JP2003015621A - Measured temperature data processor and its measured temperature data display method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a measured temperature data processor and its measured temperature data display method which make it possible to grasp an overall trend through graph display and read numerals themselves at the same time through numeric display made simultaneously with the graph when measured temperature data measured time sequentially are processed. SOLUTION: When the measured temperature data of the measured temperature data processor are displayed, a numeric data display picture where numerals of sampled measured temperature data are scrolled in measurement time order and a graph display picture where the graph generated by plotting measured temperatures along the measurement time is moved are displayed together as one picture at the same time.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention processes a large number of temperature data measured in time series in food cooking and temperature control of various processing processes, and outputs the measured temperature data to a print output or a data processing device. The present invention relates to a processing device and a method of displaying measured temperature data thereof.

[0002]

2. Description of the Related Art When cooking and storing a large amount of food, temperature control of food is important, but temperature control for foods having different shapes is not sufficient simply by measuring the temperature of the environment. Knowing the internal temperature of each food,
It is necessary to control the temperature based on this internal temperature.

For example, in fried food processing, it is relatively easy to make hamburgers, croquettes, etc., to have the same shape and the same material, but fried shrimps, cutlets, etc., have the same shape and size as shrimps and meat. It is practically impossible to make it uniform.

Therefore, in these frying processes,
If the temperature of frying process is controlled based only on the temperature of frying oil, it will be difficult to perform accurate control due to the influence of the size and thickness of individual frying oils. Need to be managed.

Therefore, it is conceivable to insert a temperature sensor into each food item, measure the temperature of a portion such as the central position that represents the representative temperature of the food item, and use the measured value as management data.

Then, the temperature measured by this temperature measurement is extracted as adopted data. In processing the extracted sampling data, a large number of measurement data measured in time series are processed to print or output. A measured temperature data processor is used that transfers to the data processor.

[0007]

In the case where temperature is controlled or processing equipment is controlled by the data processed by the data processing method such as statistical processing in this measured temperature data processing equipment, the data processor measures the temperature. It is necessary to monitor the change of temperature data and the size of numerical value to grasp the situation, display the measured temperature data on the screen, examine the contents of the data, select the data processing method as necessary, The control operation is performed directly by hand.

However, in the prior art, when the measured temperature is displayed as a time-series graph and the numerical value itself of a specific portion of the time-series data is read, the numerical data is newly displayed on a screen or printed out to arrange the numerical values. While reading the numerical value while comparing the tendency of and the graph, align the cursor or pointer with the measured data displayed in the graph,
Using the screen display method of displaying numerical values, the numerical values of necessary parts were displayed and read at any time.

However, reading and comparing a graph and a sequence of numerical values requires a skill, and if the data desired to be numerically read is read by aligning the cursor and the pointer one by one, the reading operation becomes complicated and the reading of the data becomes difficult. There is a problem that it takes time.

In particular, when the data processor finds abnormal data while observing the measurement data, he / she informs the concerned person of the fact, but it is necessary to take corrective measures only by the trend and approximate value of the data which can be seen from the graph display. In many cases, it is difficult to obtain, and it is necessary to inform the relevant parties of accurate figures.

In the case of such contact, although the numerical value can be continuously read with the cursor, other numerical values cannot be instantaneously read, and the necessary numerical value can be checked while observing the entire data flow. It will be difficult to contact each other in sequence.

In particular, in real-time measurement and control, there is a problem that if the reading of data takes time, the control timing may be missed.

The present invention has been made in order to solve the above-mentioned problems, and an object thereof is to grasp an overall tendency by a graph display when processing measured temperature data measured in time series. Another object of the present invention is to provide a measured temperature data processing device and a measured temperature data display method thereof, which can simultaneously read the numerical value itself by means of numerical data simultaneously displayed on the same screen in parallel with the graph.

[0014]

A measured temperature data processing device for achieving the above object is configured as follows.

