KR0177162B1 - Electronic management equipment of merry making machine - Google Patents

Abstract

The present invention relates to electronic management of an organic field for centrally managing a oxtail, medal game machine, and other plural organic groups arranged in the organic field.

According to the electronic management apparatus of the organic field according to the present invention, the situation classification display of each organic group is arranged and displayed corresponding to the arrangement of each organic group in the organic field, so that it is easy to correspond to each organic group disposed in the organic field and the data corresponding thereto. Can improve the work efficiency and reduce labor costs, and when the number of beads separated, the number of beads separated and the number of beads separated by different colors are composed by different colors, Since the treatment according to the operation status data of each organic phase can be accurately judged without misunderstanding, the work efficiency can be improved again.

Description

Organic management device of organic field

1 is an explanatory diagram showing a screen display by an electronic management apparatus of an organic field of an embodiment of the present invention.

2 is a schematic block diagram showing an electronic management apparatus.

3 is a perspective view of an organic organic island.

4 is a perspective view of an organic field.

5 is an explanatory diagram showing an example other than FIG. 1 of the screen display by the electronic management apparatus.

* Explanation of symbols for main parts of the drawings

1a ~ 11: organic group 2: organic group island

4: electronic management device 5: situation classification means

6: indicating means 7: indicating means

7a: display screen 11: entering bead detector

12: out of the bead detector 13: the number of beads ball operation unit

23: batch display 51: number of beads sorting means

52: number of beads sorting means 53: tea ball number sorting means

61: bead indication indicating means to enter 62: bead indication indicating means to enter

63: Vehicle number display indicating means 71a ~ 711: Status classification display

73: processing mark

The present invention relates to electronic management of an organic field for centrally managing a sticky tail, a medal game machine, and other plural organic groups arranged in the organic field.

As a conventional electronic management apparatus of this kind, there is an electronic management apparatus described in Japanese Patent Application Laid-Open No. 62-6827.

In other words, centralized percussion in the organic persimmon field can be centrally managed, and a plurality of management data are simultaneously displayed numerically in the same image by an image display device, thereby visually displaying the organic state of each persimmon by simultaneously displaying numerical values. It can be managed while checking the contrast.

However, the above-described conventional electronic management apparatus reads a numerical value of a plurality of organic groups in order to adjust, check or repair each organic group in an organic field, and adjusts the nails while corresponding to each unit. There is a problem that it takes time to cope with the mismatch between the numbers and the values to be adjusted, the work efficiency is poor, and the labor cost is high.

In addition, it is necessary to read the numerical values displayed in the plurality of organic groups and to determine the treatment corresponding to each of them, taking time to be careful to make accurate readings and to deteriorate the work efficiency. there is a problem.

SUMMARY OF THE INVENTION The present invention has been made to solve such a problem, and it is possible to provide an electronic field management device for an organic field that can easily cope with each organic group disposed in the organic field and data corresponding thereto, and can improve labor efficiency. The purpose.

In order to solve this object, the gist of the present invention is

1. An electronic management apparatus for an organic field for centrally managing a plurality of organic groups disposed in an organic field, comprising: a situation detector installed in the plurality of organic devices and detecting operation status data of the organic field and outputting a status signal; Situation classification means for collecting each operation status data, performing calculation and storage, classifying into any situation category out of a plurality of predetermined situation categories, and outputting a classification signal according to the classified situation classifications according to the situation classification signs; Display indication means for outputting a display signal in which the situation classification display of each organic group is arranged in correspondence with a batch display indicating the arrangement of each organic group in the organic field by a division signal; And a display means for arranging the situation classification display of each organic group correspondingly. Redevice.

