JPH01121775A - Inspection equipment for selective call receiver - Google Patents

Abstract

PURPOSE:To eliminate the need to record a measurement result by an operator, to reduce the load on the operator, and to preclude misoperation by providing two systems of a measuring instrument which includes a file storage part for storing measurement conditions, measurement results, etc., as files and a data processor including a file storage part for storing measurement conditions, measurement results, etc., as files. CONSTITUTION:When test conditions are inputted by the data processor 20 of the inspection equipment for the selective call receiver, test condition data (a) is passed to the measuring instrument 19, which measures one lot. When the instrument 19 finishes the measurement of the lot, test result data (b) is passed to the processor 20, which issues a test result document. In the file storage part 13 of this processor 19, the test conditions of each block inputted by a control part 18 and measurement results, etc., from the instrument 19 are filed. Further, the test conditions, test results, etc., are filed for every block in the file storage part 13a of the processor 20.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a selective call receiver testing device, particularly a receiving sensitivity,
The present invention relates to a selective call receiver testing device that tests reception performance such as spurious sensitivity, reception selectivity, and sensitivity suppression, determines pass/fail, and creates a report.

[Common technology]

In general, when testing the reception performance of a selective call receiver, it is necessary not only to simply measure the reception performance and eliminate defective products, but also to issue a report to show the user how well the receiver is performing.

This report is usually issued with inspection data for 10 units, not just one, so it is necessary to store the data for each machine, and it is also necessary to transcribe the data to the report.

[Conventional technology]

A conventional selective call receiver testing device is comprised of a measuring section that measures reception performance and a shield box that blocks external radio waves.

Next, a conventional selective call receiver testing device will be described in detail with reference to the drawings.

FIG. 4 is a diagram showing an example of a conventional selective call receiver testing device.

The selective calling receiver testing device shown in FIG.
Contains OX16.

Shield BOX 16 is for shielding external radio waves.
Measurements are taken inside this. The measuring section 15 is used to set various conditions by an operator and test reception performance.

The operator handles the object to be measured, determines whether it is good or bad, and eliminates defective items.

With this configuration 10. FIG. 5 shows a processing flowchart when performing the reception performance test for the first part.

First, the operator sets the object to be measured and the measurement conditions in the measuring section 15. The measurement unit 15 performs measurement and quality determination, and the operator eliminates defective products from the measurement results and records the measurement results.

10. After completing the measurement, the measurement data is transcribed to write the results and the process is completed.

[Problem that the invention seeks to solve]

In the above-mentioned conventional selective call receiver inspection apparatus, an operator must perform mechanical work such as setting objects to be measured and removing defective products.

In addition, work such as setting measurement conditions and recording measurement results is performed on product 1.
Since the measurement is carried out for each machine, human errors such as setting errors and transcription errors are likely to occur, and there is also the disadvantage that the operator is always restrained during the measurement.

[Means for solving problems]

The selective call receiver inspection device of the present invention includes a measuring section that measures the reception performance of the selective calling receiver, a shield box, a mechanism section that handles the receiver to the shield box, and controls the measuring section and the mechanism section. A measurement unit that includes a control unit, a list output unit that outputs measurement results of reception performance, a display output unit that displays measurement conditions, measurement results, etc., and a file storage unit that stores measurement conditions, measurement results, etc. as a file. The device and the measuring device are connected to at least one or more devices,
A list output section that outputs measurement results of reception performance, a display output section that displays measurement conditions, measurement results, etc., a keyboard, and a file storage section that stores measurement conditions, measurement results, etc. as 7 files. It consists of two systems of data processing equipment, including:

〔Example〕

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

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

The selective call receiver testing device shown in FIG.
16, a mechanism section 17 for handling, and the measuring section 15.
, a control section 18b that controls the mechanism section 17, a list output section 14b that outputs measurement results of reception performance, a display output section 11b that displays measurement conditions, measurement results, etc., and a display output section 11b that inputs measurement conditions, measurement results, etc. A keyboard 12b and a file storage section 1 that stores measurement conditions, measurement results, etc. as files.
3b; a list output unit 14 to which at least one or more of the measurement devices 19 is connected and outputs the measurement results of reception performance; measurement conditions;
A display output unit 11 that displays measurement results, etc., a keyboard 12 that inputs measurement conditions, measurement results, etc., and a file storage unit 13 that stores measurement conditions, measurement results, etc. as a file.
It consists of two systems of data processing equipment, including:

Next, the overall processing of the selective call receiver testing device shown in FIG. 1 will be explained.