1) In a measurement temperature data processing device for sampling the temperature detected from the temperature measurement object by an automatic or manual operation and processing the sampled measurement temperature data, the sampled measurement temperature data are arranged in order of measurement time or order of sampling. Numerical data display screen to display numerical values,
With a measurement temperature data display means for simultaneously displaying on the same screen a graph display screen for displaying a measurement temperature data value as a graph plotted against the measurement time or in the sampling order, and the measurement temperature data display means, In the numerical data display screen, the measured temperature data is numerically displayed in the order of measurement time or sampling, and when the number of measured temperature data to be displayed exceeds the numerical display number that can be displayed on the numerical data display screen, the most Numerical scroll display means for deleting the old measured temperature data, advancing the measured temperature data one by one, and adding and displaying new measured temperature data, and the measured temperature data sequentially with respect to the measured time on the graph display screen. Or, display a graph for the sampling order and display the measured temperature data to be displayed. When the number exceeds the number of graph displays that can be displayed on the graph display screen, the oldest measured temperature data is erased, the measured temperature data is sequentially advanced, and new measured temperature data is added and displayed. It is configured with.

It is preferable that the oldest measured temperature data to be erased and the number of new data additionally displayed are the same, but they are not necessarily the same, and the number of them is not limited to one. It does not need to be present and may be plural.

The measured temperature data is not limited to one series, and may be a plurality of series. In the case of multiple series, the measured temperature data displayed on the numerical data display screen may be displayed by numerically scrolling all series in parallel,
Alternatively, only one or several selected series may be scroll-displayed.

With this configuration, since the numerical data display screen and the graph display screen are simultaneously displayed on the same screen, the whole screen can be displayed by the graph display screen without performing the screen operation for displaying the numerical data from the graph display each time. It is possible to read the numerical value from the numerical data display screen while grasping the change and the change over time, and it is possible to grasp the whole and details of the measurement data at the same time.

By scrolling the numerical data display screen and moving the graph on the graph display screen, many measured temperature data can be displayed efficiently.

2) In the above-mentioned measured temperature data processing device, the graph movement display means has a plurality of graph display numbers, and while the measured data number to be displayed is less than the minimum graph display number, the minimum graph display number is displayed. Each time the number of measured data to be displayed exceeds the number of graphs displayed, the next largest graph is displayed.When the maximum number of graphs is exceeded, the oldest measured temperature data is displayed. Along with the deletion, the measured temperature data is sequentially moved up, and new measured temperature data is added and displayed.

By appropriately switching the graph display number according to the number of measured temperature data to be displayed and changing the time width on the axis of the measurement time, the measured temperature data can be viewed in the most easy-to-see graph display. .

3) In the above-mentioned measured temperature data processing device, the first graph in which the graph movement display means makes the number of the oldest measured temperature data to be erased equal to the number of newly displayed graphs at the same time as the erased. It is configured to have a display means.

According to the first graph display means, after the number of measured temperature data to be displayed exceeds the number of graph displays that can be displayed on the graph display screen, the graph is displayed by the number of the oldest measured temperature data to be deleted. Moves in the direction opposite to the axis of measurement time or sampling order, making it easy to grasp the overall tendency.

4) Further, in the above-mentioned measured temperature data processing device, the graph movement display means sets the number of the oldest measured temperature data to be deleted by a predetermined number larger than the number newly displayed at the same time as the deletion. When the number of measured temperature data to be displayed exceeds the predetermined number of graphs displayed, the most recent measured temperature data remaining without being erased is advanced and displayed, and new measured temperature data is sequentially added. It is configured to have a second graph display means for displaying as.

The predetermined number of graph displays is the number of graph displays when the number of graph displays is one, and the maximum number of graph displays when there are a plurality of graph displays.
It is either the preset number of graphs displayed or the number of graphs selected by manual operation by the data processor.