2. The situation detector has a bead detector for detecting the number of beads entering each organic group and a bead detector for outputting a beads signal for detecting the number of beads coming out of each organic group, and a bead detector for outputting a bead signal. The situation classifying means collects the number of beads entering each by the incoming bead signal, performs calculation and memory, classifies any number of bead segments into a predetermined number of bead segments, and classifies among the different sorting signals into each bead segment. A bead sorting means for outputting a bead counting signal according to the bead counting, and a bead coming out of a predetermined plurality of bead sorting by collecting and counting each bead from the beading signal The number of beads to classify by number division And an outgoing bead sorting means for outputting outgoing bead division signals by sorting out the outgoing bead division signals out of the wrong bead division signal every minute, wherein the display indicating means has the respective organic groups by the entering bead division signals. The number of bead indication indicating means for outputting the number of bead indication signal arranged to correspond to the arrangement indication of the number of bead division marks, and the number of bead division marks of each organic group by the number of bead division signals; And an outgoing bead display indicating means for outputting an outgoing bead display signal arranged in correspondence with the arrangement, wherein the display means has a bead number entering each organic group in response to the arrangement display by the incoming bead display signal. The vessel is arranged by a display arranged with a division mark and the bead indication signal. An electronic management apparatus for organic fields according to claim 1, characterized in that it is a means for performing a display arranged with the number of beads distinguished from each organic group corresponding to the value display.

3. The situation detector has a bead number calculation unit that calculates the bead number of the bead and the outgoing bead by the bead number signal and the bead number signal of each organic group, and outputs it as a bead signal. The situation classification means collects each operation number and performs calculation and storage according to the number of vehicle number signals, classifies any number of vehicle number segments among a plurality of predetermined number of vehicle number segments, and classifies wrong numbers for every number of vehicle number segments. And a vehicle number classification means for outputting a vehicle number classification signal based on the classification of the vehicle number segment among the signals, and wherein the display indicating means displays the identification number of each group of organic groups by the vehicle number classification signal. Has a number of beads display indicating means for outputting a number of beads display signal arranged in correspondence with an arrangement display, and said display means is said table of numbers of beads. By the signal yugijang electronic management apparatus of the second substrate, wherein characterized in that the means for performing a display arrangement for displaying what number of primary beads, each organic group in correspondence to the arrangement shown.

4. Clause 1 and 2, characterized in that at least one of the number of bead division marks, the number of bead division marks and the number of bead division marks which are entered are constituted by differently colored marks for each division. Or the electronic management apparatus of the organic field of Claim 3.

5. The display means has a display screen on which the indicated processing is performed by instructing the displayed processing indication mark, wherein the organic field according to paragraph 1, 2, 3 or 4 is used. It's in the electronic management unit.

A plurality of organic groups are arranged in the organic field, and a situation detector provided for each organic group detects operating status data of each organic group and outputs a status signal.

The situation classification means collects each operation condition data, performs calculation and storage, and outputs a division signal according to any situation classification among a plurality of predetermined situation classifications.

The display instructing means outputs a display signal in which the situation classification display of each organic group is arranged in correspondence with the arrangement display indicating the arrangement of each organic group in the organic field.

The display means arranges and displays the situation classification display of each organic group corresponding to the arrangement display of each organic group in the organic field by the display signal.

According to this display, it is possible to easily correspond to each organic group disposed in the organic field and the data corresponding thereto.

It has a bead detector for entering the situation detector and a bead detector for coming out, and has a bead sorting means for entering the situation classification means and a bead sorting means for coming out, and a bead display indicating means for entering the indication means and a bead display In the case of having the indicating means, the display means displays a display in which the number of bead division marks and the number of bead division marks of the organic groups are arranged in correspondence with the arrangement indication of each organic group in the organic field.

In the case where the situation detector has the vehicle number calculating unit, the situation classification means has the vehicle number classification means, and the display indicating means has the vehicle number display indicating means, the display means displays the arrangement of each organic group in the organic field. In response to this, the display in which the number of tea beads of each organic group is arranged is performed.

If the bead division indication and the bead division indication are composed of different color indications for each division, it is not necessary to misunderstand the treatment by the operation status data of each organic group by only seeing at a glance. You can do it.

EXAMPLE

EMBODIMENT OF THE INVENTION The Example at the time of applying this invention to a tailstock is demonstrated with reference to drawings.