When the test conditions are input in the data processing device 20, the test condition data a is passed to the measuring device 19, and the measuring device 19
．． Measure the amount.

When the test for 10 bits is completed, the test result data b is passed from the measuring device 19 to the data processing device 20.

The data processing device 20 issues a test report based on the obtained result data.

Next, the configuration and operation of the data processing device 20 will be explained.

The operator inputs the test conditions from the keyboard 12 while confirming them on the display output section 11. Here, the entered test conditions are stored in the file storage unit 10 at a time.
3, test conditions can be prepared for multiple test conditions.

The test condition data is sent from the control unit 18 to the measuring device 19. When the measuring device 19 completes the measurement, the control unit 18
receives the measurement result data, outputs the measurement results to the list output section 14 and the display output section 11, and further outputs a report from the list output section 14.

Next, the configuration and operation of the measuring device 19 will be explained.

When the measurement condition data is received by the data processing device 20,
The object to be measured is handled by the mechanism section 17 into a shield box 16 that shields external radio waves.
− When the setting of the object to be measured in the shield box is completed,
The measurement unit 15 starts measurement.

The measurement results are stored in a file storage device 13 for 10 bits.
bK is stored and further sent to the data processing device 20.

When receiving data with the data processing device 20, if any abnormality occurs during the transfer, the processing contents can be exactly the same as those of the data processing device 20.

That is, the operator inputs the test conditions using the keyboard 12b while confirming them on the display output section 11b.

Here, the input test conditions are 10. Since the test conditions are stored in the file storage unit 13b in batches, test conditions can be prepared for a plurality of test conditions.

After the measurement is completed, the list output section 14b and the display output section 11
Output the measurement results to b, and output one more report to list output section 1.
Output from 4b.

FIG. 2 is a flowchart showing a case in which 10 bits of the processing of the selective call receiver testing device shown in FIG. 1 are measured.

The chart 70 on the right side shows the processing content of the data processing device 20, and the flowchart on the left side shows the processing of the measuring device 19.

The processing content of the data processing device 20 is such that once the operator inputs the conditions, the processing is performed without requiring any operator operation until the issuance of the report.

Furthermore, the processing content of the measuring device 19 does not require any operator operation. It is now possible to exit the program.

FIG. 3 is a flowchart showing a case in which lofts of the number of internal machines are continuously processed in the process of the selective call receiver testing apparatus shown in FIG.

The flowchart on the right side shows the processing content of the data processing device 20, and the 70-chart on the left side shows the processing of the measuring device 19.

In the process of the data processing device 20, the data processing device 20 issues a report while the measuring device 19 is performing measurement, thereby reducing the overall time required for the selective call receiver testing device.

〔Effect of the invention〕

The selective call receiver inspection device of the present invention automates the handling of products, which greatly reduces the burden on the operator.It also automatically distinguishes between good and defective products and automatically creates a comprehensive inspection result data report. Furthermore, by inputting measurement condition settings in advance and eliminating the need for humans to record measurement results, the operator is not constrained during measurement and human error is reduced. This has the effect of allowing unmanned operation for long periods of time.

[Brief explanation of the drawing]

The professional diagram, Figure 5, is the 70-chart of Figure 4. 11-... Display output section, 11b... Display output section, 12... Keyboard, 12b...
・Keyboard, 13...7 isle storage section, 13
b...File storage section, 14...List output section, 14b...List output section, 15...
...Measurement part, 16...Shield box, 1
7... Mechanism section, 18... Control section, 18
b...Control unit, 19...Measuring device, 2
0...Data processing device, a...Test condition data, b...Measurement result data. Agent Patent Attorney Oto Uchihara: 3i/Otsu ε-Led BθX Haku4@No.S

Claims (1)

[Claims] A measurement unit that measures the reception performance of a selective call receiver (hereinafter referred to as receiver), a shield BOX, and a shield B for the receiver.
A mechanism section that handles the OX, a control section that controls the measurement section and the mechanism section, a list output section that outputs the measurement results of reception performance, a display output section that displays measurement conditions, measurement results, etc., and a keyboard. , a measuring device including a file storage section for storing measurement conditions, measurement results, etc. as a file, and at least one or more measuring devices are connected,
Data processing including a list output section that outputs measurement results of reception performance, a display output section that displays measurement conditions, measurement results, etc., a keyboard, and a file storage section that stores measurement conditions, measurement results, etc. as files. 1. A selective call receiver inspection device comprising two systems of devices.