According to the second graph display means, after the number of measured temperature data to be displayed exceeds the number of graph displays that can be displayed on the graph display screen, the latest measured temperature data is a predetermined remaining number (=). (Graph display number-predetermined number of deletions)
The new measurement temperature data will be added and displayed on the remaining graph, and the graph itself will be displayed only when the measured time or the measured temperature data exceeds the number of graphs that can be displayed on the graph display screen. It does not move in the opposite direction of the sampling order axis.

For this reason, since the recent measured temperature data remains by a predetermined number and is moved up and displayed, the history of the measured temperature data can be easily grasped, and the measured time of the graph or the sampling order. Since the movement of the axis in the opposite direction is also stopped, it becomes easy to grasp the entire situation even when the measurement time interval is short or the number of samples is large.

5) In the above measured temperature data processing device, when the numerical value scroll display means has a numerical value of the measured temperature data within a predetermined range, a numerical value display method of the measured temperature data within the predetermined range is provided. Is configured to be changed and displayed.

The predetermined range is a temperature range set in advance prior to the data processing of the measured temperature data. For example, in the management of fried food processing, the temperature below the temperature required for fried food processing is set as the predetermined range, and the frozen food is frozen. In storage management and the like, the temperature above which the temperature is unsuitable for freezing is set within this predetermined range.

6) Further, in the above-mentioned measured temperature data processing device, the graph movement display means displays, on the graph display screen, an index which moves in the axial direction of the measurement time or the sampling order by a manual operation, and The numerical value scroll display means is configured to change and display the numerical value display method of the measured temperature data at the measurement time indicated by the index. Examples of this index include a cursor, a pointer, and a band area that move in the axial direction in the measurement time or sampling order.

7) Further, in the above-mentioned measured temperature data processing device, the numerical value display method is changed by changing at least one of the color, typeface, position and size of the displayed numerical value, blinking display of the numerical value, and the numerical value. Is configured to be any one or a combination of markings. By changing the numerical display method, important data can be selected and read.

The method for displaying the measured temperature data of the measured temperature data processing apparatus for achieving the above object is constructed as follows.

1) In a measurement temperature data processing device that samples the temperature detected from the temperature measurement object by automatic or manual operation and processes the sampled measurement temperature data, the sampled measurement temperature data is measured in time order or sampling order. Numerical data display screen to display numerical values,
Simultaneously display a graph display screen on which the measured temperature data value is plotted as a graph plotted against the measurement time or sampling order on the same screen, and in the numerical data display screen, sequentially measure the measurement temperature data. In addition to displaying numerical values in order or in the order of sampling, when the number of measured temperature data to be displayed exceeds the number of displayable numerical values on the numerical data display screen, the oldest measured temperature data is deleted and the measured temperature data is sequentially displayed. Move forward, add new measurement temperature data and scroll display, and in the graph display screen, sequentially display measurement temperature data with respect to measurement time or sampling order, and display the number of measurement temperature data to be displayed. Is the oldest when the number of graphs displayed on the graph display screen exceeds Erases the measurement temperature data, early departure sequentially measured temperature data, and to display by adding a new measured temperature data.

[0034]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of a measured temperature data processing apparatus and a measured temperature data display method according to the present invention will be described below with reference to the drawings.

As shown in the block diagram of FIG. 1 and the configuration diagram of FIG. 2, the measured temperature data processing device 1 is configured to have a temperature sensor unit 2, a data processing unit 3 and a temperature measuring device 4, The detection signal obtained by the sensor unit 2 is converted into temperature data by the temperature measuring device 4, and this temperature data is passed through the communication cable 5 or an electronic line such as a mobile phone such as wireless or the Internet or a dedicated telephone line. Then, the data is processed by being sent to the data processing unit 3.

The data processing unit 3 comprises a sampling control means 10, a measured temperature data acquisition means 20, a measured temperature data display means 30, a data processing means 40, a data output / transfer means 50, etc., and measures the temperature. The temperature detected from the object is sampled automatically or manually, and the sampled measured temperature data is processed.

