JPS60227123A - Automatic measuring system - Google Patents

Abstract

PURPOSE:To automate a measurement and to save a labor remarkably by designating the measuring conditions of a terminal device and by including a data collecting means to collect the measurement results data to be supplied and a controlling means to supply the measurement results data in the above data collecting means. CONSTITUTION:An automatic measuring system is consisted of a numerical value data measurer connected to various sorts of terminal devices and of a personal computor connected thereto. And a CPU101 controls a controlling interface circuit 106, receives measurement data, stores in a RAM107 and sends out from an interface circuit 103 to a personal computor 200 in accordance with the necessary sequence program's contents. The personal computor 200 performs the process of the measurement data thus received and files to a floppy disc 230. The filed data re processed by other systems and become an inspection results report. Measurement is thus automated and a remarkable labor saving is possible.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to an automatic measurement system for numerical data of various terminal devices.

[Prior art]

Conventionally, the terminal device's dielectric strength voltage, insulation resistance measurement and pass/fail judgment (monitoring variations in measurement results for the same model to discover defects), and power consumption measurement and pass/fail judgment were performed manually. ing.

Therefore, there are disadvantages in that each of the above measurements requires a lot of time and requires careful attention to the safety of the measurement work.

[Purpose of the invention]

The purpose of the present invention is to provide an automatic measurement system that can measure the dielectric strength, insulation resistance, and power consumption of various terminal devices, and determine whether they are good or bad without human intervention, thereby reducing the time required for measurement and ensuring sufficient safety. It is about providing.

[Structure of the invention]

The apparatus of the present invention includes a first measuring means for measuring the dielectric strength voltage of the terminal device, a second measuring means for measuring the insulation resistance of the terminal device, and a third measuring means for measuring the power consumption of the terminal device. measurement means for specifying measurement conditions for the terminal device in response to input of type information of the terminal device and collecting measurement result data to be supplied; and the above 1. and a control means for activating at least one of the second and third, and supplying all the measurement result data to the measurement condition designation data collection means.

〔Example〕

Next, an embodiment of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention.

The automatic measurement system shown in FIG. 1 is comprised of a numerical data measuring device 100 connected to various terminal equipment and a personal computer 200 connected thereto. The power cords of various terminal devices are connected to the numerical data measuring device 100.

The personal computer 200 has a keyboard 210,
Includes a display 220 and a floppy disk 230.

A measurement sequence program corresponding to each terminal device is stored on the floppy disk 230. The numerical data measuring instrument 100 is a computer system that performs measurements under program control, and performs measurement settings and numerical data measurements according to instructions from the personal computer 200.

FIG. 2 shows a block diagram of the numerical data measuring device 100.

The numerical data measuring device shown in Figure 2 measures dielectric strength voltage, insulation resistance, and power consumption.
1o1 (abbreviated as u), and various circuits 102 to 110 connected via a bus and an address bus (DB/AB).

The timer 102 supplies timing signals to the interface circuit 103 and the interrupt interface 104. Interface circuit 103 is connected to personal computer 200. The ROM 105 stores a sequence program for each measurement. The ROM 105 is a memory that temporarily stores each foot measurement data and its results. The control interface circuit 106 includes an insulation stylus pressure meter 108 and an insulation resistance meter 109.
and connected to the power consumption measurement circuit 110.

It controls these and the switching circuit 111.

Next, the production of this embodiment will be explained with reference to the flow of one production shown in FIG.

First, connect the power cord of the terminal device of the foot object to be measured to the numerical data measuring device 1001C and turn on the power (step 301).
. Next, the footmeter control program is loaded into the burner computer 200 from the floppy disk 230 (step 302). After loading the personal computer 200, input the type of terminal device (step 303), and send a command to specify the sequence program of the numerical data measuring instrument 100 and start measurement to the CPolol via the Inter-7 Eine circuit 103. (Step 304). cpulol generates an interrupt based on the received command and takes over the necessary sequence program. This cPUlol controls the control interface circuit 106 according to the contents of this program, and controls the insulated stylus pressure gauge 108. P resistance meter 109. The power consumption measurement circuit 110 and the switching circuit 131 are controlled, and the Oki 1 constant data is stored in the receiving RAM 07, and the interface circuit 1
03 to the personal computer 200 (step 305). The personal computer 200 performs all the processing (determination of pass/fail and checking of standards) of the received data (step 306), and stores the floppy data.
Filed on disk 230 (step 307).

The filed data is processed 1+H6 by another system and becomes an inspection result report. Items with negative results are sent for repair.

〔Effect of the invention〕 There is an effect.

[Brief explanation of the drawing]

Fig. 1 is a configuration diagram showing an embodiment of the present invention;
FIG. 3 is a block diagram of the numerical data measuring device shown in the figure, and FIG. 3 is an operation flowchart of the embodiment shown in FIG. 100... Numerical data measuring instrument S 101...
...620% 102... Timer circuit, 1
03...Interface circuit, 104...
...Interrupt control circuit, 105...RO
M, 106...Control interface circuit, 1
07...RAM, 108...Insulation stylus pressure meter, 109...Insulation resistance meter, 110...
・Power consumption side leg circuit, 111...Switching circuit, 2
00...Personal computer, 21O...
...Keep)", 220...Display, 230...Floppy disk.

Claims (1)

[Scope of Claims] A first measuring means for measuring dielectric strength voltage of a terminal device. and second measuring means for measuring insulation resistance of the terminal device. a third measuring means for measuring power consumption of the terminal device; and measurement condition designation data for specifying measurement conditions for the terminal device and collecting supplied measurement result data in response to input of type information of the terminal device. collection means. In response to the designation of the measurement conditions, the first. An automatic measurement system comprising: control means for activating at least one of second and third to supply measurement result data to the measurement condition specifying data collection means.