초록 ▼

A pipe system includes a pipe for containing a pipe flow therethrough having a first flow rate, a sampling tube coupled in fluid communication to the pipe for receiving and containing a portion of the pipe flow therethrough, for interacting with the portion of the pipe flow therethrough so as to for

A pipe system includes a pipe for containing a pipe flow therethrough having a first flow rate, a sampling tube coupled in fluid communication to the pipe for receiving and containing a portion of the pipe flow therethrough, for interacting with the portion of the pipe flow therethrough so as to form a second flow rate of the portion of the pipe flow being an amplification of the first flow rate, and for returning the portion of the pipe flow to the pipe, and a sensor for sensing the second flow rate and for transmitting a signal being a function of the second flow rate.

대표청구항 ▼

1. A pipe system, comprising: a pipe, the pipe contains a pipe flow;a sampling tube includes an upstream end coupled in fluid communication to an upstream portion of the pipe, and a downstream end coupled in fluid communication to a downstream portion of the pipe;the pipe has a first valve between t

1. A pipe system, comprising: a pipe, the pipe contains a pipe flow;a sampling tube includes an upstream end coupled in fluid communication to an upstream portion of the pipe, and a downstream end coupled in fluid communication to a downstream portion of the pipe;the pipe has a first valve between the upstream end of the sampling tube and the downstream end of the sampling tube;the sampling tube has a second valve between the upstream end of the sampling tube and the downstream end of the sampling tube;a first sensor, the first sensor transmits a first signal, when the first sensor senses a first flow rate of the pipe flow through the pipe, the first signal being a function of the first flow rate;a control unit is operatively coupled to the first valve and the first sensor, the control unit closes the first valve halting the pipe flow through the pipe between the upstream and downstream ends of the sampling tube diverting a portion of the pipe flow to the sampling tube through the upstream end thereof, in response to the first signal from the first sensor;the sampling tube contains the portion of the pipe flow therethrough from the upstream end to the downstream end, when the control unit closes the first valve, the sampling tube for interacting with the portion of the pipe flow therethrough so as to form a second flow rate of the portion of the pipe flow being an amplification of the first flow rate, and for returning the portion of the pipe flow to the pipe through the downstream end;a second sensor, the second sensor transmits a second signal, when the second sensor senses the second flow rate through the sampling tube being indicative of a leak, the second signal being a function of the second flow rate; andthe control unit is operatively coupled to the second valve and the second sensor, the control unit closes the second valve halting the portion of the pipe flow through the sampling tube between the upstream and downstream ends of the sampling tube, in response to the second signal from the second sensor, terminating the leak. 2. The pipe system according to claim 1, wherein a signal device is operatively coupled to the second sensor for issuing an alert in response to the second signal from the second sensor. 3. The pipe system according to claim 2, wherein the signal device is an aural signal device, and the alert is an audible alert. 4. The pipe system according to claim 3, wherein the audible alert is a pre-recorded audible verbal message. 5. The pipe system according to claim 2, wherein the signal device is a visual signal device, and the alert is a visual alert. 6. The pipe system according to claim 5, wherein the visual alert is a pre-recorded text message.