The temperature sensor unit 2 is a sensor for measuring the temperature of an object to be measured, and is a type of temperature sensor that directly measures the temperature of a solid object to be measured, and measures the temperature of liquid or gas. Various types of temperature sensors can be used, such as a temperature sensor of a type, a temperature sensor of a type that captures heat radiation of a temperature measurement target to measure a temperature.

Sampling control means 1 of data processing unit 3
Reference numeral 0 is a means for performing control for extracting the measured temperature measured by the temperature sensor unit 2 according to a predetermined sampling method, and the measured temperature data fetching means 20 is means for fetching and temporarily storing the extracted measured temperature data. Is.

Further, the measured temperature data display means 30 is a means for displaying the measured temperature data in order to allow the data processor to make a judgment based on the data and to examine the data processing method. The data processing means 40, It is a means for processing the measured temperature data according to a preset data processing method or a data processing method appropriately selected by a data processor.

The data output / transfer means 50 is means for outputting or transferring the measured temperature data itself or the result of data processing to a printer, another data processing device or a control device.

In the present invention, the measured temperature data display means 30 comprises a numerical scroll display means 31, a graph movement display means 32 and other display means.

The numerical scroll display means 31 is shown in FIG.
As shown in FIG. 8, it is a means for displaying numerical values of the measured temperature data sampled on the numerical data display screen G1 in order of measurement time (or sampling order), and the measured temperature to be displayed on the numerical data display screen G1. when the number of data Ns exceeds the numerical data display screen G1 numeric display number Nd Ru possible number in Oh <br/> displayed is adapted to erase the oldest measured temperature data, and carry the successively measured temperature data, a new Add measured temperature data and scroll display.

The graph movement display means 32 is shown in FIGS.
As shown in FIG. 8, it is a means for displaying a time-series graph of measured temperature data in which the measured temperature is plotted against the measured time (or against the sampling order) on the graph display screen G2. The measured temperature data is sequentially displayed in a graph in the order of measurement time (or in the order of sampling), and the number of measured temperature data to be displayed Ns
When the number exceeds the number Ngi of graphs that can be displayed on the graph display screen G2, the oldest measured temperature data is deleted and the measured temperature data is sequentially advanced to make the graph reverse to the axis of measurement time order (or sampling order). Direction (R in Figure 4)
Move to and add and display new measured temperature data.

2 to 8, the numerical data display screen G1 displayed by the numerical scroll display means 31 and the graph display screen G2 displayed by the graph movement display means 32 are the same screens of the display. G
Display simultaneously on top.

By simultaneously displaying the numerical data display screen G1 and the graph display screen G2 on the same screen G,
Each time, the numerical data is continuously displayed on the numerical data display screen G1 while the overall display and the temporal change are grasped on the graph display screen G2 without performing the screen operation for displaying the numerical data from the graph display. Can be read.

A large number of measured temperature data can be displayed in time series by scrolling the numerical data display screen G1 and moving the graph on the graph display screen G2.

Further, as shown in FIG. 3, the graph movement display means 32 determines not only the maximum graph display number Ngmax, but also the graph display number Ng, which is the number of measurement data that can be displayed on the graph display screen G2. Maximum number of graphs displayed Ngm
When at least one graph display number Ngi smaller than ax is set and the measured data number Ns to be displayed is smaller than the minimum graph display number Ng1 (upper diagram in FIG. 3), the minimum graph display number Ng1 is displayed. The number of measured data Ns to be displayed increases as the sampling progresses (Fig. 3).
When the number of graph displays exceeds Ng1 (the lower part of Fig. 3), the scale of the measurement time (or sampling order) axis is changed to display the next graph. N
Display a graph with g2.

Then, the number N of measurement data to be displayed sequentially
Each time s increases and exceeds the graph display number Ngi, the next largest graph display number Ngj is displayed, and the maximum graph display number N is displayed.
When gmax is exceeded, the oldest measured temperature data is deleted, the measured temperature data is moved up in sequence, and new measured temperature data is added and displayed.

