JP2522353B2 - Measuring device interrupt controller - Google Patents

Description

TECHNICAL FIELD The present invention relates to an interrupt control device for a measuring device, and particularly to interrupting the measurement of one lot which is being executed and measuring another lot, and then again. This allows the measurement of the previous lot to be continued.

B. Conventional technology Conventionally, when a test of a certain lot currently being performed is temporarily suspended and, for example, a test of an urgent lot is to be performed, the test conditions for the urgent test lot and the size and shape of the test piece for one lot Reset the data, etc. and perform the test according to these setting conditions.

C. Problems to be Solved by the Invention In this case, since data such as the test conditions for the urgent lot are newly set, in order to restart the test before the interruption after the end of the test, The test conditions of the previous lot must be newly set. Therefore, the test work becomes complicated and the test efficiency also decreases.

Further, in this type of material testing machine, the test results are recorded in a continuous form. Here, the continuous form consists of a plurality of sheet regions that are detachably connected by perforations,
The test result of the new lot and the test result of the previous lot are 1
If the data is recorded in one sheet area in a mixed manner, the work of separating the mixed data in one sheet area with scissors is necessary in filing and rearranging the form after the test, which is complicated.

An object of the present invention is to provide an interrupt control device of a measuring device that can perform another measurement by interruption without requiring a complicated operation.

D. Means for Solving Problems Explaining with reference to FIG. 1 which is a claim correspondence diagram, the control device according to the present invention has a data input means 28 for inputting data necessary for measurement, a main memory area MM and a save. A storage means RAM23 having a storage area AM for storing the data input from the input means 28 and data indicating the measurement result, and a plurality of sheet areas 41a, 4 partitioned by the perforation 41p for the measurement result.
Recording means 40 for recording on a continuous form 41 composed of 1b, ...
And a signal output means 27 for manually generating an interrupt signal and an interrupt release signal, and saving the data stored in the main memory area MM to the save memory area AM at the time of outputting the interrupt signal and measuring after the interrupt. The form 41 is fed so that the result is recorded in a new sheet area, and when the interrupt release signal is output, the data in the save storage area AM is returned to the main storage area MM and the measurement interrupted by the interrupt is continued. The above problem is solved by providing a control means 20 for controlling various devices so as to feed the continuous form 41 so that the measurement result after interruption is recorded in a new sheet area while enabling the interruption. .

E. Action Before the measurement of a certain lot, input the data regarding the sample to be measured such as the measurement conditions and the dimension and shape of the test piece from the input means 28. This data is stored in the main memory area MM. When the measurement is started, data indicating the measurement result is also stored in the main memory area MM. In addition, the measurement result is recorded in the continuous form.
When an interrupt signal is output by operating the interrupt button, for example, during the lot measurement, the lot measurement data before the interrupt, that is, the data stored in the main storage area MM is saved in the save storage area AM, A continuous form is sent to the next perforation. Then, when data such as a measurement condition of another measurement after interruption is input from the input means 28, the data is stored in the main memory area MM. When the measurement is started, the data showing the measurement result after the interruption is stored in the main memory area.
The measurement result is stored in the MM and the measurement result is recorded in a new sheet area.

When the interrupt measurement is completed and the interrupt release signal is output, various data stored in the save storage area AM is transferred to the main storage area MM. For this reason, the interrupted measurement can be continued from the middle without setting new measurement conditions. Then, since the continuous form is fed to the next perforation, the measurement result is recorded in a new sheet area. That is, the measurement results before and after the interruption are not mixed in one sheet area.

It should be noted that, in the above-mentioned items D and E for explaining the configuration of the present invention, each constituent element is denoted by the reference numeral of the embodiment for the sake of easy understanding of the present invention, but the present invention is not limited to the embodiment. Absent.

F. Example An example of applying the present invention to a tensile tester will be described with reference to FIGS. 2 to 5.

FIG. 2 is an overall configuration diagram of the embodiment. In the figure, the microcomputer 20 interrupts the lot test currently being performed, saves data such as test conditions and test results, returns to the previous lot test mode after completion of the urgent lot test, and performs urgent lot test It controls the printing of data and the data of the previous lot test on the form.
The microcomputer 20 includes a central processing unit (hereinafter, referred to as CPU) 21 for controlling the whole, a ROM 22 for storing a processing program and fixed data for executing the functions of the above items, a lot test condition, and a test condition. A RAM 23 for storing results and various other data, an input device 24 for interfacing with a detection device of a material testing machine, and an output device 25 for interfacing with a display device, etc., are provided via a bus 26. It is connected to the CPU21.

