Bluetooth-activated handheld instrument system

Abstract

A handheld meter system with Bluetooth touch-activated readings includes a Bluetooth remote control, a Bluetooth receiver, a computer device, and a handheld meter device. When the Bluetooth remote control generates and sends a button event to the Bluetooth receiver, the Bluetooth receiver generates a recording signal based on the button event. When the computer device receives the recording signal, it reads and stores the measurement data corresponding to the current time from the handheld meter device. This invention improves upon and reduces the collection of large amounts of continuous data and waiting time, and eliminates concerns about inconsistencies between the measurement data read by the computer device and the measurement data generated by the handheld meter device.

Claims

1. A handheld instrument system for reading values ​​via Bluetooth touch, comprising: a Bluetooth remote control including a trigger button; wherein, When the trigger button is activated, the Bluetooth remote control sends a button event; A Bluetooth receiver is communicatively connected to the Bluetooth remote control to receive the button event and generate a recording signal based on the button event; a computer device is connected to the Bluetooth receiver to receive the recording signal; a handheld instrument device is connected to the computer device and generates and sends measurement data to the computer device; wherein, when the computer device receives the recording signal, the computer device records the current measurement data.

2. The handheld instrument system with Bluetooth-triggered reading as described in claim 1, wherein, The Bluetooth remote control and the handheld instrument are housed together in a single casing.

3. The handheld instrument system with Bluetooth-triggered reading as described in claim 2, wherein, The handheld instrument device includes a handheld instrument probe; wherein the trigger button of the Bluetooth remote control is located on the handheld instrument probe of the handheld instrument device.

4. The handheld instrument system with Bluetooth-triggered reading as described in claim 1, wherein, The Bluetooth remote control further includes a remote control number, and the handheld instrument device further includes a handheld instrument number; wherein, the computer device associates the remote control number with the handheld instrument number and generates an association table; wherein, when the computer device receives the recording signal generated by the Bluetooth receiver based on the remote control number, the computer device retrieves and records the measurement data of the handheld instrument number corresponding to the remote control number according to the association table.

5. The handheld instrument system with Bluetooth-triggered reading as described in claim 4, wherein, The remote control is numbered as a media access control address.

6. The handheld instrument system with Bluetooth-triggered reading as described in claim 1, wherein, The handheld instrument device includes an output interface, and the computer device includes an input interface; wherein the output interface and the input interface are connected by a transmission line.

7. A handheld instrument system with Bluetooth-triggered readings as described in claim 6, wherein, This is a USB cable.

8. A handheld instrument system with Bluetooth-triggered readings as described in claim 1, wherein, The handheld instrument is a digital meter, a micro-ohm meter, or a residual current circuit breaker tester.

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