The graph display number Ngi is automatically switched as appropriate according to the number Ns of measured temperature data to be displayed.
By changing the time width on the axis of measurement time (or sampling order), the measured temperature data can be viewed in the most easy-to-see graph display.

The number N of measured temperature data to be displayed
Regardless of s, if the setting of the graph display number Ngi can be changed manually, it becomes easier to understand the trend of the data.

In order to make the data easy to see, it is preferable that at least one of the graph display number Ngi and the maximum graph display number Ngmax is made coincident with the numerical display number Nd on the numerical data display screen G1.

Further, the graph movement display means 32 is further provided.
As shown in FIG. 1, it is configured to have a first graph display means 32a and a second graph display means 32b, and which display means to use is selected by a manual operation of a data processor or the like. Is configured as follows.

In the first graph display means 32a, as shown in FIG.
As shown in, the number Ne of the oldest measured temperature data to be deleted and the number N newly displayed on the graph at the same time as this deletion
After setting p to the same number Np0 and the number Ns of measured temperature data exceeds the number Ngi of graphs that can be displayed on the graph display screen G2, the number N of oldest measured temperature data to be deleted
The graph moves by e (= Np0 = Np) in the opposite direction R of the axis of the measurement time (or sampling order), which makes it easy to grasp the overall tendency.

This number Np0 is set to an appropriate number of 1 or more, but it is set to a large value when the measurement time or sampling interval is short so as to avoid the trouble of moving the graph, and
If the measured temperature data fluctuates significantly, set it small.

Further, in the second graph display means 32b, as shown in FIGS. 5 and 6, the number Ne of the oldest measured temperature data to be erased is set to be larger than the number Np to be newly displayed in the graph at the same time as this erase. When the number Ns of measured data to be displayed exceeds the predetermined number Ngi of graphs to be displayed, the latest measured temperature data (Nr) remaining without being erased is advanced and displayed, and a new measurement is performed. Np pieces of temperature data are sequentially added and displayed.

In FIG. 5, the numerical data display screen G1
The measured temperature data is scroll-displayed by and the new measured temperature data is additionally displayed on the numerical data display screen G1 in FIG.

As shown in FIG. 5 or FIG. 6, the latest measured temperature data is moved forward and displayed by leaving a predetermined number Nr (= Ngi-Ne0), which makes it easy to grasp the history of the measured temperature data. In addition, new measured temperature data is
By sequentially adding and displaying each one, the movement of the graph measurement time (or sampling order) in the opposite direction of the axis (R in FIG. 4) can be stopped, so that the measurement time and sampling interval are short. Also, it becomes easy to understand the whole situation.

Then, as shown in FIG. 7, when the numerical value of the measured temperature data is within a predetermined range Z which is preset prior to the data processing of the measured temperature data, the numerical value scroll display means 31 makes the predetermined value. For the numerical value of the measured temperature data in the range Z, the color, typeface, and size of the displayed numerical value can be changed, the display position can be shifted, the numerical value can be displayed blinking, and the numerical value such as an arrow The numerical value display method such as displaying the mark M is changed and displayed.

The predetermined range is a temperature range that is important for temperature management, for example, a range below the temperature required for fried food processing in fried food processing management, and is not suitable for freezing in frozen storage management. It is a temperature range or higher, and is a temperature band or the like that changes for each time or each process in castings and the like.

Further, as shown in FIG. 8, the graph movement display means 32 displays a cursor (index) C which moves in the axial direction of the measurement time (or sampling order) by a manual operation on the graph display screen G2. The numerical scroll display means 31 changes the color of the numerical value of the measured temperature data at the measurement time indicated by the cursor C and displays the mark M on the simultaneously displayed numerical data display screen G1.

Thus, the manual operation of the data processor allows
By moving the cursor C in the graph display screen G2 in the axial direction of the measurement time (or sampling order), it is possible to select the measured temperature data to be read from the numerical data display screen G1 and easily read the numerical value. it can.

Next, an embodiment in which the above measured temperature data display method is actually used will be described.