The input button 24 of the microcomputer 20 has an interrupt button 27
A keyboard 28 provided with a load cell 30 and an extensometer 31 installed in a material testing machine 29 are connected. Interrupt button
When 27 is operated once, an interrupt signal is output, when it is operated again, an interrupt release signal is output, and an interrupt command and an end command for the emergency lot test are given. To the output device 25, a printer 40 that prints data such as test results, test conditions, and the number of lots, and a display device 33 that displays the same contents as the printer 40 are connected.

The material testing machine 29 is a frame body standing on a base 34.
A cross yoke that includes 35 and is laid across the frame body 35.
A pair of screw rods 36 are rotatably supported between the 35a and the base 34, and both ends of a crosshead 37 are screwed to the pair of screw rods 36. Then, the upper grip 38 attached to the crosshead 37 via the load cell 30.
And the lower grip 39 fixed to the base 34
Both ends of the are gripped, the cross head 37 is raised by the rotation of the pair of screw rods 36, and the test piece 40 is loaded. At this time, the output signals of the load cell 30 and the extensometer 31 are taken into the CPU 21 through the input device 24.

Next, the operation of this embodiment will be described with reference to the flowchart shown in FIG.

Now, it is assumed that an urgent material lot test request occurs while the material testing machine 29 is performing a tensile test on a material lot. Along with this, when the operator presses the interrupt button 27 on the keyboard 28, an interrupt signal is output and the CP
In step S1, the U21 suspends the currently executed normal lot test process and sets the normal lot test mode to the emergency lot test mode. Then, in the next step S2, the CPU 21 gives a paper feed command to the printer 40 through the output device 25, and feeds the form 41 to a predetermined position. Normal,
As shown in FIG. 5, this type of form 41 has perforations 41p formed for each sheet area for easy cutting, but the test results before and after the interruption are not recorded across the perforations 41p. It is sent until the next perforation 41p passes the printing unit at the time of interruption and interruption. For example, as shown in FIG. 5, when the result data Data1 of the normal lot test is recorded in the sheet area 41a, it is fed to the next perforation 41p by the interrupt signal and the result data Data2 of the emergency lot test is Recording is performed from the sheet area 41b.

When the paper feeding process is completed, the process proceeds to the next step S3, and the data of the test result of the normal lot test collected in the RAM 23 up to the interruption point and the accompanying test conditions, the number of lots or the dimensions of each test piece are collected. The main storage area, which is an area, is temporarily saved in the save storage area.

Next, in step S4, the test conditions for the emergency lot test and data such as the number of lots or the size of the test piece are input from the keyboard 28 and stored in the main memory area of the RAM 23. These data are displayed on the display device 33. At this time, it is preferable to display an interrupt test on the screen. Thereafter, the test pieces of the emergency lot group are gripped by the upper and lower grippers 38, 39 of the material testing machine 29 to carry out the emergency lot test, and the test results are collected in the main memory area of the RAM 23 (step S5). The results of this test are form 41
Recorded in.

In the next step S6, the test result data of the currently performed emergency lot is displayed on the display device 33 through the output device 25.
Display as shown in the figure. At this time, the data stored in the evacuation storage area of the RAM 23, that is, various data regarding the test of the previous lot is multi-displayed on the screen of the display device 33 as indicated by reference numeral 33a. Then, in the next step S7, it is determined whether or not the emergency lot test is completed. This is determined by the interrupt release signal output when the operator operates the interrupt button 27 again. If "NO" here, the process returns to step S5 and is monitored until the emergency lot test is completed.

When it is determined in step S7 that the emergency lot test is completed, the process proceeds to step S8, and data showing the result of the lot processing of the emergency lot test, such as data such as average value and standard deviation, is displayed in the sheet area 41c of FIG. Data is recorded in the form of a table like Data2. After that, the processing step is step S9.
Then, the CPU 21 gives an end command to the printer 40 to cause the sheet area 41c printed during the emergency lot test to be completed.
For one sheet (up to the next perforation) above step S2
In the same manner as described above, the data is printed by the next printer 40 from the new sheet area 41d.