As shown in Fig. 4, three organic base islands 2 are arranged in an organic field in a plurality of drawings.

Each organic base island 2 is provided with a plurality of organic groups 1, equal numbers of bead lenders 3 and premium bead counters 9, each of which has a plurality of units, as shown in FIG. Doing.

The electronic management apparatus 4 of the organic field shown in FIG. 1 is for centrally managing a plurality of 36 organic groups 1 arranged in the organic field.

The electronic management apparatus 4 of the organic field has a situation detector installed in each organic group 1, a situation classification means 5, a display instruction means 6, and a display means 7.

The situation detector is installed in the plurality of organic apparatuses 1 and detects the operation state data thereof, and outputs a situation signal. The situation detector has an entering bead detector 11, an outgoing bead detector 12, and a bead calculating unit 13. have.

The entering bead detector 11 detects the number of beads entering each organic group 1 and outputs a bead signal. The exiting bead detector 12 detects beads coming out of each organic group 1 and exits the beads. The bead number calculation unit 13 calculates the bead number of the bead number and the outgoing bead number by the bead signal and the bead number signal of each organic group 1 by the bead number signal. Will be output as

Therefore, the standstill operation can be performed immediately without going through the electronic management apparatus 4.

The situation detector is a bead supply detector that detects a beads supply condition in other organic groups (1), an abnormality detector that detects abnormalities such as suspended use, replenishment abnormalities, outgoing beads abnormality, entering beads abnormality, and a piva detector that detects a piva state. It has a detection section such as a suspension status detection section for detecting a suspension status.

In addition, "operational status data" means abnormalities such as the number of beads entering, the number of beads coming out, the number of tea beads, the supply of beads in the organic group (1), the abnormal use, the supply failure, the abnormal beads, the abnormal beads, etc. Generic term for the Phoebe state and the suspended state.

In addition, "Piva" refers to a state in which the electric device of the organic group is operated and the granularity rate is greatly increased.

The electronic management apparatus 4 also has a situation classification means 5, a display instruction means 6, and a display means 7.

The situation classification means 5 collects each operation status data according to the situation signal from each organic apparatus 1, performs calculation and storage, classifies it as any situation classification among a plurality of predetermined situation classifications, and is wrong for every situation classification. It is a means for outputting a division signal based on the classified situation classification among the division signals, and has a bead number sorting means 51, a bead number sorting means 52 and a tea bead sorting means 53.

Here, "predetermined plural situation divisions" refers to the division of operation status data such as the number of beads, number of beads, number of beads, etc. divided into every certain number for convenient adjustment, inspection, and repair of organic nails. Includes the following bead division, exit bead division, and tea bead division as described below.

The number of bead sorting means 51 enters each number of bead counts and performs calculation and storage by the number of bead signals from each organic group 1, and distinguishes any number of bead numbers among a plurality of predetermined bead numbers. It is a means for outputting the bead division signal by the bead division into the bead out of the bead division signal to be classified into each of the bead division to enter.

The outgoing bead sorting means 52 performs calculation and storage by collecting the outgoing bead according to the outgoing bead signal from each organic group 1 and distinguishes any outgoing bead out of a predetermined plurality of outgoing bead divisions. It is a means for outputting the bead division signal by the bead division by the classification of the outgoing bead division signal out of the wrong bead division signal for each bead division.

Here, "predetermined number of bead division" and "predetermined number of bead division" are less than 5,000, more than 5,000 less than 10,000, less than 10,000 more than 20,000, more than 20,000 more than 30,000 It consists of five parts, including less than 30,000.

The primary bead number classifying means 53 collects each primary bead according to the primary bead number signal from each organic group 1, performs calculation and storage, and distinguishes any secondary bead among a plurality of predetermined primary bead number segments. And means for outputting the vehicle bead division signal based on the classification of the bead beads classified out of the wrong division classification signals for every vehicle bead division.