In this embodiment, on the <main screen> as shown in FIG. 9, file operation, printing, and termination are performed by the “file” on the “menu bar”. Also,
In "Settings", set the communication, graph display screen, and numerical data display screen.

When measuring in real time, clicking the "Set" button of "Real measurement" brings up the <Real data setting screen> in FIG. 10, and clicking the "Start measurement" button starts the measurement. Click the "End measurement" button to end the measurement. When performing remote control, you can start measurement by pressing the start key on the temperature sensor side with the "Start measurement" button on the "remote control" side, and press the "Measurement end" button on the "remote control" side with the temperature sensor side. The measurement can be ended by operating the stop key. In addition, the data stored on the temperature sensor side can be erased by using the "data clear" button.

In addition, by the selection button of "display method",
"Graph + Numerical data", "Graph", "Numerical data"
Can be selected.

By using the "data read" button of "data input", the file name stored in the temperature sensor side can be selected and the data can be loaded and filed. Also, if you click the "Settings" button, the <File data display setting screen> in Fig. 12 will be displayed, and if you click the "Display" button, the data of the imported data file will be selected "Graph + Numeric data", "Graph ], “Numerical data”
It can be displayed by either of the display methods.

In the lower "state display window", the state of the temperature sensor can be scrolled and an error message can be displayed.

Next, the case of measuring in real time will be described.

In this real-time measurement, <
Display settings on the real data setting screen>. This <Real data setting screen> can be displayed by clicking the “Setting” button of “Real measurement” on the <Main screen> in Figure 9.
You can enter the title of the measurement or data in "Title" and memo, and in "Graph display", "Display channel", "Display start data", "Number of display data", "Display upper limit temperature"
"Display lower limit temperature", "First warning temperature range", "Second warning temperature range", and "Numerical data display""Displaychannel","Display data line", "Font size"
Etc. can be entered. Then, an example of the input font size is displayed in "Sample". After inputting these, "O
When the "K" button is clicked, the screen returns to the <main screen> in FIG.

When the "Start measurement" button of "Real measurement" on this <Main screen> is clicked, the measurement is started, and the measurement is started, and "Numerical value + graph display" is selected in "Display method". Displays the <real data display screen> shown in FIG.

In the <real data display screen> of FIG. 11, the left data display screen is displayed as the numerical data display screen G1, and the graph display screen G2 is displayed as the right graph display screen. Click the "Settings" button on the upper right of this screen, and then the <Real data setting screen> in Figure 10
Is displayed and the screen display conditions can be set again. In addition, real-time measurement can be ended by clicking the "End measurement" button.

[Display method] is "Graph display",
When "numerical data display" is selected, the graph display screen G2 and the numerical data display screen G1 are displayed on the entire screen. This "graph display"
Is a screen that does not have a file name or a scroll bar in the <Graph display screen (file data)> of FIG. 13 and has a “Measurement end” button instead of the “Close” button. In <Numerical data display screen (file data)>, there is no file name or scroll bar, and there is a “Measurement end” button instead of the “Close” button.

Next, the case of displaying existing data will be described.

In the display of this existing data, <<
Display settings are made on the file data setting screen>, but first,
Click the "Read data" button in "Data input" on the <Main screen> in Fig. 9 to display the file selection screen (not shown). Select the file, return to this screen, and click the "Set" button. Then, the <file data setting screen> of FIG. 12 is displayed.

On this <file data setting screen>,
You can enter the title of the measurement or data in "Title" and memo, and in "Graph display", "Display channel", "Display start data", "Number of display data", "Display upper limit temperature"
"Display lower limit temperature", "First warning temperature range", "Second warning temperature range", and "Numerical data display""Displaychannel","Display data line", "Font size"
Etc. can be entered. Then, an example of the input font size is displayed in "Sample".

When the "OK" button is clicked after inputting these items, the <Main Screen> shown in FIG. 9 is returned.
Click the "Display" button of "Data Input" on the main screen>, and the data of the selected file will be displayed according to the selection of "Display".

