weighing device when the processing element determines the hook of the weighing device is in the identified calibration orientation.
11 . The drip monitoring method of claim 10 , wherein when the weight of the drip bag or the drip bottle is larger than an alarm weight, the processing element gathers the weight of the drip bag or the drip bottle to compare with the alarm weight again after an interval.
12 . The drip monitoring method of claim 10 , further comprising a communication element coupled with the processing element.
13 . The drip monitoring method of claim 10 , wherein when the processing element determines the weighing device is not in the identified calibration orientation based on the motion data, the processing element does not perform the zeroing calibration process of the weighing device.
14 . The drip monitoring method of claim 10 , wherein the processing element gathers the motion data to calculate a change of the motion data in a time period.
15 . The drip monitoring method of claim 14 , wherein when the change of the motion data in the time period is larger than a threshold, the processing element controls an alarm element to generate an alarm message.
16 . The drip monitoring method of claim 15 , wherein when the change of the motion data in the time period is less than the threshold, the processing element transmits the motion data to a server, and the server determines a travel direction of the weighing device according to the motion data.
17 . The drip monitoring method of claim 10 , wherein the weighing device further comprises a positioning element configured to broadcast an identification code and the motion data through a wireless signal, wherein a server determines a location of the weighing device according to the identification code and the motion data.
18 . The drip monitoring method of claim 10 , further comprising:
gathering the weight of the drip bag or the drip bottle to compare with an alarm weight by the processing element coupling with the weighing device; and
comparing the weight of the drip bag or the drip bottle with the empty weight by the processing element when the weight of the drip bag or the drip bottle is less than the alarm weight, wherein the empty weight is less than the alarm weight;
wherein when the weight of the drip bag or the drip bottle is less than the alarm weight but greater than the empty weight, the processing element generate a control signal to control an alarm element to generate an alarm message.