Here, the `` predetermined number of plural tea balls '' is, for example, less than minus 3000, minus more than 3,000, minus less than 1,000, plus minus 1,000, plus less than 1,000, plus 1,000, plus less than 3,000, plus It consists of five divisions, including more than 3,000.

In addition, the function of the situation classification means 5 can be appropriately implemented by using a programmable microcomputer or an equivalent thereof.

Each division is made up of a wrong color.

The display signal includes a bead display signal to enter or a bead display signal to display the number of beads.

The entering bead display means 61 enters the bead division display of each organic group 1 in correspondence with the arrangement display 23 of each organic group 1 in the organic field by the entering bead division signal. The bead display means 62 outputs the bead display signal, and the bead display means 62 displays the bead division indication of each organic group 1 by the bead division signal coming out. ) Is a means for outputting a bead display signal arranged in correspondence with the "

`` Incoming Beads Separator '' and `` Outgoing Beads Separator '' are, for example, red when the number of beads entering or the number of beads coming out is less than 5,000, white when more than 5,000, but less than 10,000, and more than 10,000 or less than 20,000 When it is black, when it is more than 20,000 and less than 30,000, it is yellow, and when it is more than 30,000, it is blue.

The number of bead display indicating means 63 arranges the number of bead display indication of each organic group 1 in correspondence with the arrangement display 23 of each organic group 1 in the organic field according to the number of bead division signals. It is a means of outputting the number of bead display signals, and the number of bead separation table is, for example, white when the number of the bead is less than 3,000, and more than 3,000 less than the yellow, and more than 1,000 less than the minus 1,000. It is black when less than 1,000, plus red when less than 1,000 plus plus 3000, and blue when more than 3000 plus.

As shown in FIG. 2, the display means 7 displays the situation classifications 71a to 71l of each organic group 1 in response to the arrangement display 23 of each organic group 1 in the organic field by the display signal. ) Is a means for arranging and displaying color images and has a cathode ray tube for displaying color images.

Instead of a cathode ray tube displaying color images, a liquid crystal device or plasma display capable of color display may be provided.

In the case of the bead display signal into which the display signal is input, the display means 7 distinguishes the bead number of each organic group 1 corresponding to the arrangement display 23 of each organic group 1 in the organic field by the signal. In the case where the display signal is displayed and the display signal is outputted, in the case of the display signal, the number of beads entering each organic group 1 corresponds to the arrangement display 23 of each organic group 1 in the organic field according to the signal. In the case of a bead display signal in which a division mark is arranged and a display signal is output, the bead coming out of each organic group 1 in response to the arrangement display 23 of each organic group 1 in the organic field by the signal. When the display is arranged with the number division display and the display signal is the number of beads, the signal of each organic group 1 corresponds to the arrangement display 23 of each organic group 1 in the organic field according to the signal. The row where the number of beads is placed It is.

Therefore, on the display screen 7a of the display means 7, the top view of the organic field is displayed in a line as shown in FIG. 2, and each organic base island 2 is displayed as the island display 21 in the arrangement in the holding field. Each island display 21 is indicated by the arrangement of the organic groups 1 provided on the organic group islands 2 of the arrangement display 23 of the organic groups 1, respectively.

In each arrangement display 23, the situation division marks 71a to 711 of the corresponding organic group 1 are displayed.

Each situation classification display 71a-71l is displayed on the arrangement | positioning display 23 on the display screen 7a to which the organic state 1 in which the operation state data is detected is corresponding.

The display means 7 is configured to display any of the bead division marks and the bead division marks that are entered by switching by the display telephone means (not shown).

In addition, a large number is written into the display by the display means 7.

In addition, the number of bead division marks and the number of bead division marks that enter the number of beads is displayed on the display means (7) at the same time.

In this case, the display of the organic group (1) corresponding to the color of the tea bead and the number of the bead and the number of the bead and the bead of the bead is marked according to the situation. Mark in the middle of the frame.