Further, in step S10, the test result of the normal lot up to the point of interruption saved in the save storage area of the RAM 23 and the test conditions associated therewith, the number of lots or the dimension data of each test piece are the data collection area of the RAM 23. Return to main storage area. At the same time, these data are displayed on the display device 33. At this time, it is convenient to display that the interrupt has been released and the No. of the test piece to be restarted.

Then, in the next step S11, the test for the remaining suspended lot is continued. As a result, the result data Data1 is recorded in the form of a graph like the sheet area 41d (FIG. 5). In step S12, it is determined whether or not the remaining lot tests are completed. If it is determined that the remaining lot tests are completed, the process proceeds to step S13 to perform lot processing, that is, the average tensile strength of test pieces in one lot group, and the average. The elongation rate and the deviation from the standard value are calculated and recorded in the form of a table like data Data1 shown in the sheet area 41e of FIG. In addition, about the same lot test, a graph and a table may be recorded over perforations. Further, if the fact that the interruption is applied or the interruption is released is printed on each sheet area, the data rearrangement after the test becomes easier.

As described above, when the interrupt button 27 is pressed, an interrupt signal is output, and all data such as the test results up to that point for the lot test being executed are saved in the save storage area of the RAM 23, and again after the emergency lot test is completed. When the interrupt button 27 is operated and the interrupt release signal is output, the data saved in the save storage area is transferred to the main storage area. The interrupted normal lot test can be easily continued from the remaining test pieces without any complicated operation, and the efficiency of this type of test is improved.

Also, during the emergency lot test, the result data of the interrupted normal lot test can be multi-displayed on the same display screen, so you can know the intermediate test results and test conditions of the normal lot test even during interruption. , The usability is improved.

Furthermore, when the normal lot test is interrupted and when the emergency lot test is finished, the form of the printer 40 is sent to the next perforation so that it is always printed from a new sheet area. Therefore, as shown in FIG. 5, data 1 of the normal lot test and data 2 of the emergency lot test are
The sheets are not mixedly printed in one sheet area defined by the perforations 41p, and the filing of the form after the test becomes simple.

In addition, in the said Example, although only the tensile test was described, this invention is not restricted to this, This invention is applicable also to a compression, bending, and other tests. Further, the present invention can be applied to other testers such as a viscometer and a hardness meter, and can also be applied to various measuring devices such as an analyzer.

In the configuration of the above embodiment, the RAM 23 constitutes a storage means, and particularly the CPU 21 and the ROM 22 of the control circuit 20 constitute a control means. Further, the interrupt button 27 constitutes a signal output means, the keyboard 28 constitutes a data input means, and the printer 40 constitutes a recording means.

G. Effect of the Invention Since the present invention is configured as described above, even if the lot measurement in progress is interrupted by the operation of the interrupt button or the like and the emergency lot measurement is performed, the normal lot measurement can be easily restarted after the end of the measurement. In addition, at the time of interruption and interruption, the continuous form is sent to the next perforation and the measurement result before and after interruption is 1
It will not be mixed in one sheet area, and it will be easy to organize the filing of the form after measurement.

[Brief description of drawings]

FIG. 1 is a diagram for responding to claims, FIG. 2 is an overall configuration diagram when the present invention is applied to a tensile tester, FIG. 3 is a flow chart for explaining the operation in this embodiment, and FIG. 4 is a display in this embodiment. FIG. 5 is an explanatory diagram of the screen, and FIG. 5 is a diagram illustrating recording on a form. 20: Microcomputer 21: CPU, 22: ROM 23: ROM, 27: Interrupt button 28: Keyboard, 29: Testing machine 33: Display device, 40: Printer 41: Form 41a to 41e: Sheet area 41p: Perforation, MM : Main storage area AM: Evacuation storage area

Claims (1)

(57) [Claims] 1. Data input means for inputting data required for measurement, storage means for storing data input from said input means and data showing measurement results, and a main storage area and a save storage area. Recording means for recording the measurement results on a continuous form consisting of a plurality of sheet areas divided by perforations, signal output means for manually generating an interrupt signal and an interrupt release signal, and at the time of outputting the interrupt signal, The continuous form is fed so that the data stored in the main storage area is saved in the save storage area and the measurement result after the interruption is recorded in a new sheet area, and when the interruption cancellation signal is output, The data in the save storage area is restored to the main storage area, and the measurement interrupted by the interrupt can be continued. Shii interrupt controller of the measuring apparatus, characterized by a control means for controlling the various devices in order to feed the continuous form so as to be recorded on the sheet area.