That is, when "numerical value + graph display" is selected as the "display method", a file name and a data scroll function (scroll bar) are added to the <real data display screen> of FIG. File data display screen>
(Not shown) is displayed.

When "Graph display" is selected in "Display method", a data scroll function (scroll bar) is added, and the graph display screen G2 is displayed on the entire screen. When the display screen (file data)> is displayed and "numerical data display" is selected, a data scroll function (scroll bar) is added, and the numerical data display screen G1 is displayed on the entire screen. <Numerical data display screen (file data)
> Is displayed.

Then, these <file data screen>
Clicking the "Settings" button in the upper right corner of the screen will display the <File data setting screen> in Figure 12, allowing you to reset the screen display conditions, and clicking the "Close" button in the upper right corner will display the <File data screen>. The display of <etc.> ends and the screen returns to the <main screen>. By clicking the "x" (close) on the upper right of this <main screen>, the series of data display operations can be ended.

[0080]

As described above, according to the measured temperature data processing apparatus and the measured temperature data display method of the present invention, the following effects can be obtained.

Since the numerical data display screen and the graph display screen are simultaneously displayed on the same screen, it is not necessary to perform the screen operation for displaying the numerical data from the graph display each time.
The graph display screen makes it possible to grasp numerically from the numerical data display screen while grasping overall and temporal changes.

A large number of measured temperature data can be displayed by scrolling the numerical data display screen and moving the graph on the graph display screen.

The number of graphs to be displayed is automatically switched appropriately according to the number of measured temperature data to be displayed, and the time of measurement or the time on the axis of the sampling order or the width of the sampling interval is changed. You can see the measured temperature data.

[Brief description of drawings]

FIG. 1 is a block diagram of a measured temperature data processing device according to the present invention.

FIG. 2 is a configuration diagram of a measured temperature data processing device according to the present invention, and is a diagram showing a screen display of measured temperature data.

FIG. 3 is a diagram showing a method of displaying measured temperature data and a change in screen display in a measured temperature data display unit having a plurality of graph display numbers.

FIG. 4 is a diagram showing a method of displaying measured temperature data and a change in screen display in the first graph display means.

FIG. 5 is a diagram showing a method of displaying measured temperature data and a change in screen display on a second graph display means.

FIG. 6 is a diagram showing another display method of the measured temperature data in the second graph display means and a change in screen display.

FIG. 7 is a diagram exemplifying a screen display in which a numerical value display method is changed and displayed for numerical values of measured temperature data within a predetermined range.

[Figure 8] Moving cursor (index) on the graph display screen
9 is a diagram exemplifying a screen display in which the numerical value display method is changed for the numerical value of the measured temperature data at the measurement time indicated by this index.

FIG. 9 is a main screen of the embodiment.

FIG. 10 is a real data setting screen according to the embodiment.

FIG. 11 is a real data display screen according to the embodiment.

FIG. 12 is a file data setting screen according to the embodiment.

FIG. 13 is a graph display screen of file data according to the embodiment.

FIG. 14 is a numerical data display screen of file data according to the embodiment.

[Explanation of symbols]

1 Measured temperature data processor 2 Temperature sensor section 3 Data processing unit 30 Measured temperature data display means 31 Numerical value scroll display means 32 Graph movement display means 32a First graph display means 32b Second graph display means C index (cursor) G screen G1 numerical data display screen G2 graph display screen Ns Number of measured temperature data Nd Numerical display number Number of Ngi and Ngj graph displays Ng1 Minimum number of graphs displayed Ngmax Maximum number of graphs displayed Ne Number of oldest measured temperature data to be deleted Number of new graphs displayed at the same time Np is deleted

Claims (8)