And a constant setting means (not shown) of the changeover switch, thereby displaying a single situation classification display such as only the number of beads separated by a bead, only the number of beads entered, and only the number of displayed beads. It is possible to display or select a plurality of situational division marks such as a bead division mark and a bead division mark or a beading division mark and a bead division mark.

In addition, the display means 7 displays the process display mark 73 on the lower side of the display screen 7a as shown in FIG. 5 by switching the display switching means.

The display screen 7a has a configuration in which the instructed process is performed by instructing the process display mark 73 in contact with a finger.

In this case, instead of using a touch sensor, a mouse is used to move a symbol such as an arrow on the display screen 7a to instruct the processing, or a number is assigned to the processing display mark 73 of the icon and the number is assigned. It is also possible to instruct processing of the number by instructing by the keyboard.

Next, the operation will be described.

As shown in FIG. 1, a carpenter or 36 organic groups 1 are arranged in the organic field, and the bead detector 11 of the situation detector installed in each organic group 1 has the operational status data of each organic machine 1. The bead part is detected and the bead signal 12 is output as the status signal, and the bead detector 12 detects the bead number from the operational status data of each organic group 1 and outputs the bead signal as the status signal.

Further, the number of beads calculation unit 13 calculates the number of beads between the number of beads entering and the number of beads coming out by the number of beads entering and the number of beads coming out of each organic group 1 and outputting the number of beads.

The number of vehicle ball sorting means 53 of the situation classification means 5 collects and calculates each number of car beads, and as a situation classification, a predetermined minus less than 3,000, minus 3,000 or more, minus less than 1,000, minus 1 Among the five car number divisions such as more than 1000 plus less than 1,000, plus more than 1,000, plus less than 3,000, and more than 3,000, etc. Outputs the number of vehicle beads classification signals based on the classified number of vehicle beads.

The tea bead display indicating means 63 of the display indicating means 6 arranges the tea bead division indication of each organic group 1 corresponding to the arrangement display 23 of each organic group 1 in the organic field. Outputs an odd number display signal.

The display means 7 arrange | positions and displays the tea ball number division display of each organic group 1 corresponding to the arrangement | positioning display 23 of each organic group 1 in an organic field by the tea ball number display signal.

For example, in the case where the number of organic beads 1a is plus 2,000, the organic field 1a displays the number of red tea beads separated on the arrangement display 23 of the display screen 7a corresponding to the position of the organic group 1a. 71a).

Similarly, the arrangement display 23 of the display screen 7a corresponding to the position of the organic groups 1b to 1l in the organic field depends on the number of tea beads of the organic groups 1b to 1l. Displays the number of tea ball divisions 71a to 71l of white, red, black, white, red, blue, and white.

Similarly, the organic organic islands 2 are displayed on the arrangement display 23.

According to this display, it is possible to easily correspond to each organic group 1 arranged in the organic field and the corresponding number of tea ball data.

In addition, it is displayed in different colors for each division, and it can be judged correctly, without misunderstanding the treatment by the number of the tea balls for each organic group 1 only by seeing at a glance.

Therefore, for example, by looking at the red color of the ball number division display 71a, the nail can be adjusted in response to the state of the beads coming out of the organic group 1a.

In the case of seeing the number of bead division marks or the number of bead division marks other than the bead division marks, these displays can be seen on the display screen 7a by switching by the display switching means.

Similarly to the bead division indicator, the number of beads to be displayed or the number of beads to be displayed are also displayed on the display means 7 in accordance with the arrangement 23 of each organic group 1 in the organic field. It is indicated by placing the number of beads separated by or the number of beads separated by.

In addition, the display switching means 7 switches the display switching means and displays the processing display mark 73 by the icon shown in FIG. 5 at the bottom of the display screen 7a and uses the touch sensor to display the processing display mark 73. By instructing a finger to touch and instructing, it is possible to instruct, for example, graphing by a simple operation.

In addition, "organic equipment" is, for example, a medal game machine such as a snapper, an orange ball, or a bird's paddle, and other types of game machines, such as beads, balls, and beads that are treated as beads. It contains currency, medals, and other types of organic media that are used in globules, orange balls, and falcons.