[Claims] 1. In a measurement temperature data processing device for sampling the temperature detected from a temperature measurement object by automatic or manual operation and processing the sampled measurement temperature data, the sampled measurement temperature data is arranged in order of measurement time or sampling order. A numerical data display screen for displaying numerical values and a measured temperature data display means for simultaneously displaying on the same screen a graph display screen for displaying measured temperature data values in a graph plotting the measured time value or sampling order are provided. The measured temperature data display means sequentially displays the measured temperature data numerically on the numerical data display screen in the order of measurement time or sampling, and the number of measured temperature data to be displayed can be displayed on the numerical data display screen. When the number of displayed values is exceeded, the oldest measured temperature data is deleted In addition, the measured temperature data is moved up sequentially, and a numerical scroll display means for adding and displaying new measured temperature data, and on the graph display screen, the measured temperature data is sequentially graphed with respect to the measured time or the sampling order. In addition to displaying, when the number of measured temperature data to be displayed exceeds the number of graphs that can be displayed on the graph display screen, the oldest measured temperature data is erased and the measured temperature data is sequentially advanced to a new measured temperature. A measured temperature data processing device comprising a graph movement display means for additionally displaying data. 2. The graph movement display means has a plurality of the graph display numbers, and displays the graph with the minimum graph display number while the number of measurement data to be displayed is smaller than the minimum graph display number. Every time the number of measured data to be displayed exceeds the number of graphs to be displayed, the next largest number of graphs to be displayed is displayed.When the number of graphs to be displayed exceeds the maximum, the oldest measured temperature data is deleted and the sequentially measured temperature data is displayed. The measured temperature data processing device according to claim 1, wherein the measured temperature data processing device moves forward and adds and displays new measured temperature data. 3. The graph movement display means is configured to have a first graph display means for making the number of the oldest measured temperature data to be deleted equal to the number of newly displayed graphs at the same time as the deletion. The measured temperature data processing device according to claim 1 or 2, characterized in that. 4. The graph movement display means sets the number of the oldest measured temperature data to be deleted to a predetermined number larger than the number of newly displayed graphs at the same time as the deletion, and the number of measured temperature data to be displayed is When the number of graphs displayed exceeds a predetermined number, it has a second graph display means for advancing and displaying the latest measured temperature data that has not been erased and for sequentially adding and displaying new measured temperature data. The measured temperature data processing device according to any one of claims 1 to 3, wherein the measured temperature data processing device is configured as follows. 5. The numerical value scroll display means, when the numerical value of the measured temperature data is within a predetermined range, changes and displays the numerical value display method of the measured temperature data within the predetermined range. The measured temperature data processing device according to claim 1. 6. The graph movement display means displays, on the graph display screen, an index that moves in the axial direction of measurement time or sampling order by manual operation,
5. The measured temperature data processing device according to claim 1, wherein the numerical value scroll display unit changes and displays a numerical value display method of the measured temperature data at the measurement time indicated by the index. . 7. The numerical value display method is changed by at least one of a color, a font, a position, and a size of the displayed numerical value, a blinking display of the numerical value, and a mark display on the numerical value, or a combination thereof. The measured temperature data processing device according to claim 4 or 5, wherein 8. A measurement temperature data processing device for sampling the temperature detected from an object to be measured by automatic or manual operation and processing the sampled measurement temperature data. The numerical data display screen for displaying numerical values and the graph display screen for displaying the measured temperature data values as a graph plotting against the measurement time or sampling order are simultaneously displayed on the same screen, and in the numerical data display screen, , The measured temperature data are displayed numerically in the order of measurement time or sampling, and when the number of measured temperature data to be displayed exceeds the number of numerical display that can be displayed on the numerical data display screen, the oldest measured temperature data is displayed. While deleting the data, the measured temperature data is moved up in sequence and a new measured temperature is The data is added and scroll-displayed, and in the graph display screen, the measured temperature data is sequentially displayed in a graph with respect to the measurement time or the sampling order, and the number of the measured temperature data to be displayed is displayed in the graph display screen. When the number of graphs that can be displayed is exceeded, the oldest measured temperature data is erased, the measured temperature data is sequentially advanced, and new measured temperature data is added and displayed. How to display measured temperature data.