Moreover, the terminal processing apparatus which manages every predetermined number of organic groups 1 between the organic group 1 and the electronic management apparatus 4 may be provided.

The display means may be a means for displaying the situation classification display of the organic group by an image, and may be means for recording and displaying on paper.

According to the electronic management apparatus of the organic field according to the present invention, the status classification display of each organic group is arranged and displayed corresponding to the arrangement of each organic group in the organic field, so that it is easy to correspond to each organic group disposed in the organic field and the data corresponding thereto. And labor efficiency can be reduced by improving work efficiency.

When the number of beads displayed and the number of beads distinguished by the color of the beads are composed of different colors for each division, misunderstanding the treatment by the operation status data for each organic group only at a glance. Because it can be judged accurately without, it can improve work efficiency again.

Claims (5)

An electronic management apparatus for an organic field for centrally managing a plurality of organic groups disposed in an organic field, comprising: a situation detector installed in the plurality of organic devices to detect operation status data of the organic field and outputting a status signal; Situation classification means for collecting and calculating situation data, classifying it into a certain situation category among a plurality of predetermined situation categories, and outputting a classification signal based on the classified situation classification among wrong classification signals for each situation classification; Display instruction means for outputting a display signal in which the status classification display of each organic group is arranged corresponding to the display of the arrangement of the organic groups in the organic field; and the display signal corresponding to the arrangement display by the display signal. Electronic management of the organic field, characterized by having display means for arranging the situation classification display of the organic phase Value. The bead detector according to claim 1, wherein the situation detector detects the number of beads entering each organic group and outputs a bead signal to enter the bead detector, and outputs a bead signal to detect the number of beads coming from each organic group. The situation classifying means collects the number of beads to be entered by the number of beads to be entered, performs calculation and storage, and classifies any number of beads to be sorted out of a predetermined plurality of numbers of beads to be sorted. A bead sorting means for outputting bead counting signals by sorting out bead counting signals out of the wrong bead counting signals; Phrase coming out of plural number of beads coming out of division Has a bead sorting division that outputs a bead division signal by sorting out the outgoing bead division signals among the outgoing bead division signals in every bead division A bead display indicating means for outputting a bead display signal in which the bead division display of each organic group is arranged in correspondence with the arrangement display by the water division signal; Has an outgoing bead display indicating means for outputting an outgoing bead display signal in which the outgoing bead division display is arranged in correspondence with the arrangement display, the display means corresponding to the arrangement display by the entering bead display signal; Display the number of beads separated by each organic group , Electronic management apparatus by the number of beads out yugijang display signal, characterized in that the means for performing a display place the beads may separator out of each of the organic group corresponding to the arrangement shown. According to claim 2, wherein the situation detector has a number of beads operation unit for calculating the number of beads between the number of beads entering and the number of beads coming out by the number of beads and the number of beads coming out of each organic group and outputs as a bead number signal And the situation classification means collects and calculates the number of each bead according to the bead number signal, classifies it as any bead number division among a plurality of predetermined bead divisions, and divides the wrong bead for each bead division. And a vehicle number classification means for outputting a vehicle number classification signal based on the classification of the number of vehicle beads classified among the classification signals, wherein the display indicating means responds to the number of vehicle number classification signals and displays the number of vehicle number classification of each organic group. Has a number of beads display display means for outputting a number of beads display signal arranged in correspondence with the arrangement display, the display means Aberration beads response to the display signal and maintain sheets of electronic management unit, it characterized in that the means for displaying are arranged to be primary separator beads of each organic group corresponding to the arrangement shown. The method according to claim 2 or 3, wherein at least one of the number of bead division marks, the number of bead division marks and the number of bead division marks is configured by different color marks for each division. Electronic management device of organic field. 5. The electronic management apparatus for an organic field according to claim 2, wherein the display means has a display screen on which the indicated processing is performed by instructing the displayed processing display mark.

Images